This came from one of the best days in Mexico. We were settled into our hotel, had the lay of the land, and found the relaxation groove of vacation.

 

I made this the night before (and morning of) my birthday. I sneaked out once my girlfriend and friends had all gone to sleep. Headed down to the ocean to take in some stars on the clearest night I had seen since arriving.

 

Its relaxing to take in the stars and sky at night. Then when you add powerdy white sand beach and the calming methodical surf splashing on shore this is heaven on Earth.

Isaac Watts ( 17 July 1674 – 25 November 1748) was an English Christian minister, hymnwriter, theologian and logician. A prolific and popular hymn writer, his work was part of evangelization. He was recognized as the "Father of English Hymnody", credited with some 750 hymns. Many of his hymns remain in use today and have been translated into numerous languages.

 

Born in Southampton, England, in 1674, Watts was brought up in the home of a committed religious Nonconformist; his father, also Isaac Watts, had been incarcerated twice for his views. At King Edward VI School, Watts had a classical education, learning Latin, Greek and Hebrew.

 

From an early age, Watts displayed a propensity for rhyme. Once, he responded when asked why he had his eyes open during prayers:

 

A little mouse for want of stairs

ran up a rope to say its prayers.

 

Receiving corporal punishment for this, he cried:

 

O father, father, pity take

And I will no more verses make.

 

Because he was a Nonconformist, Watts could not attend Oxford or Cambridge, which were each restricted to Anglicans, as were government positions at the time. He went to the Dissenting Academy at Stoke Newington in 1690. Much of the remainder of his life centred around that village, which is now part of Inner London.

 

Following his education, Watts was called as pastor of a large independent chapel in London, where he helped train preachers, despite his poor health. Isaac Watts held religious opinions that were more non-denominational or ecumenical than was at that time common for a Nonconformist; he had a greater interest in promoting education and scholarship than preaching for any particular sect.

 

Taking work as a private tutor, Watts lived with the Nonconformist Hartopp family at Fleetwood House, on Church Street in Stoke Newington. Through them he became acquainted with their immediate neighbours, Sir Thomas Abney and Lady Mary.

 

Invited for a week to Hertfordshire, Watts eventually lived for a total of 36 years in the Abney household, most of the time at Abney House, their second residence. (Lady Mary had inherited the Manor of Stoke Newington in 1701 from her late brother, Thomas Gunston.)

 

On the death of Sir Thomas Abney in 1722, the widow Lady Mary and her last unmarried daughter, Elizabeth, moved all her household to Abney Hall from Hertfordshire. She invited Watts to continue with their household. He lived at Abney Hall until his death in 1748.

 

Watts particularly enjoyed the grounds at Abney Park, which Lady Mary planted with two elm walks leading down to an island heronry in the Hackney Brook. Watts often sought inspiration there for the many books and hymns he wrote.

 

Watts died in Stoke Newington in 1748, and was buried in Bunhill Fields. He left an extensive legacy of hymns, treatises, educational works and essays. His work was influential amongst Nonconformist independents and religious revivalists of the 18th century, such as Philip Doddridge, who dedicated his best-known work to Watts.

 

Sacred music scholar Stephen Marini (2003) describes the ways in which Watts contributed to English hymnody. Notably, Watts led by including new poetry for "original songs of Christian experience" to be used in worship. The older tradition was based on the poetry of the Bible, notably the Psalms. This had developed from the teachings of the 16th-century Reformation leader John Calvin, who initiated the practice of creating verse translations of the Psalms in the vernacular for congregational singing. Watts' introduction of extra-Biblical poetry opened up a new era of Protestant hymnody as other poets followed in his path.

 

Watts also introduced a new way of rendering the Psalms in verse for church services. The Psalms were originally written in Biblical Hebrew within Judaism. In early Christendom, they were affirmed in the Biblical canon as part of the Old Testament. Watts proposed that the metrical translations of the Psalms as sung by Protestant Christians should give them a specifically Christian perspective. While he granted that David [to whom authorship of many of the Psalms is traditionally ascribed] was unquestionably a chosen instrument of God, Watts claimed that his religious understanding could not have fully apprehended the truths later revealed through Jesus Christ. The Psalms should therefore be "renovated" as if David had been a Christian, or as Watts put it in the title of his 1719 metrical Psalter, they should be "imitated in the language of the New Testament."

 

Marini discerns two particular trends in Watts' verses, which he calls "emotional subjectivity" and "doctrinal objectivity". By the former he means that "Watts' voice broke down the distance between poet and singer and invested the text with personal spirituality." As an example of this, he cites "When I Survey the Wondrous Cross". By "doctrinal objectivity," Marini means that Watts verse achieved an "axiomatic quality" that "presented Christian doctrinal content with the explicit confidence that befits affirmations of faith." As examples, Marini cites the hymns "Joy to the World" as well as "From All That Dwell Below the Skies":

 

From all that dwell below the skies

Let the Creator's praise arise;

Let the Redeemer's name be sung

Through every land, by every tongue.

 

Besides writing hymns, Isaac Watts was also a theologian and logician, writing books and essays on these subjects.

 

Watts wrote a text book on logic which was particularly popular; its full title was, Logic, or The Right Use of Reason in the Enquiry After Truth With a Variety of Rules to Guard Against Error in the Affairs of Religion and Human Life, as well as in the Sciences. This was first published in 1724, and it was printed in twenty editions.

 

Watts wrote this work for beginners of logic, and arranged the book methodically. He divided the content of his elementary treatment of logic into four parts: perception, judgement, reasoning, and method, which he treated in this order. Each of these parts is divided into chapters, and some of these chapters are divided into sections. The content of the chapters and sections is subdivided by the following devices: divisions, distributions, notes, observations, directions, rules, illustrations, and remarks. Every contentum of the book comes under one or more of these headings, and this methodical arrangement serves to make the exposition clear.

 

In Watts' Logic, there are notable departures from other works of the time, and some notable innovations. The influence of British empiricism may be seen, especially that of contemporary philosopher and empiricist John Locke. Logic includes several references to Locke and his Essay Concerning Human Understanding, in which he espoused his empiricist views. Watts was careful to distinguish between judgements and propositions, unlike some other logic authors. According to Watts, judgement is "to compare... ideas together, and to join them by affirmation, or disjoin then by negation, according as we find them to agree or disagree". He continues, "when mere ideas are joined in the mind without words, it is rather called a judgement; but when clothed with words it is called a proposition". Watts' Logic follows the scholastic tradition and divides propositions into universal affirmative, universal negative, particular affirmative, and particular negative.

 

In the third part, Watts discusses reasoning and argumentation, with particular emphasis on the theory of syllogism. This was considered a centrally important part of classical logic. According to Watts, and in keeping with logicians of his day, Watts defined logic as an art (see liberal arts), as opposed to a science. Throughout Logic, Watts revealed his high conception of logic by stressing the practical side of logic, rather than the speculative side. According to Watts, as a practical art, logic can be really useful in any inquiry, whether it is an inquiry in the arts, or inquiry in the sciences, or inquiry of an ethical kind. Watts' emphasis on logic as a practical art distinguishes his book from others.

 

By stressing a practical and non-formal part of logic, Watts gave rules and directions for any kind of inquiry, including the inquiries of science and the inquiries of philosophy. These rules of inquiry were given in addition to the formal content of classical logic common to text books on logic from that time. Watts' conception of logic as being divided into its practical part and its speculative part marks a departure from the conception of logic of most other authors. His conception of logic is more akin to that of the later, nineteenth-century logician, C.S. Peirce.

 

Isaac Watts' Logic became the standard text on logic at Oxford, Cambridge, Harvard and Yale, being used at Oxford for well over 100 years. C.S. Peirce, the great nineteenth-century logician, wrote favorably of Watts' Logic. When preparing his own text book, entitled A Critick of Arguments: How to Reason (also known as the Grand Logic), Peirce wrote, 'I shall suppose the reader to be acquainted with what is contained in Dr Watts' Logick, a book... far superior to the treatises now used in colleges, being the production of a man distinguished for good sense.'

 

Watts followed the Logic in 1741 by a supplement, The Improvement of the Mind. This also went through numerous editions and later inspired Michael Faraday. It was also widely used as a moral textbook in schools.

 

On his death, Isaac Watts' papers were given to Yale University in the Colony of Connecticut, which Nonconformists had established. King Edward VI School, which he attended, named one of its houses "Watts" in his honour.

 

The Church of England and Lutheran Church remember Watts (and his priestly service) annually in the Calendar of Saints on November 25, and the Episcopal Church on the following day.

 

The earliest surviving built memorial to Isaac Watts is at Westminster Abbey; this was completed shortly after his death. His much-visited chest tomb at Bunhill Fields, dates from 1808, replacing the original that had been paid for and erected by Lady Mary Abney and the Hartopp family. A stone bust of Watts is installed at the Nonconformist Dr Williams's Library, in central London. The earliest public statue, erected in 1845, stands at Abney Park, where Watts had lived for more than 30 years at the manor house, where he also died. The park was later devoted to uses as a cemetery and public arboretum. A later, rather similar statue was funded by public subscription and erected in a new Victorian public park named for Watts in Southampton, the city of his birth. In the mid-nineteenth century, the Congregational Dr Watts Memorial Hall was built in Southampton and named for him. After World War II, it was lost to redevelopment. The Isaac Watts Memorial United Reformed Church was built on the site and named for him. One of the earliest built memorials may also now be lost: a bust to Watts that was commissioned on his death for the London chapel with which he was associated. The chapel was demolished in the late 18th century; remaining parts of the memorial were rescued at the last minute by a wealthy landowner for installation in his chapel near Liverpool. It is unclear whether the bust survives. The stone statue in front of the Abney Park Chapel at Dr Watts' Walk, Abney Park Cemetery, was erected in 1845 by public subscription. It was designed by the leading British sculptor, Edward Hodges Baily RA FRS. A scheme for a commemorative statue on this spot had first been promoted in the late 1830s by George Collison, who in 1840 published an engraving as the frontispiece of his book about cemetery design in Europe and America; and at Abney Park Cemetery in particular. This first cenotaph proposal was never commissioned, and Baily's later design was adopted in 1845. In 1974, the City of Southampton (Watts' home city) commemorated the 300 year anniversary of his birth by commissioning the biography Isaac Watts Remembered, written by David G. Fountain, who like Watts, was also a non-conformist minister from Southampton.

 

Edited Hubble Space Telescope image of the elliptical galaxy M89. Color/processing variant.

 

Original caption: This huge ball of stars — around 100 billion in total — is an elliptical galaxy located some 55 million light-years away from us. Known as Messier 89, this galaxy appears to be perfectly spherical; this is unusual for elliptical galaxies, which tend to be elongated ellipsoids. The apparently spherical nature of Messier 89 could, however, be a trick of perspective, and be caused by its orientation relative to the Earth. Messier 89 is slightly smaller than the Milky Way, but has a few interesting features that stretch far out into the surrounding space. One structure of gas and dust extends up to 150 000 light-years out from the galaxy’s centre, which is known to house a supermassive black hole. Jets of heated particles reach out to 100 000 light-years from the galaxy, suggesting that Messier 89 may have once been far more active — perhaps an active quasar or radio galaxy — than it is now. It is also surrounded by an extensive system of shells and plumes, which may have been caused by past mergers with smaller galaxies — and implies that Messier 89 as we know it may have formed in the relatively recent past. Messier 89 was discovered by astronomer Charles Messier in 1781, when Messier had been cataloguing astronomical objects for 23 years — ever since he mistook a faint object in the sky for Halley’s Comet. Upon closer inspection, he realised the object was actually the Crab Nebula. To prevent other astronomers from making the same error, he decided to catalogue all the bright, deep-sky objects that could potentially be mistaken for comets. His methodical observations of the night sky led to the first comprehensive catalogue of astronomical objects: the Messier catalogue! Messier 89 holds the record for being the last ever giant elliptical to be found by Messier, and the most perfectly spherical galaxy in the entire catalogue of 110 objects.

The water buffalo or domestic Asian water buffalo (Bubalus bubalis) is a large bovid originating in South Asia, Southeast Asia, and China. Today, it is also found in Europe, Australia, and some American countries. The wild water buffalo (Bubalus arnee) native to Southeast Asia is considered a different species, but most likely represents the ancestor of the domestic water buffalo.

 

Two extant types of water buffalo are recognized based on morphological and behavioural criteria – the river buffalo of South Asia and further west to the Balkans, Egypt, and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The origins of the domestic water buffalo types are debated, although results of a phylogenetic study indicate that the swamp type may have originated in China and was domesticated about 4,000 years ago, while the river type may have originated from India and was domesticated about 5,000 years ago. Water buffalo were traded from the Indus Valley Civilisation to Mesopotamia, in modern Iraq, 2500 BC by the Meluhhas. The seal of a scribe employed by an Akkadian king shows the sacrifice of water buffalo.

 

At least 130 million domestic water buffalo exist, and more human beings depend on them than on any other domestic animal. They are especially suitable for tilling rice fields, and their milk is richer in fat and protein than that of dairy cattle. The large feral population of northern Australia became established in the late 19th century, and smaller feral herds are in New Guinea, Tunisia, and northeastern Argentina. Feral herds are also present in New Britain, New Ireland, Irian Jaya, Papua New Guinea, Colombia, Guyana, Suriname, Brazil, and Uruguay.

 

CHARACTERISTICS

The skin of river buffalo is black, but some specimens may have dark, slate-coloured skin. Swamp buffalo have a grey skin at birth, but become slate blue later. Albinoids are present in some populations. River buffalo have comparatively longer faces, smaller girths, and bigger limbs than swamp buffalo. Their dorsal ridges extend further back and taper off more gradually. Their horns grow downward and backward, then curve upward in a spiral. Swamp buffalo are heavy-bodied and stockily built; the body is short and the belly large. The forehead is flat, the eyes prominent, the face short, and the muzzle wide. The neck is comparatively long, and the withers and croup are prominent. A dorsal ridge extends backward and ends abruptly just before the end of the chest. Their horns grow outward, and curve in a semicircle, but always remain more or less on the plane of the forehead. The tail is short, reaching only to the hocks. Height at withers is 129–133 cm for males, and 120–127 cm for females. They range in weight from 300–550 kg, but weights of over 1,000 kg have also been observed.

 

Tedong bonga is a black pied buffalo featuring a unique black and white colouration that is favoured by the Toraja of Sulawesi.

 

The swamp buffalo has 48 chromosomes; the river buffalo has 50 chromosomes. The two types do not readily interbreed, but fertile offspring can occur. Buffalo-cattle hybrids have not been observed to occur, and the embryos of such hybrids do not reach maturity in laboratory experiments.

 

The rumen of the water buffalo has important differences from that of other ruminants. It contains a larger population of bacteria, particularly the cellulolytic bacteria, lower protozoa, and higher fungi zoospores. In addition, higher rumen ammonia nitrogen (NH4-N) and higher pH have been found as compared to those in cattle

 

ECOLOGY AND BEHAVIOR

River buffalo prefer deep water. Swamp buffalo prefer to wallow in mudholes which they make with their horns. During wallowing, they acquire a thick coating of mud. Both are well adapted to a hot and humid climate with temperatures ranging from 0 °C in the winter to 30 °C and greater in the summer. Water availability is important in hot climates, since they need wallows, rivers, or splashing water to assist in thermoregulation. Some breeds are adapted to saline seaside shores and saline sandy terrain.

 

DIET

Water buffalo thrive on many aquatic plants and during floods, will graze submerged, raising their heads above the water and carrying quantities of edible plants. They eat reeds (quassab), a giant reed (birdi), a kind of bulrush (kaulan), water hyacinth, and marsh grasses. Some of these plants are of great value to local peoples. Others, such as water hyacinth, are a major problem in some tropical valleys, and water buffalo may help to keep waterways clear.

 

Green fodders are used widely for intensive milk production and for fattening. Many fodder crops are conserved as hay, chaffed, or pulped. Fodders include alfalfa, berseem and bancheri, the leaves, stems or trimmings of banana, cassava, fodder beet, halfa, ipil-ipil and kenaf, maize, oats, pandarus, peanut, sorghum, soybean, sugarcane, bagasse, and turnips. Citrus pulp and pineapple wastes have been fed safely to buffalo. In Egypt, whole sun-dried dates are fed to milk-buffalo up to 25% of the standard feed mixture.

 

REPRODUCTION

Swamp buffalo generally become reproductive at an older age than river breeds. Young males in Egypt, India, and Pakistan are first mated at about 3.0–3.5 years of age, but in Italy

 

they may be used as early as 2 years of age. Successful mating behaviour may continue until the animal is 12 years or even older. A good river male can impregnate 100 females in a year. A strong seasonal influence on mating occurs. Heat stress reduces libido

 

Although buffalo are polyoestrous, their reproductive efficiency shows wide variation throughout the year. Buffalo cows exhibit a distinct seasonal change in displaying oestrus, conception rate, and calving rate. The age at first oestrus of heifers varies between breeds from 13–33 months, but mating at the first oestrus is often infertile and usually deferred until they are 3 years old. Gestation lasts from 281–334 days, but most reports give a range between 300 and 320 days. Swamp buffalo carry their calves for one or two weeks longer than river buffalo. It is not rare to find buffalo that continue to work well at the age of 30, and instances of a working life of 40 years are recorded.

 

TAXONOMIC HISTORY

Carl Linnaeus first described the genus Bos and the water buffalo under the binomial Bubalis bubalus in 1758; the latter was known to occur in Asia and as a domestic form in Italy. Ellerman and Morrison-Scott treated the wild and domestic forms of the water buffalo as conspecifics whereas others treated them as different species. The nomenclatorial treatment of wild and domestic forms has been inconsistent and varies between authors and even within the works of single authors.

 

In March 2003, the International Commission on Zoological Nomenclature achieved consistency in the naming of wild and domestic water buffalo by ruling that the scientific name Bubalus arnee is valid for the wild form. B. bubalis continues to be valid for the domestic form and applies also to feral populations.

 

DOMESTICATION AND BREEDING

Water buffalo were domesticated in India about 5000 years ago, and in China about 4000 years ago. Two types are recognized, based on morphological and behavioural criteria – the river buffalo of the Indian subcontinent and further west to the Balkans and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The present-day river buffalo is the result of complex domestication processes involving more than one maternal lineage and a significant maternal gene flow from wild populations after the initial domestication events. Twenty-two breeds of the river type water buffalo are known, including Murrah, Nili-Ravi, Surti, Jafarabadi, Anatolian, Mediterranean, and Egyptian buffalo. China has a huge variety of buffalo genetic resources, comprising 16 local swamp buffalo breeds in various regions.

 

Results of mitochondrial DNA analyses indicate that the two types were domesticated independently. Sequencing of cytochrome b genes of Bubalus species implies that the domestic buffalo originated from at least two populations, and that the river and the swamp types have differentiated at the full species level. The genetic distance between the two types is so large that a divergence time of about 1.7 million years has been suggested. The swamp type was noticed to have the closest relationship with the tamaraw.

 

DISTRIBUTION OF POPULATIONS

The water buffalo population in the world is about 172 million.

 

IN ASIA

More than 95.8% of the world population of water buffalo are found in Asia including both river and swamp types. The water buffalo population in India numbered over 97.9 million head in 2003, representing 56.5% of the world population. They are primarily of the river type, with 10 well-defined breeds comprising Badhawari, Murrah, Nili-Ravi, Jafarabadi, Marathwada, Mehsana, Nagpuri, Pandharpuri, Toda, and Surti. Swamp buffalo occur only in small areas in the north-eastern part of the country and are not distinguished into breeds.

 

In 2003, the second-largest population lived in China, with 22.759 million head, all of the swamp type with breeds kept only in the lowlands, and other breeds kept only in the mountains; as of 2003, 3.2 million swamp-type carabao buffalo were in the Philippines, nearly three million swamp buffalo were in Vietnam, and 772,764 buffalo were in Bangladesh. About 750,000 head were estimated in Sri Lanka in 1997.

 

The water buffalo is the main dairy animal in Pakistan, with 23.47 million head in 2010. Of these, 76% are kept in the Punjab. The rest of them are mostly in the province of Sindh. Breeds used are Nili-Ravi, Kundi, and Azi Kheli. Karachi has the largest population of water buffalos for an area where fodder is not grown, consisting of 350,000 head kept mainly for milking.

 

In Thailand, the number of water buffalo dropped from more than 3 million head in 1996 to less than 1.24 million head in 2011. Slightly over 75% of them are kept in the country's northeastern region. The statistics also indicate that by the beginning of 2012, less than one million were in the country, partly as a result of illegal shipments to neighboring countries where sales prices are higher than in Thailand.

 

Water buffalo are also present in the southern region of Iraq, in the marshes. These marshes were drained by Saddam Hussein in 1991 in an attempt to punish the south for the uprisings of 1991. Following 2003, and the fall of the Saddam regime, these lands were reflooded and a 2007 report in the provinces of Maysan and Thi Qar shows a steady increase in the number of water buffalo. The report puts the number at 40,008 head in those two provinces.

 

IN EUROPE AND THE MEDITERRANEAN

Water buffalo likely were introduced to Europe from India or other Oriental countries. To Italy they were introduced about the year 600 in the reign of the Longobard King Agilulf. As they appear in the company of wild horses, they probably were a present from the Khan of the Avars, a Turkic nomadic tribe that dwelt near the Danube River at the time. Sir H. Johnston knew of a herd of water buffalo presented by a King of Naples to the Bey of Tunis in the mid-19th century that had resumed the feral state in northern Tunis.

 

European buffalo are all of the river type and considered to be of the same breed named Mediterranean buffalo. In Italy, the Mediterranean type was particularly selected and is called Mediterranean Italian breed to distinguish it from other European breeds, which differ genetically. Mediterranean buffalo are also found in Romania, Bulgaria, Greece, Albania, Kosovo, and the Republic of Macedonia, with a few hundred in the United Kingdom, Germany, the Netherlands, Switzerland, and Hungary. Little exchange of breeding buffalo has occurred among countries, so each population has its own phenotypic features and performances. In Bulgaria, they were crossbred with the Indian Murrah breed, and in Romania, some were crossbred with Bulgarian Murrah. Populations in Turkey are of the Anatolian buffalo breed.

 

IN AUSTRALIA

Between 1824 and 1849, water buffalo were introduced into the Northern Territory from Timor, Kisar, and probably other islands in the Indonesian archipelago. In 1886, a few milking types were brought from India to Darwin. They have been the main grazing animals on the subcoastal plains and river basins between Darwin and Arnhem Land since the 1880s. In the early 1960s, an estimated population of 150,000 to 200,000 buffalo were living in the plains and nearby areas.

 

They became feral and are causing significant environmental damage. Buffalo are also found in the Top End. As a result, they were hunted in the Top End from 1885 until 1980. The commencement of the brucellosis and tuberculosis campaign (BTEC) resulted in a huge culling program to reduce buffalo herds to a fraction of the numbers that were reached in the 1980s. The BTEC was finished when the Northern Territory was declared free of the disease in 1997. Numbers dropped dramatically as a result of the campaign, but have since recovered to an estimated 150,000 animals across northern Australia in 2008.

 

During the 1950s, buffalo were hunted for their skins and meat, which was exported and used in the local trade. In the late 1970s, live exports were made to Cuba and continued later into other countries. Buffalo are now crossed with riverine buffalo in artificial insemination programs, and may be found in many areas of Australia. Some of these crossbreds are used for milk production. Melville Island is a popular hunting location, where a steady population up to 4,000 individuals exists. Safari outfits are run from Darwin to Melville Island and other locations in the Top End, often with the use of bush pilots. The horns, which can measure up to a record of 3.1 m tip-to-tip, are prized hunting trophies.

 

The buffalo have developed a different appearance from the Indonesian buffalo from which they descend. They live mainly in freshwater marshes and billabongs, and their territory range can be quite expansive during the wet season. Their only natural predators in Australia are adult saltwater crocodiles, with whom they share the billabongs, and dingoes, which have been known to prey on buffalo calves and occasionally adult buffalo when the dingoes are in large packs.

 

Buffalo were exported live to Indonesia until 2011, at a rate of about 3000 per year. After the live export ban that year, the exports dropped to zero, and had not resumed as of June 2013.

 

IN SOUTH AMERICA

Water buffalo were introduced into the Amazon River basin in 1895. They are now extensively used there for meat and dairy production. In 2005, the buffalo herd in the Brazilian Amazon stood at roughly 1.6 million head, of which 460,000 were located in the lower Amazon floodplain. Breeds used include Mediterranean from Italy, Murrah and Jafarabadi from India, and Carabao from the Philippines.

 

During the 1970s, small herds were imported to Costa Rica, Ecuador, Cayenne, Panama, Surinam, Guyana, and Venezuela.

 

In Argentina, many game ranches raise water buffalo for commercial hunting

 

IN NORTH AMERICA

In 1974, four water buffalo were imported to the United States from Guam to be studied at the University of Florida. In February 1978, the first herd arrived for commercial farming. Until 2002, only one commercial breeder was in the United States. Water buffalo meat is imported from Australia. Until 2011, water buffalo were raised in Gainesville, Florida, from young obtained from zoo overflow. They were used primarily for meat production, frequently sold as hamburger.[38] Other US ranchers use them for production of high-quality mozzarella cheese.

 

HUSBANDRY

The husbandry system of water buffalo depends on the purpose for which they are bred and maintained. Most of them are kept by people who work on small farms in family units. Their buffalo live in very close association with them, and are often their greatest capital asset. The women and girls in India generally look after the milking buffalo while the men and boys are concerned with the working animals. Throughout Asia, they are commonly tended by children who are often seen leading or riding their charges to wallowing places. Water buffalo are the ideal animals for work in the deep mud of paddy fields because of their large hooves and flexible foot joints. They are often referred to as "the living tractor of the East". It probably is possible to plough deeper with buffalo than with either oxen or horses. They are the most efficient and economical means of cultivation of small fields. In most rice-producing countries, they are used for threshing and for transporting the sheaves during the rice harvest. They provide power for oilseed mills, sugarcane presses, and devices for raising water. They are widely used as pack animals, and in India and Pakistan also for heavy haulage. In their invasions of Europe, the Turks used buffalo for hauling heavy battering rams. Their dung is used as a fertilizer, and as a fuel when dried.

 

Buffalo contribute 72 million tones of milk and three million tones of meat annually to world food, much of it in areas that are prone to nutritional imbalances. In India, river-type buffalo are kept mainly for milk production and for transport, whereas swamp-type buffalo are kept mainly for work and a small amount of milk.

 

DAIRY PRODUCTS

Water buffalo milk presents physicochemical features different from that of other ruminant species, such as a higher content of fatty acids and proteins. The physical and chemical parameters of swamp and river type water buffalo milk differ. Water buffalo milk contains higher levels of total solids, crude protein, fat, calcium, and phosphorus, and slightly higher content of lactose compared with those of cow milk. The high level of total solids makes water buffalo milk ideal for processing into value-added dairy products such as cheese. The conjugated linoleic acid (CLA) content in milk ranged from 4.4 mg/g fat in September to 7.6 mg/g fat in June. Seasons and genetics may play a role in variation of CLA level and changes in gross composition of the water buffalo milk.

 

Water buffalo milk is processed into a large variety of dairy products:

 

- Cream churns much faster at higher fat levels and gives higher overrun than cow cream.

- Butter from water buffalo cream displays more stability than that from cow cream.

- Ghee from water buffalo milk has a different texture with a bigger grain size than ghee from cow milk.

- Heat-concentrated milk products in the Indian subcontinent include paneer, khoa, rabri, kheer and basundi.

- Fermented milk products include dahi, yogurt, and chakka.

- Whey is used for making ricotta and mascarpone in Italy, and alkarish in Syria and Egypt.

- Soft cheeses made include mozzarella in Italy, karish, mish, and domiati in Egypt, madhfor in Iraq, alghab in Syria, kesong puti in the Philippines, and vladeasa in Romania.

- The semihard cheese beyaz peynir is made in Turkey.

- Hard cheeses include braila in Romania, rahss in Egypt, white brine in Bulgaria, and akkawi in Syria.

- Watered-down buffalo milk is used as a cheaper alternative to regular milk.

 

MEAT AND SKIN PRODUCTS

Water buffalo meat, sometimes called "carabeef", is often passed off as beef in certain regions, and is also a major source of export revenue for India. In many Asian regions, buffalo meat is less preferred due to its toughness; however, recipes have evolved (rendang, for example) where the slow cooking process and spices not only make the meat palatable, but also preserve it, an important factor in hot climates where refrigeration is not always available.Their hides provide tough and useful leather, often used for shoes.

 

BONE AND HORN PRODUCTS

The bones and horns are often made into jewellery, especially earrings. Horns are used for the embouchure of musical instruments, such as ney and kaval.

 

ENVIRONMENTAL EFFECTS

Wildlife conservation scientists have started to recommend and use introduced populations of feral domestic water buffalo in far-away lands to manage uncontrolled vegetation growth in and around natural wetlands. Introduced water buffalo at home in such environs provide cheap service by regularly grazing the uncontrolled vegetation and opening up clogged water bodies for waterfowl, wetland birds, and other wildlife. Grazing water buffalo are sometimes used in Great Britain for conservation grazing, such as in Chippenham Fen National Nature Reserve. The buffalo can better adapt to wet conditions and poor-quality vegetation than cattle.

 

Currently, research is being conducted at the Lyle Center for Regenerative Studies to determine the levels of nutrients removed and returned to wetlands when water buffalo are used for wetland vegetation management.

 

However, in uncontrolled circumstances, water buffalo can cause environmental damage, such as trampling vegetation, disturbing bird and reptile nesting sites, and spreading exotic weeds.

 

RESEARCH

The world's first cloned buffalo was developed by Indian scientists from National Dairy Research Institute, Karnal. The buffalo calf was named Samrupa. The calf did not survive more than a week, and died due to some genetic disorders. So, the scientists created another cloned buffalo a few months later, and named it Garima.

 

On 15 September 2007, the Philippines announced its development of Southeast Asia's first cloned buffalo. The Philippine Council for Agriculture, Forestry and Natural Resources Research and Development (PCARRD), under the Department of Science and Technology in Los Baños, Laguna, approved this project. The Department of Agriculture's Philippine Carabao Center (PCC) will implement cloning through somatic cell nuclear transfer as a tool for genetic improvement in water buffalo. "Super buffalo calves" will be produced. There will be no modification or alteration of the genetic materials, as in genetically modified organisms.

 

On 1 January 2008, the Philippine Carabao Center in Nueva Ecija, per Filipino scientists, initiated a study to breed a super water buffalo that could produce 4 to 18 litres of milk per day using gene-based technology. Also, the first in vitro river buffalo was born there in 2004 from an in vitro-produced, vitrified embryo, named "Glory" after President Gloria Macapagal-Arroyo. Joseph Estrada's most successful project as an opposition senator, the PCC was created through Republic Act 3707, the Carabao Act of 1992.

 

IN CULTURE

Some ethnic groups, such as Batak and Toraja in Indonesia and the Derung in China, use water buffalo or kerbau (called horbo in Batak or tedong in Toraja) as sacrificial animals at several festivals.

 

- Legend has it that the Chinese philosophical sage Laozi left China through the Han Gu Pass riding a water buffalo.

- According to Hindu lore, the god of death Yama, rides on a male water buffalo.

- The carabao subspecies is considered a national symbol in the Philippines.

- In Vietnam, water buffalo are often the most valuable possession of poor farmers: "Con trâu là đầu cơ nghiệp". They are treated as a member of the family: "Chồng cày, vợ cấy, con trâu đi bừa" ("The husband ploughs, the wife sows, water buffalo draws the rake") and are friends of the children. Children talk to their water buffalo, "Bao giờ cây lúa còn bông. Thì còn ngọn cỏ ngoài đồng trâu ăn." (Vietnamese children are responsible for grazing water buffalo. They feed them grass if they work laboriously for men.) In the old days, West Lake, Hà Nội, was named Kim Ngưu - Golden Water Buffalo.

- The Yoruban Orisha Oya (goddess of change) takes the form of a water buffalo.

 

FIGHTING FESTIVALS

- Pasungay Festival is held annually in the town of San Joaquin, Iloilo in the Philippines.

- Moh juj Water Buffalo fighting, is held every year in Bhogali Bihu in Assam. Ahotguri in Nagaon is famous for it.

- Do Son Water Buffalo Fighting Festival of Vietnam, held each year on the ninth day of the eighth month of the lunar calendar at Do Son Township, Haiphong City in Vietnam, is one of the most popular Vietnam festivals and events in Haiphong City. The preparations for this buffalo fighting festival begin from the two to three months earlier. The competing buffalo are selected and methodically trained months in advance. It is a traditional festival of Vietnam attached to a Water God worshipping ceremony and the Hien Sinh custom to show martial spirit of the local people of Do Son, Haiphong.

- "Hai Luu" Water Buffalo Fighting Festival of Vietnam, According to ancient records, the buffalo fighting in Hai Luu Commune has existed from the 2nd century B.C. General Lu Gia at that time, had the buffalo slaughtered to give a feast to the local people and the warriors, and organized buffalo fighting for amusement. Eventually, all the fighting buffalo will be slaughtered as tributes to the deities.

- "Ko Samui" Water Buffalo Fighting Festival of Thailand, is a very popular event held on special occasions such as New Year's Day in January, and Songkran in mid-April, this festival features head-wrestling bouts in which two male Asian water buffalo are pitted against one another. Unlike in Spanish Bullfighting, wherein bulls get killed while fighting sword-wielding men, Buffalo Fighting Festival held at Ko Samui, Thailand is fairly harmless contest. The fighting season varies according to ancient customs & ceremonies. The first Buffalo to turn and run away is considered the loser, the winning buffalo becomes worth several million baht. Ko Samui is an island in the Gulf of Thailand in the South China Sea, it is 700 km from Bangkok and is connected to it by regular flights.

- "Ma'Pasilaga Tedong" Water Buffalo Fighting Festival, in Tana Toraja Regency of Sulawesi Island, Indonesia, is a very popular event where the Rambu Solo' or a Burial Festival took place in Tana Toraja.

 

RACING FESTIVALS

Carabao Carroza Festival is being held annually every May in the town of Pavia, Iloilo, Philippines.

Kambala races of Karnataka, India, take place between December and March. The races are conducted by having the water buffalo (he buffalo) run in long parallel slushy ditches, where they are driven by men standing on wooden planks drawn by the buffalo. The objectives of the race are to finish first and to raise the water to the greatest height and also a rural sport. Kambala races are arranged with competition, as well as without competition and as a part of thanks giving (to god) in about 50 villages of coastal Karnataka.

 

In the Chonburi Province of Thailand, and in Pakistan, there are annual water buffalo races.

 

Chon Buri Water buffalo racing festival, Thailand In downtown Chonburi, 70 km south of Bangkok, at the annual water buffalo festival held in mid-October. About 300 buffalo race in groups of five or six, spurred on by bareback jockeys wielding wooden sticks, as hundreds of spectators cheer. The water buffalo has always played an important role in agriculture in Thailand. For farmers of Chon Buri Province, near Bangkok, it is an important annual festival, beginning in mid-October. It is also a celebration among rice farmers before the rice harvest. At dawn, farmers walk their buffalo through surrounding rice fields, splashing them with water to keep them cool before leading them to the race field. This amazing festival started over a hundred years ago when two men arguing about whose buffalo was the fastest ended up having a race between them. That’s how it became a tradition and gradually a social event for farmers who gathered from around the country in Chonburi to trade their goods. The festival also helps a great deal in preserving the number of buffalo, which have been dwindling at quite an alarming rate in other regions. Modern machinery is rapidly replacing buffalo in Thai agriculture. With most of the farm work mechanized, the buffalo-racing tradition has continued. Racing buffalo are now raised just to race; they do not work at all. The few farm buffalo which still do work are much bigger than the racers because of the strenuous work they perform. Farm buffalo are in the "Buffalo Beauty Pageant", a Miss Farmer beauty contest and a comic buffalo costume contest etc.. This festival perfectly exemplifies a favored Thai attitude to life — "sanuk," meaning fun.

 

Babulang Water buffalo racing festival, Sarawak, Malaysia, is the largest or grandest of the many rituals, ceremonies and festivals of the traditional Bisaya (Borneo) community of Limbang, Sarawak. Highlights are the Ratu Babulang competition and the Water buffalo races which can only be found in this town in Sarawak, Malaysia.

Vihear Suor village Water buffalo racing festival, in Cambodia, each year, people visit Buddhist temples across the country to honor their deceased loved ones during a 15-day period commonly known as the Festival of the Dead but in Vihear Suor village, about 35 km northeast of Cambodia, citizens each year wrap up the festival with a water buffalo race to entertain visitors and honour a pledge made hundreds of years ago. There was a time when many village cattle which provide rural Cambodians with muscle power to plough their fields and transport agricultural products died from an unknown disease. The villagers prayed to a spirit to help save their animals from the disease and promised to show their gratitude by holding a buffalo race each year on the last day of "P'chum Ben" festival as it is known in Cambodian. The race draws hundreds of spectators who come to see riders and their animals charge down the racing field, the racers bouncing up and down on the backs of their buffalo, whose horns were draped with colorful cloth.

Pothu puttu matsaram, Kerala, South India, is similar to Kambala races.

 

WIKIPEDIA

The water buffalo or domestic Asian water buffalo (Bubalus bubalis) is a large bovid originating in South Asia, Southeast Asia, and China. Today, it is also found in Europe, Australia, and some American countries. The wild water buffalo (Bubalus arnee) native to Southeast Asia is considered a different species, but most likely represents the ancestor of the domestic water buffalo.

 

Two extant types of water buffalo are recognized based on morphological and behavioural criteria – the river buffalo of South Asia and further west to the Balkans, Egypt, and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The origins of the domestic water buffalo types are debated, although results of a phylogenetic study indicate that the swamp type may have originated in China and was domesticated about 4,000 years ago, while the river type may have originated from India and was domesticated about 5,000 years ago. Water buffalo were traded from the Indus Valley Civilisation to Mesopotamia, in modern Iraq, 2500 BC by the Meluhhas. The seal of a scribe employed by an Akkadian king shows the sacrifice of water buffalo.

 

At least 130 million domestic water buffalo exist, and more human beings depend on them than on any other domestic animal. They are especially suitable for tilling rice fields, and their milk is richer in fat and protein than that of dairy cattle. The large feral population of northern Australia became established in the late 19th century, and smaller feral herds are in New Guinea, Tunisia, and northeastern Argentina. Feral herds are also present in New Britain, New Ireland, Irian Jaya, Papua New Guinea, Colombia, Guyana, Suriname, Brazil, and Uruguay.

 

CHARACTERISTICS

The skin of river buffalo is black, but some specimens may have dark, slate-coloured skin. Swamp buffalo have a grey skin at birth, but become slate blue later. Albinoids are present in some populations. River buffalo have comparatively longer faces, smaller girths, and bigger limbs than swamp buffalo. Their dorsal ridges extend further back and taper off more gradually. Their horns grow downward and backward, then curve upward in a spiral. Swamp buffalo are heavy-bodied and stockily built; the body is short and the belly large. The forehead is flat, the eyes prominent, the face short, and the muzzle wide. The neck is comparatively long, and the withers and croup are prominent. A dorsal ridge extends backward and ends abruptly just before the end of the chest. Their horns grow outward, and curve in a semicircle, but always remain more or less on the plane of the forehead. The tail is short, reaching only to the hocks. Height at withers is 129–133 cm for males, and 120–127 cm for females. They range in weight from 300–550 kg, but weights of over 1,000 kg have also been observed.

 

Tedong bonga is a black pied buffalo featuring a unique black and white colouration that is favoured by the Toraja of Sulawesi.

 

The swamp buffalo has 48 chromosomes; the river buffalo has 50 chromosomes. The two types do not readily interbreed, but fertile offspring can occur. Buffalo-cattle hybrids have not been observed to occur, and the embryos of such hybrids do not reach maturity in laboratory experiments.

 

The rumen of the water buffalo has important differences from that of other ruminants. It contains a larger population of bacteria, particularly the cellulolytic bacteria, lower protozoa, and higher fungi zoospores. In addition, higher rumen ammonia nitrogen (NH4-N) and higher pH have been found as compared to those in cattle

 

ECOLOGY AND BEHAVIOR

River buffalo prefer deep water. Swamp buffalo prefer to wallow in mudholes which they make with their horns. During wallowing, they acquire a thick coating of mud. Both are well adapted to a hot and humid climate with temperatures ranging from 0 °C in the winter to 30 °C and greater in the summer. Water availability is important in hot climates, since they need wallows, rivers, or splashing water to assist in thermoregulation. Some breeds are adapted to saline seaside shores and saline sandy terrain.

 

DIET

Water buffalo thrive on many aquatic plants and during floods, will graze submerged, raising their heads above the water and carrying quantities of edible plants. They eat reeds (quassab), a giant reed (birdi), a kind of bulrush (kaulan), water hyacinth, and marsh grasses. Some of these plants are of great value to local peoples. Others, such as water hyacinth, are a major problem in some tropical valleys, and water buffalo may help to keep waterways clear.

 

Green fodders are used widely for intensive milk production and for fattening. Many fodder crops are conserved as hay, chaffed, or pulped. Fodders include alfalfa, berseem and bancheri, the leaves, stems or trimmings of banana, cassava, fodder beet, halfa, ipil-ipil and kenaf, maize, oats, pandarus, peanut, sorghum, soybean, sugarcane, bagasse, and turnips. Citrus pulp and pineapple wastes have been fed safely to buffalo. In Egypt, whole sun-dried dates are fed to milk-buffalo up to 25% of the standard feed mixture.

 

REPRODUCTION

Swamp buffalo generally become reproductive at an older age than river breeds. Young males in Egypt, India, and Pakistan are first mated at about 3.0–3.5 years of age, but in Italy

 

they may be used as early as 2 years of age. Successful mating behaviour may continue until the animal is 12 years or even older. A good river male can impregnate 100 females in a year. A strong seasonal influence on mating occurs. Heat stress reduces libido

 

Although buffalo are polyoestrous, their reproductive efficiency shows wide variation throughout the year. Buffalo cows exhibit a distinct seasonal change in displaying oestrus, conception rate, and calving rate. The age at first oestrus of heifers varies between breeds from 13–33 months, but mating at the first oestrus is often infertile and usually deferred until they are 3 years old. Gestation lasts from 281–334 days, but most reports give a range between 300 and 320 days. Swamp buffalo carry their calves for one or two weeks longer than river buffalo. It is not rare to find buffalo that continue to work well at the age of 30, and instances of a working life of 40 years are recorded.

 

TAXONOMIC HISTORY

Carl Linnaeus first described the genus Bos and the water buffalo under the binomial Bubalis bubalus in 1758; the latter was known to occur in Asia and as a domestic form in Italy. Ellerman and Morrison-Scott treated the wild and domestic forms of the water buffalo as conspecifics whereas others treated them as different species. The nomenclatorial treatment of wild and domestic forms has been inconsistent and varies between authors and even within the works of single authors.

 

In March 2003, the International Commission on Zoological Nomenclature achieved consistency in the naming of wild and domestic water buffalo by ruling that the scientific name Bubalus arnee is valid for the wild form. B. bubalis continues to be valid for the domestic form and applies also to feral populations.

 

DOMESTICATION AND BREEDING

Water buffalo were domesticated in India about 5000 years ago, and in China about 4000 years ago. Two types are recognized, based on morphological and behavioural criteria – the river buffalo of the Indian subcontinent and further west to the Balkans and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The present-day river buffalo is the result of complex domestication processes involving more than one maternal lineage and a significant maternal gene flow from wild populations after the initial domestication events. Twenty-two breeds of the river type water buffalo are known, including Murrah, Nili-Ravi, Surti, Jafarabadi, Anatolian, Mediterranean, and Egyptian buffalo. China has a huge variety of buffalo genetic resources, comprising 16 local swamp buffalo breeds in various regions.

 

Results of mitochondrial DNA analyses indicate that the two types were domesticated independently. Sequencing of cytochrome b genes of Bubalus species implies that the domestic buffalo originated from at least two populations, and that the river and the swamp types have differentiated at the full species level. The genetic distance between the two types is so large that a divergence time of about 1.7 million years has been suggested. The swamp type was noticed to have the closest relationship with the tamaraw.

 

DISTRIBUTION OF POPULATIONS

The water buffalo population in the world is about 172 million.

 

IN ASIA

More than 95.8% of the world population of water buffalo are found in Asia including both river and swamp types. The water buffalo population in India numbered over 97.9 million head in 2003, representing 56.5% of the world population. They are primarily of the river type, with 10 well-defined breeds comprising Badhawari, Murrah, Nili-Ravi, Jafarabadi, Marathwada, Mehsana, Nagpuri, Pandharpuri, Toda, and Surti. Swamp buffalo occur only in small areas in the north-eastern part of the country and are not distinguished into breeds.

 

In 2003, the second-largest population lived in China, with 22.759 million head, all of the swamp type with breeds kept only in the lowlands, and other breeds kept only in the mountains; as of 2003, 3.2 million swamp-type carabao buffalo were in the Philippines, nearly three million swamp buffalo were in Vietnam, and 772,764 buffalo were in Bangladesh. About 750,000 head were estimated in Sri Lanka in 1997.

 

The water buffalo is the main dairy animal in Pakistan, with 23.47 million head in 2010. Of these, 76% are kept in the Punjab. The rest of them are mostly in the province of Sindh. Breeds used are Nili-Ravi, Kundi, and Azi Kheli. Karachi has the largest population of water buffalos for an area where fodder is not grown, consisting of 350,000 head kept mainly for milking.

 

In Thailand, the number of water buffalo dropped from more than 3 million head in 1996 to less than 1.24 million head in 2011. Slightly over 75% of them are kept in the country's northeastern region. The statistics also indicate that by the beginning of 2012, less than one million were in the country, partly as a result of illegal shipments to neighboring countries where sales prices are higher than in Thailand.

 

Water buffalo are also present in the southern region of Iraq, in the marshes. These marshes were drained by Saddam Hussein in 1991 in an attempt to punish the south for the uprisings of 1991. Following 2003, and the fall of the Saddam regime, these lands were reflooded and a 2007 report in the provinces of Maysan and Thi Qar shows a steady increase in the number of water buffalo. The report puts the number at 40,008 head in those two provinces.

 

IN EUROPE AND THE MEDITERRANEAN

Water buffalo likely were introduced to Europe from India or other Oriental countries. To Italy they were introduced about the year 600 in the reign of the Longobard King Agilulf. As they appear in the company of wild horses, they probably were a present from the Khan of the Avars, a Turkic nomadic tribe that dwelt near the Danube River at the time. Sir H. Johnston knew of a herd of water buffalo presented by a King of Naples to the Bey of Tunis in the mid-19th century that had resumed the feral state in northern Tunis.

 

European buffalo are all of the river type and considered to be of the same breed named Mediterranean buffalo. In Italy, the Mediterranean type was particularly selected and is called Mediterranean Italian breed to distinguish it from other European breeds, which differ genetically. Mediterranean buffalo are also found in Romania, Bulgaria, Greece, Albania, Kosovo, and the Republic of Macedonia, with a few hundred in the United Kingdom, Germany, the Netherlands, Switzerland, and Hungary. Little exchange of breeding buffalo has occurred among countries, so each population has its own phenotypic features and performances. In Bulgaria, they were crossbred with the Indian Murrah breed, and in Romania, some were crossbred with Bulgarian Murrah. Populations in Turkey are of the Anatolian buffalo breed.

 

IN AUSTRALIA

Between 1824 and 1849, water buffalo were introduced into the Northern Territory from Timor, Kisar, and probably other islands in the Indonesian archipelago. In 1886, a few milking types were brought from India to Darwin. They have been the main grazing animals on the subcoastal plains and river basins between Darwin and Arnhem Land since the 1880s. In the early 1960s, an estimated population of 150,000 to 200,000 buffalo were living in the plains and nearby areas.

 

They became feral and are causing significant environmental damage. Buffalo are also found in the Top End. As a result, they were hunted in the Top End from 1885 until 1980. The commencement of the brucellosis and tuberculosis campaign (BTEC) resulted in a huge culling program to reduce buffalo herds to a fraction of the numbers that were reached in the 1980s. The BTEC was finished when the Northern Territory was declared free of the disease in 1997. Numbers dropped dramatically as a result of the campaign, but have since recovered to an estimated 150,000 animals across northern Australia in 2008.

 

During the 1950s, buffalo were hunted for their skins and meat, which was exported and used in the local trade. In the late 1970s, live exports were made to Cuba and continued later into other countries. Buffalo are now crossed with riverine buffalo in artificial insemination programs, and may be found in many areas of Australia. Some of these crossbreds are used for milk production. Melville Island is a popular hunting location, where a steady population up to 4,000 individuals exists. Safari outfits are run from Darwin to Melville Island and other locations in the Top End, often with the use of bush pilots. The horns, which can measure up to a record of 3.1 m tip-to-tip, are prized hunting trophies.

 

The buffalo have developed a different appearance from the Indonesian buffalo from which they descend. They live mainly in freshwater marshes and billabongs, and their territory range can be quite expansive during the wet season. Their only natural predators in Australia are adult saltwater crocodiles, with whom they share the billabongs, and dingoes, which have been known to prey on buffalo calves and occasionally adult buffalo when the dingoes are in large packs.

 

Buffalo were exported live to Indonesia until 2011, at a rate of about 3000 per year. After the live export ban that year, the exports dropped to zero, and had not resumed as of June 2013.

 

IN SOUTH AMERICA

Water buffalo were introduced into the Amazon River basin in 1895. They are now extensively used there for meat and dairy production. In 2005, the buffalo herd in the Brazilian Amazon stood at roughly 1.6 million head, of which 460,000 were located in the lower Amazon floodplain. Breeds used include Mediterranean from Italy, Murrah and Jafarabadi from India, and Carabao from the Philippines.

 

During the 1970s, small herds were imported to Costa Rica, Ecuador, Cayenne, Panama, Surinam, Guyana, and Venezuela.

 

In Argentina, many game ranches raise water buffalo for commercial hunting

 

IN NORTH AMERICA

In 1974, four water buffalo were imported to the United States from Guam to be studied at the University of Florida. In February 1978, the first herd arrived for commercial farming. Until 2002, only one commercial breeder was in the United States. Water buffalo meat is imported from Australia. Until 2011, water buffalo were raised in Gainesville, Florida, from young obtained from zoo overflow. They were used primarily for meat production, frequently sold as hamburger.[38] Other US ranchers use them for production of high-quality mozzarella cheese.

 

HUSBANDRY

The husbandry system of water buffalo depends on the purpose for which they are bred and maintained. Most of them are kept by people who work on small farms in family units. Their buffalo live in very close association with them, and are often their greatest capital asset. The women and girls in India generally look after the milking buffalo while the men and boys are concerned with the working animals. Throughout Asia, they are commonly tended by children who are often seen leading or riding their charges to wallowing places. Water buffalo are the ideal animals for work in the deep mud of paddy fields because of their large hooves and flexible foot joints. They are often referred to as "the living tractor of the East". It probably is possible to plough deeper with buffalo than with either oxen or horses. They are the most efficient and economical means of cultivation of small fields. In most rice-producing countries, they are used for threshing and for transporting the sheaves during the rice harvest. They provide power for oilseed mills, sugarcane presses, and devices for raising water. They are widely used as pack animals, and in India and Pakistan also for heavy haulage. In their invasions of Europe, the Turks used buffalo for hauling heavy battering rams. Their dung is used as a fertilizer, and as a fuel when dried.

 

Buffalo contribute 72 million tones of milk and three million tones of meat annually to world food, much of it in areas that are prone to nutritional imbalances. In India, river-type buffalo are kept mainly for milk production and for transport, whereas swamp-type buffalo are kept mainly for work and a small amount of milk.

 

DAIRY PRODUCTS

Water buffalo milk presents physicochemical features different from that of other ruminant species, such as a higher content of fatty acids and proteins. The physical and chemical parameters of swamp and river type water buffalo milk differ. Water buffalo milk contains higher levels of total solids, crude protein, fat, calcium, and phosphorus, and slightly higher content of lactose compared with those of cow milk. The high level of total solids makes water buffalo milk ideal for processing into value-added dairy products such as cheese. The conjugated linoleic acid (CLA) content in milk ranged from 4.4 mg/g fat in September to 7.6 mg/g fat in June. Seasons and genetics may play a role in variation of CLA level and changes in gross composition of the water buffalo milk.

 

Water buffalo milk is processed into a large variety of dairy products:

 

- Cream churns much faster at higher fat levels and gives higher overrun than cow cream.

- Butter from water buffalo cream displays more stability than that from cow cream.

- Ghee from water buffalo milk has a different texture with a bigger grain size than ghee from cow milk.

- Heat-concentrated milk products in the Indian subcontinent include paneer, khoa, rabri, kheer and basundi.

- Fermented milk products include dahi, yogurt, and chakka.

- Whey is used for making ricotta and mascarpone in Italy, and alkarish in Syria and Egypt.

- Soft cheeses made include mozzarella in Italy, karish, mish, and domiati in Egypt, madhfor in Iraq, alghab in Syria, kesong puti in the Philippines, and vladeasa in Romania.

- The semihard cheese beyaz peynir is made in Turkey.

- Hard cheeses include braila in Romania, rahss in Egypt, white brine in Bulgaria, and akkawi in Syria.

- Watered-down buffalo milk is used as a cheaper alternative to regular milk.

 

MEAT AND SKIN PRODUCTS

Water buffalo meat, sometimes called "carabeef", is often passed off as beef in certain regions, and is also a major source of export revenue for India. In many Asian regions, buffalo meat is less preferred due to its toughness; however, recipes have evolved (rendang, for example) where the slow cooking process and spices not only make the meat palatable, but also preserve it, an important factor in hot climates where refrigeration is not always available.Their hides provide tough and useful leather, often used for shoes.

 

BONE AND HORN PRODUCTS

The bones and horns are often made into jewellery, especially earrings. Horns are used for the embouchure of musical instruments, such as ney and kaval.

 

ENVIRONMENTAL EFFECTS

Wildlife conservation scientists have started to recommend and use introduced populations of feral domestic water buffalo in far-away lands to manage uncontrolled vegetation growth in and around natural wetlands. Introduced water buffalo at home in such environs provide cheap service by regularly grazing the uncontrolled vegetation and opening up clogged water bodies for waterfowl, wetland birds, and other wildlife. Grazing water buffalo are sometimes used in Great Britain for conservation grazing, such as in Chippenham Fen National Nature Reserve. The buffalo can better adapt to wet conditions and poor-quality vegetation than cattle.

 

Currently, research is being conducted at the Lyle Center for Regenerative Studies to determine the levels of nutrients removed and returned to wetlands when water buffalo are used for wetland vegetation management.

 

However, in uncontrolled circumstances, water buffalo can cause environmental damage, such as trampling vegetation, disturbing bird and reptile nesting sites, and spreading exotic weeds.

 

RESEARCH

The world's first cloned buffalo was developed by Indian scientists from National Dairy Research Institute, Karnal. The buffalo calf was named Samrupa. The calf did not survive more than a week, and died due to some genetic disorders. So, the scientists created another cloned buffalo a few months later, and named it Garima.

 

On 15 September 2007, the Philippines announced its development of Southeast Asia's first cloned buffalo. The Philippine Council for Agriculture, Forestry and Natural Resources Research and Development (PCARRD), under the Department of Science and Technology in Los Baños, Laguna, approved this project. The Department of Agriculture's Philippine Carabao Center (PCC) will implement cloning through somatic cell nuclear transfer as a tool for genetic improvement in water buffalo. "Super buffalo calves" will be produced. There will be no modification or alteration of the genetic materials, as in genetically modified organisms.

 

On 1 January 2008, the Philippine Carabao Center in Nueva Ecija, per Filipino scientists, initiated a study to breed a super water buffalo that could produce 4 to 18 litres of milk per day using gene-based technology. Also, the first in vitro river buffalo was born there in 2004 from an in vitro-produced, vitrified embryo, named "Glory" after President Gloria Macapagal-Arroyo. Joseph Estrada's most successful project as an opposition senator, the PCC was created through Republic Act 3707, the Carabao Act of 1992.

 

IN CULTURE

Some ethnic groups, such as Batak and Toraja in Indonesia and the Derung in China, use water buffalo or kerbau (called horbo in Batak or tedong in Toraja) as sacrificial animals at several festivals.

 

- Legend has it that the Chinese philosophical sage Laozi left China through the Han Gu Pass riding a water buffalo.

- According to Hindu lore, the god of death Yama, rides on a male water buffalo.

- The carabao subspecies is considered a national symbol in the Philippines.

- In Vietnam, water buffalo are often the most valuable possession of poor farmers: "Con trâu là đầu cơ nghiệp". They are treated as a member of the family: "Chồng cày, vợ cấy, con trâu đi bừa" ("The husband ploughs, the wife sows, water buffalo draws the rake") and are friends of the children. Children talk to their water buffalo, "Bao giờ cây lúa còn bông. Thì còn ngọn cỏ ngoài đồng trâu ăn." (Vietnamese children are responsible for grazing water buffalo. They feed them grass if they work laboriously for men.) In the old days, West Lake, Hà Nội, was named Kim Ngưu - Golden Water Buffalo.

- The Yoruban Orisha Oya (goddess of change) takes the form of a water buffalo.

 

FIGHTING FESTIVALS

- Pasungay Festival is held annually in the town of San Joaquin, Iloilo in the Philippines.

- Moh juj Water Buffalo fighting, is held every year in Bhogali Bihu in Assam. Ahotguri in Nagaon is famous for it.

- Do Son Water Buffalo Fighting Festival of Vietnam, held each year on the ninth day of the eighth month of the lunar calendar at Do Son Township, Haiphong City in Vietnam, is one of the most popular Vietnam festivals and events in Haiphong City. The preparations for this buffalo fighting festival begin from the two to three months earlier. The competing buffalo are selected and methodically trained months in advance. It is a traditional festival of Vietnam attached to a Water God worshipping ceremony and the Hien Sinh custom to show martial spirit of the local people of Do Son, Haiphong.

- "Hai Luu" Water Buffalo Fighting Festival of Vietnam, According to ancient records, the buffalo fighting in Hai Luu Commune has existed from the 2nd century B.C. General Lu Gia at that time, had the buffalo slaughtered to give a feast to the local people and the warriors, and organized buffalo fighting for amusement. Eventually, all the fighting buffalo will be slaughtered as tributes to the deities.

- "Ko Samui" Water Buffalo Fighting Festival of Thailand, is a very popular event held on special occasions such as New Year's Day in January, and Songkran in mid-April, this festival features head-wrestling bouts in which two male Asian water buffalo are pitted against one another. Unlike in Spanish Bullfighting, wherein bulls get killed while fighting sword-wielding men, Buffalo Fighting Festival held at Ko Samui, Thailand is fairly harmless contest. The fighting season varies according to ancient customs & ceremonies. The first Buffalo to turn and run away is considered the loser, the winning buffalo becomes worth several million baht. Ko Samui is an island in the Gulf of Thailand in the South China Sea, it is 700 km from Bangkok and is connected to it by regular flights.

- "Ma'Pasilaga Tedong" Water Buffalo Fighting Festival, in Tana Toraja Regency of Sulawesi Island, Indonesia, is a very popular event where the Rambu Solo' or a Burial Festival took place in Tana Toraja.

 

RACING FESTIVALS

Carabao Carroza Festival is being held annually every May in the town of Pavia, Iloilo, Philippines.

Kambala races of Karnataka, India, take place between December and March. The races are conducted by having the water buffalo (he buffalo) run in long parallel slushy ditches, where they are driven by men standing on wooden planks drawn by the buffalo. The objectives of the race are to finish first and to raise the water to the greatest height and also a rural sport. Kambala races are arranged with competition, as well as without competition and as a part of thanks giving (to god) in about 50 villages of coastal Karnataka.

 

In the Chonburi Province of Thailand, and in Pakistan, there are annual water buffalo races.

 

Chon Buri Water buffalo racing festival, Thailand In downtown Chonburi, 70 km south of Bangkok, at the annual water buffalo festival held in mid-October. About 300 buffalo race in groups of five or six, spurred on by bareback jockeys wielding wooden sticks, as hundreds of spectators cheer. The water buffalo has always played an important role in agriculture in Thailand. For farmers of Chon Buri Province, near Bangkok, it is an important annual festival, beginning in mid-October. It is also a celebration among rice farmers before the rice harvest. At dawn, farmers walk their buffalo through surrounding rice fields, splashing them with water to keep them cool before leading them to the race field. This amazing festival started over a hundred years ago when two men arguing about whose buffalo was the fastest ended up having a race between them. That’s how it became a tradition and gradually a social event for farmers who gathered from around the country in Chonburi to trade their goods. The festival also helps a great deal in preserving the number of buffalo, which have been dwindling at quite an alarming rate in other regions. Modern machinery is rapidly replacing buffalo in Thai agriculture. With most of the farm work mechanized, the buffalo-racing tradition has continued. Racing buffalo are now raised just to race; they do not work at all. The few farm buffalo which still do work are much bigger than the racers because of the strenuous work they perform. Farm buffalo are in the "Buffalo Beauty Pageant", a Miss Farmer beauty contest and a comic buffalo costume contest etc.. This festival perfectly exemplifies a favored Thai attitude to life — "sanuk," meaning fun.

 

Babulang Water buffalo racing festival, Sarawak, Malaysia, is the largest or grandest of the many rituals, ceremonies and festivals of the traditional Bisaya (Borneo) community of Limbang, Sarawak. Highlights are the Ratu Babulang competition and the Water buffalo races which can only be found in this town in Sarawak, Malaysia.

Vihear Suor village Water buffalo racing festival, in Cambodia, each year, people visit Buddhist temples across the country to honor their deceased loved ones during a 15-day period commonly known as the Festival of the Dead but in Vihear Suor village, about 35 km northeast of Cambodia, citizens each year wrap up the festival with a water buffalo race to entertain visitors and honour a pledge made hundreds of years ago. There was a time when many village cattle which provide rural Cambodians with muscle power to plough their fields and transport agricultural products died from an unknown disease. The villagers prayed to a spirit to help save their animals from the disease and promised to show their gratitude by holding a buffalo race each year on the last day of "P'chum Ben" festival as it is known in Cambodian. The race draws hundreds of spectators who come to see riders and their animals charge down the racing field, the racers bouncing up and down on the backs of their buffalo, whose horns were draped with colorful cloth.

Pothu puttu matsaram, Kerala, South India, is similar to Kambala races.

 

WIKIPEDIA

Modern and Contemporary Art

The origins of the Moravian Gallery collections go back to the Francis Museum (now the Moravian Provincial Museum) in Brno, established in 1818. However, systematic acquisition only started under Dr. Jaroslav Helfert, the first director of the museum (from 1923) and curator of its picture gallery. His methodical approach enabled a more consistent structure to be brought to the collections and their expansion with topical works representing Czech modernism. The first acquisitions included, for example, the sculpture Before the Bath (1906) by Jan Štursa. The picture gallery permanent exhibition was installed in the Dietrichstein Palace in the late 1920's.

 

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Helfert's successor in the gallery management was Dr. Albert Kutal, who (apart from building a collection of Moravian Gothic art) compiled a series of modern Czech art at the end of the 1920's and the beginning of the 1930's. Among major acquisitions in these years were Procházka's Players (1909) and Prometheus (1911), as well as further works of Czech modernism by Emil Filla, Josef Šíma and Jaroslav Král.

 

In 1948 Albert Kutal was succeeded by Dr. Karel Krejčí, followed by Dr. Jiří Hlušička, Dr. Vlasta Kratinová, Dr. Marie Dohnalová, Dr. Kateřina Svobodová and Dr. Jitka Sedlářová. The period after 1945 was associated with unprecedented expansion of the collections; for example, in 1945 the gallery received donations of Kubišta's Still Life with a Lamp (1909), and in 1948 Haymaking (1939) by Jaroslav Král. The complicated administrative situation of the picture gallery, part of the Moravian Provincial Museum, improved under Director Jiří Hlušička in 1961 when the Moravian Gallery in Brno came into existence, through the separation of the picture gallery of the museum and its merging with the Museum of Applied Arts.

 

The gallery activities centre upon the documentation of the main features of the development of 20th- and 21st-century art. A remarkable series of sculptures and a collection of drawings and graphic art gradually developed alongside the painting collection. The first permanent exhibition of Czech 20th-century art was created in 1970 (in the Moravian Provincial Museum building) by Jiří Hlušička; the collection had later to be stored in a depository.

 

The collection of modern and contemporary art boasts masterpieces by the luminaries of Czech modern art: Jan Štursa, Jan Preisler, Josef Mařatka and František Bílek, leading protagonist of Czech symbolism. It contains a series of major works by the members of the Osma [Eight] group and the Group of Visual Artists (paintings by Filla, Kubišta, Kubín, Špála, Čapek, early pieces by Antonín Procházka and Jan Zrzavý and cubist sculptures by Otto Gutfreund such as Anxiety, 1911). A large collection of works by Antonín Procházka enables viewers to observe changes in his artistic approaches, largely associated with Brno culture. The Czech interwar avant-garde is represented by works of Czech poetism, by the artificialism of Jindřich Štyrský and Toyen (Dawn, 1931) and reflections of surrealism (sculpture Girl with Child by Vincenc Makovský, Josef Šíma's painting Europe, works by František Muzika, František Foltýn and others). The 1940's are represented by echoes of the war (Emil Filla, Jan Bauch), works by members of Skupina 42 [Group 42] (František Gross, Bohumír Matal, Jan Smetana and others) and the Ra Group (Bohdan Lacina, Václav Zykmund). The Czech informel is illustrated with works of Mikuláš Medek, Robert Piesen, Josef Istler and others, while art trends in the second half of the 20th century are represented by selected works by Adriena Šimotová, Jiří John, Václav Boštík, Jiří Kolář, Michael Rittstein, Brno artists Dalibor Chatrný, Miroslav Štolfa and others.

 

A new permanent exhibition of modern and contemporary Czech art was opened in 1994 in the reconstructed Pražák Palace. A section mapping the late 19th century and the first half of the 20th century was opened, in revised form, in 2001. A year later it was supplemented with a further section spanning the mid-20th century and the present.

www.moravska-galerie.cz/moravska-galerie/o-galerii/sbirky...

"Karlstadt is a town in the Main-Spessart in the Regierungsbezirk of Lower Franconia (Unterfranken) in Bavaria, Germany. It is the administrative centre of Main-Spessart (Kreisstadt), and has a population of around 15,000.

 

Karlstadt lies on the River Main in the district (Landkreis) of Main-Spessart, roughly 25 km north of the city of Würzburg. It belongs to the Main-Franconian wine-growing region. The town itself is located on the right bank of the river, but the municipal territory extends to the left bank.

 

Since the amalgamations in 1978, Karlstadt's Stadtteile have been Gambach, Heßlar, Karlburg, Karlstadt, Laudenbach, Mühlbach, Rohrbach, Stadelhofen, Stetten, and Wiesenfeld.

 

From the late 6th to the mid-13th century, the settlement of Karlburg with its monastery and harbor was located on the west bank of the Main. It grew up around the Karlsburg, a castle perched high over the community, that was destroyed in the German Peasants' War in 1525.

 

In 1202, Karlstadt itself was founded by Konrad von Querfurt, Bishop of Würzburg. The town was methodically laid out with a nearly rectangular plan to defend Würzburg territory against the Counts of Rieneck. The plan is still well preserved today. The streets in the old town are laid out much like a chessboard, but for military reasons they are not quite straight.

 

In 1225, Karlstadt had its first documentary mention. In 1236, the castle and the village of Karlburg were destroyed in the Rieneck Feud. In 1244, winegrowing in Karlstadt was mentioned for the first time. From 1277 comes the earliest evidence of the town seal. In 1304, the town fortifications were finished. The parish of Karlstadt was first named in 1339. In 1369 a hospital was founded. Between 1370 and 1515, remodelling work was being done on the first, Romanesque parish church to turn it into a Gothic hall church. About 1400, Karlstadt became for a short time the seat of an episcopal mint. The former Oberamt of the Princely Electorate (Hochstift) of Würzburg was, after Secularization, in Bavaria's favour, passed in 1805 to Grand Duke Ferdinando III of Tuscany to form the Grand Duchy of Würzburg, and passed with this to the Kingdom of Bavaria.

 

The Jewish residents of the town had a synagogue as early as the Middle Ages. The town's synagogue was destroyed on Kristallnacht (the Night of Broken Glass, 9 November 1938) by Nazi SA men, SS, and Hitler Youth, as well as other local residents. Its destruction is recalled by a plaque at the synagogue's former site. The homes of Jewish residents were attacked as well, the possessions therein were looted or brought to the square in front of the town hall where they were burned, and the Jews living in the town were beaten.

 

Lower Franconia (German: Unterfranken) is one of seven districts of Bavaria, Germany. The districts of Lower, Middle and Upper Franconia make up the region of Franconia. It consists of nine districts and 308 municipalities (including three cities).

 

After the founding of the Kingdom of Bavaria the state was totally reorganised and, in 1808, divided into 15 administrative government regions (German: Regierungsbezirke, singular Regierungsbezirk), in Bavaria called Kreise (singular: Kreis). They were created in the fashion of the French departements, quite even in size and population, and named after their main rivers.

 

In the following years, due to territorial changes (e. g. loss of Tyrol, addition of the Palatinate), the number of Kreise was reduced to 8. One of these was the Untermainkreis (Lower Main District). In 1837 king Ludwig I of Bavaria renamed the Kreise after historical territorial names and tribes of the area. This also involved some border changes or territorial swaps. Thus the name Untermainkreis changed to Lower Franconia and Aschaffenburg, but the city name was dropped in the middle of the 20th century, leaving just Lower Franconia.

 

From 1933, the regional Nazi Gauleiter, Otto Hellmuth, (who had renamed his party Gau "Mainfranken") insisted on renaming the government district Mainfranken as well. He encountered resistance from Bavarian state authorities but finally succeeded in having the name of the district changed, effective 1 June 1938. After 1945 the name Unterfranken was restored.

 

Franconia (German: Franken, pronounced [ˈfʁaŋkŋ̍]; Franconian: Franggn [ˈfrɑŋɡŋ̍]; Bavarian: Frankn) is a region of Germany, characterised by its culture and Franconian dialect (German: Fränkisch).

 

Franconia is made up of the three Regierungsbezirke of Lower, Middle and Upper Franconia in Bavaria, the adjacent, Franconian-speaking, South Thuringia, south of the Thuringian Forest—which constitutes the language boundary between Franconian and Thuringian— and the eastern parts of Heilbronn-Franconia in Baden-Württemberg.

 

Those parts of the Vogtland lying in Saxony (largest city: Plauen) are sometimes regarded as Franconian as well, because the Vogtlandian dialects are mostly East Franconian. The inhabitants of Saxon Vogtland, however, mostly do not consider themselves as Franconian. On the other hand, the inhabitants of the Hessian-speaking parts of Lower Franconia west of the Spessart (largest city: Aschaffenburg) do consider themselves as Franconian, although not speaking the dialect. Heilbronn-Franconia's largest city of Heilbronn and its surrounding areas are South Franconian-speaking, and therefore only sometimes regarded as Franconian. In Hesse, the east of the Fulda District is Franconian-speaking, and parts of the Oden Forest District are sometimes regarded as Franconian for historical reasons, but a Franconian identity did not develop there.

 

Franconia's largest city and unofficial capital is Nuremberg, which is contiguous with Erlangen and Fürth, with which it forms the Franconian conurbation with around 1.3 million inhabitants. Other important Franconian cities are Würzburg, Bamberg, Bayreuth, Ansbach and Coburg in Bavaria, Suhl and Meiningen in Thuringia, and Schwäbisch Hall in Baden-Württemberg.

 

The German word Franken—Franconians—also refers to the ethnic group, which is mainly to be found in this region. They are to be distinguished from the Germanic people of the Franks, and historically formed their easternmost settlement area. The origins of Franconia lie in the settlement of the Franks from the 6th century in the area probably populated until then mainly by the Elbe Germanic people in the Main river area, known from the 9th century as East Francia (Francia Orientalis). In the Middle Ages the region formed much of the eastern part of the Duchy of Franconia and, from 1500, the Franconian Circle. The restructuring of the south German states by Napoleon, after the demise of the Holy Roman Empire, saw most of Franconia awarded to Bavaria." - info from Wikipedia.

 

Summer 2019 I did a solo cycling tour across Europe through 12 countries over the course of 3 months. I began my adventure in Edinburgh, Scotland and finished in Florence, Italy cycling 8,816 km. During my trip I took 47,000 photos.

 

Now on Instagram.

 

Become a patron to my photography on Patreon or donate.

Patron of Art Homage to Napoléon Bonaparte Limited Edition 4810 Fountain Pen M

CAD$4,200.00 plus 13% HST.

 

Montblanc Patron of Art 2021 Napoléon Bonaparte Overview - 4810/888/92 L...

youtu.be/aoUCXxtyqbE

 

Montblanc Homage to Napoléon Bonaparte Blue Fountain Pen Ink

youtu.be/n7mtYv_vYic

 

Napoléon is mainly remembered for his military achievements, but he was a true patron of the arts. His glory lives on in the great ‘architecture parlante’ style of the famous Parisian structures built during his reign. In addition to architecture, other arts such as painting, sculpture and the decorative arts also blossomed under his leadership.

 

The overall design of the pen is inspired by the neoclassic style. The pattern of golden bees on dark blue lacquer is inspired by Napoléon’s throne in Fontainebleau, and the sword-shaped clip bears the Napoléonic “N”. The engravings on the cap top – a laurel wreath, imperial crown and an eagle – refer to Napoléon’s coronation insignia. The clip end is decorated with a red stone recalling the coronation ring of Napoleon’s wife Joséphine.The cap is crowned by the Montblanc Emblem in precious resin.

In homage to Napoléon Bonaparte, the handcrafted 18kt solid gold nib bears a portrait of Napoléon with the typical bicorn.

 

Golden Bees importance: CLICK on links to see his Golden Bee images. *********

www.geriwalton.com/the-importance-of-bees-to-napoleon-bon...

 

www.hhantiquejewelry.com/napoleon-bees-jewelry-tomb-child...

 

The Importance of Bees to Napoleon Bonaparte

By Geri Walton | February 8, 2019 | 1

The importance of bees to Napoleon Bonaparte became obvious when he decided to adopt this ancient symbol older than the fleur-de-lys. Supposedly, when Napoleon thought about wearing the imperial purple, he decided to adopt the bee based on the following story:

 

“It was a custom in France, during its early and barbarous ages, that whenever a monarch died, his horse and page were killed and buried with their master, that they might be in ready attendance upon him in the next world. In the year 1658, the tomb of Childeric, the father of Clovis, was discovered [by the archeologist Jean-Jacques Chifflet*], and within it were found the skeleton of a man that of a horse, and part of the skeleton of a youth, concluded to be the remains of Childeric and his companions … a gold signet ring was taken from the finger of the large skeleton; upon it appeared an engraved head, having long hair flowing over the shoulders, and around it the words, ‘Childerici Regis;’ several buckles, massy gold bracelets and a gold head of an ox, supposed to be an image of the idolatrous worship of the deceased. … [In addition,] on further search in the tomb were found a purse, containing a hundred pieces of gold and two hundred pieces of silver, bearing the heads of different emperors of France; a crystal ball or orb, a pike, a battleaxe, the hand, mounting, and blade of a sword; gold tablets and style; the bit and part of the harness of a horse; fragments of a dress or robe; and more than three hundred little bees of the purest gold, their wings behind inlaid with a red stone like cornelian.”[1]

 

When Childeric’s tomb was discovered in 1653, Louis XIV received the treasure, but he wasn’t impressed and stored it at what later became the Bibliothèque Nationale de France. When Napoleon came to power, his advisor, Jean-Jacques-Régis de Cambacérès, suggested he adopt the bee as his personal symbol and mentioned the treasure of Childeric. Napoleon took his advisor’s advice after learning that Childeric had lived between 437 and 481 and that he founded the Merovingian dynasty. Moreover, Napoleon learned that Childeric’s symbol of the bee preceded the fleur-de-lis adopted by his son Clovis.

 

Besides being associated with the Merovingians, Napoleon also wanted to be associated with the Carolingians, a dynasty that reached its peak in AD 800 with the crowning of Charlemagne as the first Emperor of Romans. The spread eagle that Napoleon used on his shield came from the Carolingian founder Charlemagne and was suggested for use by by the Council Commission, made up from members of the Council of State, whose job was to oversee the coronation of Napoleon and his Empress, Josephine. They soon determined:

 

“Even if the arms of Charlemagne were not accurately known, it could still be pointed out … that in the time of Louis le Débonnaire, and doubtless earlier, ‘an eagle of metal was placed in the western portion of the Imperial palace at Aix, and it was always the custom of those who got possession of the palace, first of all to seize upon this eagle.’”[2]

 

It was also pointed out that the fleur de lys would have been inappropriate alongside the Carolingian symbol of the eagle, another reason for selecting the bee. Moreover, some in the Council Commission erroneously suggested that the fleur-de-lys were just badly drawn bees. One twentieth-century historian noted:

 

“The fleurs de lys which had been sown broadcast on the carpets, hangings, and insignia of the Capetian kings would have been scarcely suitable to match with the eagles. Besides, they belonged to the old order of things which was to be forgotten. It was necessary to choose some plant or animal from the heraldic flora or fauna which could be adopted in the place of the fleur de lys, and was yet known to French historical tradition. As nothing suitable of this kind could be found in the Age of Charlemagne, it was necessary to search farther back. … [It was also] remembered that, during the sitting of the National Convention on the 3rd of Brumaire of the year IV, Daubermesnil, speaking in the name of the Committee of Public Instruction, had proposed that the emblem of the State should be a hive swarming with bees, and that it should be placed upon the front of every national building. To which Citizen Barallion had indeed objected that ‘bees were cognizance of several Kings of France of the first dynasty, such as Childebert and Chileric. Besides,’ he added, ‘bees can never be the emblem of the Republic, for is it not well known that they all pay court to a queen?’ The convention was struck with this merry quip, and rejected the harmless suggestion of Daubermesnil.”[3]

Napoleon apparently ignored the idea that bees might be related to a queen and found bees an appropriate symbol for his empire. He knew illusion was power and that the bee had greater antiquity than the fleur-de-lis. He also thought because the bees were a symbol of the Merovingian kings, it would give him added legitimacy to rule as Emperor. Thus, when he was crowned, the importance of bees to Napoleon was obvious as he made sure bees appeared prominently on his coronation robes.

 

To aid in this, he used the best-known miniature painter Jean-Baptiste Isabey, who also happened to be a close friend of the Bonaparte family. Isabey decided the bee found with Childeric’s remains lacked detail and was too small and dense. Therefore, he developed a new larger bee created volant en arrière, or in other words, when viewed from the top its wings were partially opened.

 

Isabey’s bee was the one used to embellish the coronation mantles. Embroidery of the bees on the mantles cost 15,000 francs and were accomplished by Picot, embroiderer to the Emperor and the Empress. One historian gave the details of Napoleon’s mantle, stating:

 

“The Imperial mantle of purple velvet powdered with golden bees; in the embroidery are interlaced branches of olive, laurel and oak surrounding the letter N. The lining, the border, and the tippet are of ermine. The mantle, open on the left side, allows the sword to be seen, which is sustained by a scarf of white satin embroidered and trimmed with a cord of gold; the long robe is of white satin embroidered with gold on all the seams, the hem of the robe embroidered with a cord of gold.”[4]

The Empress was also resplendent and likewise had a mantle of purple velvet powdered with golden bees, as did the French princes. Pages wore green coats with shoulder-knots of green silk embroidered with eagles at each end and powdered with bees. Moreover, golden bees also appeared on the square purple velvet cushion that held Charlemagne’s crown. (To see the only known embroidered bee that survives, click here).

 

Despite the importance of bees to Napoleon, he never gave an Order in Council or officially announced the adoption of it. He also never gave a formal explanation for why he chose the bee. He did, however, make sure that the bee was an important symbol at his imperial court after he was crowned. Bees could be found embellishing clothing and fabric and were incorporated into ceramics, furniture, glass, and metalwork. One historian also reported:

 

“He [Napoleon] sprinkled bees liberally on his ensign as General-in-Chief, he introduced them on the borders of the Army colours, he adorned the upper portion of the escutcheons of the Grand Dignitaries and good towns with them, he powdered them over his own carpets and hangings.”[5]

The bee was so important to Napoleon, it was exclusively reserved for the imperial family, and not even dukes could use it. However, on 19 May 1802, Napoleon established a reward for civil and military merit called the Légion d’Honneur and to indicate the importance of the bee, he used a version in the medal. This was, and is, France’s highest honor, and although there were critics who thought of it as a bauble, Napoleon knew its value, stating, “It is with baubles that men are led.”[6]

 

After the Treaty of Fontainebleau and his exile to Elba, he designed his own flag for Elba and once again used the bee that he so cherished. Perhaps, he did so because it linked him to the imperial mantle. The flag that floated over the island had a white background with a diagonal red stripe and three golden bees in the stripe. Gloria Peria, director of the Historical Archives of the Communes of the Island of Elba, notes:

 

“Having chosen to give the Island of Elba three bees meant giving the island a sense of unity under his reign, even though from an administrative point of view it was divided into several Municipalities … Napoleon’s flag of Elba was immediately a great success, so much so that, according to Pons de l’Herault in his Souvenirs et Anecdotes de l’Ile d’Elbe, even the Barbaresque pirates greeted it, because they saw in it the symbol of their war hero, Napoleon, in person, as they sailed the Tyrrhenian Sea.”[7]

 

When Louis XVIII came to power in 1815, he methodically replaced or destroyed Napoleon’s bee with the fleur-de-lys. Ultimately, few bees from Napoleon’s reign survived Louis’ eradication. The bee seemed to all but disappear until Napoleon’s remains were returned in 1840. One newspaper reported that the car carrying Napoleon’s body was “truly magnificent,” and that on the pedestal, “on both sides hung two velvet imperial mantles, sprinkled with bees.”[8]

 

*Although Chifflet thought what he discovered was bees, some scholars have suggested they were cicadas, a symbol that meant both death and resurrection to the Merovingians. However, other scholars believe they were flies because flies were found on the coats of arms of families from the territories of Venice and Flanders that were once controlled by the Merovingians. If they were flies, Napoleon’s enemies would have likely got a chuckle thinking he was covered with flies rather than bees.

 

References:

[1] W. H. Ireland, The Napoleon anecdotes, ed. by W.H. Ireland (London: C.S. Arnold, 1822), p. 18.

[2] F. Masson, Napoleon and His Coronation, (Philadelphia: J.B. Lippincott Company, 1907), p. 97.

[3] Ibid., p. 98–99.

[4] Ibid, p. 314.

[5] Ibid., p. 99.

[6] B. Farwell, The Encyclopedia of Nineteenth-century Land Warfare: An Illustrated World View (New York: W.W. Norton, 2001), p. 488.

[7] “History of the flag of the Island of Elba,” Info Elba, accessed November 16, 2018, www.infoelba.com/discovering-elba/curious-facts/the-flag-...

[8] Downpatrick Recorder, “Funeral of Napoleon,” December 26, 1840, p. 1.

The water buffalo or domestic Asian water buffalo (Bubalus bubalis) is a large bovid originating in South Asia, Southeast Asia, and China. Today, it is also found in Europe, Australia, and some American countries. The wild water buffalo (Bubalus arnee) native to Southeast Asia is considered a different species, but most likely represents the ancestor of the domestic water buffalo.

 

Two extant types of water buffalo are recognized based on morphological and behavioural criteria – the river buffalo of South Asia and further west to the Balkans, Egypt, and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The origins of the domestic water buffalo types are debated, although results of a phylogenetic study indicate that the swamp type may have originated in China and was domesticated about 4,000 years ago, while the river type may have originated from India and was domesticated about 5,000 years ago. Water buffalo were traded from the Indus Valley Civilisation to Mesopotamia, in modern Iraq, 2500 BC by the Meluhhas. The seal of a scribe employed by an Akkadian king shows the sacrifice of water buffalo.

 

At least 130 million domestic water buffalo exist, and more human beings depend on them than on any other domestic animal. They are especially suitable for tilling rice fields, and their milk is richer in fat and protein than that of dairy cattle. The large feral population of northern Australia became established in the late 19th century, and smaller feral herds are in New Guinea, Tunisia, and northeastern Argentina. Feral herds are also present in New Britain, New Ireland, Irian Jaya, Papua New Guinea, Colombia, Guyana, Suriname, Brazil, and Uruguay.

 

CHARACTERISTICS

The skin of river buffalo is black, but some specimens may have dark, slate-coloured skin. Swamp buffalo have a grey skin at birth, but become slate blue later. Albinoids are present in some populations. River buffalo have comparatively longer faces, smaller girths, and bigger limbs than swamp buffalo. Their dorsal ridges extend further back and taper off more gradually. Their horns grow downward and backward, then curve upward in a spiral. Swamp buffalo are heavy-bodied and stockily built; the body is short and the belly large. The forehead is flat, the eyes prominent, the face short, and the muzzle wide. The neck is comparatively long, and the withers and croup are prominent. A dorsal ridge extends backward and ends abruptly just before the end of the chest. Their horns grow outward, and curve in a semicircle, but always remain more or less on the plane of the forehead. The tail is short, reaching only to the hocks. Height at withers is 129–133 cm for males, and 120–127 cm for females. They range in weight from 300–550 kg, but weights of over 1,000 kg have also been observed.

 

Tedong bonga is a black pied buffalo featuring a unique black and white colouration that is favoured by the Toraja of Sulawesi.

 

The swamp buffalo has 48 chromosomes; the river buffalo has 50 chromosomes. The two types do not readily interbreed, but fertile offspring can occur. Buffalo-cattle hybrids have not been observed to occur, and the embryos of such hybrids do not reach maturity in laboratory experiments.

 

The rumen of the water buffalo has important differences from that of other ruminants. It contains a larger population of bacteria, particularly the cellulolytic bacteria, lower protozoa, and higher fungi zoospores. In addition, higher rumen ammonia nitrogen (NH4-N) and higher pH have been found as compared to those in cattle

 

ECOLOGY AND BEHAVIOR

River buffalo prefer deep water. Swamp buffalo prefer to wallow in mudholes which they make with their horns. During wallowing, they acquire a thick coating of mud. Both are well adapted to a hot and humid climate with temperatures ranging from 0 °C in the winter to 30 °C and greater in the summer. Water availability is important in hot climates, since they need wallows, rivers, or splashing water to assist in thermoregulation. Some breeds are adapted to saline seaside shores and saline sandy terrain.

 

DIET

Water buffalo thrive on many aquatic plants and during floods, will graze submerged, raising their heads above the water and carrying quantities of edible plants. They eat reeds (quassab), a giant reed (birdi), a kind of bulrush (kaulan), water hyacinth, and marsh grasses. Some of these plants are of great value to local peoples. Others, such as water hyacinth, are a major problem in some tropical valleys, and water buffalo may help to keep waterways clear.

 

Green fodders are used widely for intensive milk production and for fattening. Many fodder crops are conserved as hay, chaffed, or pulped. Fodders include alfalfa, berseem and bancheri, the leaves, stems or trimmings of banana, cassava, fodder beet, halfa, ipil-ipil and kenaf, maize, oats, pandarus, peanut, sorghum, soybean, sugarcane, bagasse, and turnips. Citrus pulp and pineapple wastes have been fed safely to buffalo. In Egypt, whole sun-dried dates are fed to milk-buffalo up to 25% of the standard feed mixture.

 

REPRODUCTION

Swamp buffalo generally become reproductive at an older age than river breeds. Young males in Egypt, India, and Pakistan are first mated at about 3.0–3.5 years of age, but in Italy

 

they may be used as early as 2 years of age. Successful mating behaviour may continue until the animal is 12 years or even older. A good river male can impregnate 100 females in a year. A strong seasonal influence on mating occurs. Heat stress reduces libido

 

Although buffalo are polyoestrous, their reproductive efficiency shows wide variation throughout the year. Buffalo cows exhibit a distinct seasonal change in displaying oestrus, conception rate, and calving rate. The age at first oestrus of heifers varies between breeds from 13–33 months, but mating at the first oestrus is often infertile and usually deferred until they are 3 years old. Gestation lasts from 281–334 days, but most reports give a range between 300 and 320 days. Swamp buffalo carry their calves for one or two weeks longer than river buffalo. It is not rare to find buffalo that continue to work well at the age of 30, and instances of a working life of 40 years are recorded.

 

TAXONOMIC HISTORY

Carl Linnaeus first described the genus Bos and the water buffalo under the binomial Bubalis bubalus in 1758; the latter was known to occur in Asia and as a domestic form in Italy. Ellerman and Morrison-Scott treated the wild and domestic forms of the water buffalo as conspecifics whereas others treated them as different species. The nomenclatorial treatment of wild and domestic forms has been inconsistent and varies between authors and even within the works of single authors.

 

In March 2003, the International Commission on Zoological Nomenclature achieved consistency in the naming of wild and domestic water buffalo by ruling that the scientific name Bubalus arnee is valid for the wild form. B. bubalis continues to be valid for the domestic form and applies also to feral populations.

 

DOMESTICATION AND BREEDING

Water buffalo were domesticated in India about 5000 years ago, and in China about 4000 years ago. Two types are recognized, based on morphological and behavioural criteria – the river buffalo of the Indian subcontinent and further west to the Balkans and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The present-day river buffalo is the result of complex domestication processes involving more than one maternal lineage and a significant maternal gene flow from wild populations after the initial domestication events. Twenty-two breeds of the river type water buffalo are known, including Murrah, Nili-Ravi, Surti, Jafarabadi, Anatolian, Mediterranean, and Egyptian buffalo. China has a huge variety of buffalo genetic resources, comprising 16 local swamp buffalo breeds in various regions.

 

Results of mitochondrial DNA analyses indicate that the two types were domesticated independently. Sequencing of cytochrome b genes of Bubalus species implies that the domestic buffalo originated from at least two populations, and that the river and the swamp types have differentiated at the full species level. The genetic distance between the two types is so large that a divergence time of about 1.7 million years has been suggested. The swamp type was noticed to have the closest relationship with the tamaraw.

 

DISTRIBUTION OF POPULATIONS

The water buffalo population in the world is about 172 million.

 

IN ASIA

More than 95.8% of the world population of water buffalo are found in Asia including both river and swamp types. The water buffalo population in India numbered over 97.9 million head in 2003, representing 56.5% of the world population. They are primarily of the river type, with 10 well-defined breeds comprising Badhawari, Murrah, Nili-Ravi, Jafarabadi, Marathwada, Mehsana, Nagpuri, Pandharpuri, Toda, and Surti. Swamp buffalo occur only in small areas in the north-eastern part of the country and are not distinguished into breeds.

 

In 2003, the second-largest population lived in China, with 22.759 million head, all of the swamp type with breeds kept only in the lowlands, and other breeds kept only in the mountains; as of 2003, 3.2 million swamp-type carabao buffalo were in the Philippines, nearly three million swamp buffalo were in Vietnam, and 772,764 buffalo were in Bangladesh. About 750,000 head were estimated in Sri Lanka in 1997.

 

The water buffalo is the main dairy animal in Pakistan, with 23.47 million head in 2010. Of these, 76% are kept in the Punjab. The rest of them are mostly in the province of Sindh. Breeds used are Nili-Ravi, Kundi, and Azi Kheli. Karachi has the largest population of water buffalos for an area where fodder is not grown, consisting of 350,000 head kept mainly for milking.

 

In Thailand, the number of water buffalo dropped from more than 3 million head in 1996 to less than 1.24 million head in 2011. Slightly over 75% of them are kept in the country's northeastern region. The statistics also indicate that by the beginning of 2012, less than one million were in the country, partly as a result of illegal shipments to neighboring countries where sales prices are higher than in Thailand.

 

Water buffalo are also present in the southern region of Iraq, in the marshes. These marshes were drained by Saddam Hussein in 1991 in an attempt to punish the south for the uprisings of 1991. Following 2003, and the fall of the Saddam regime, these lands were reflooded and a 2007 report in the provinces of Maysan and Thi Qar shows a steady increase in the number of water buffalo. The report puts the number at 40,008 head in those two provinces.

 

IN EUROPE AND THE MEDITERRANEAN

Water buffalo likely were introduced to Europe from India or other Oriental countries. To Italy they were introduced about the year 600 in the reign of the Longobard King Agilulf. As they appear in the company of wild horses, they probably were a present from the Khan of the Avars, a Turkic nomadic tribe that dwelt near the Danube River at the time. Sir H. Johnston knew of a herd of water buffalo presented by a King of Naples to the Bey of Tunis in the mid-19th century that had resumed the feral state in northern Tunis.

 

European buffalo are all of the river type and considered to be of the same breed named Mediterranean buffalo. In Italy, the Mediterranean type was particularly selected and is called Mediterranean Italian breed to distinguish it from other European breeds, which differ genetically. Mediterranean buffalo are also found in Romania, Bulgaria, Greece, Albania, Kosovo, and the Republic of Macedonia, with a few hundred in the United Kingdom, Germany, the Netherlands, Switzerland, and Hungary. Little exchange of breeding buffalo has occurred among countries, so each population has its own phenotypic features and performances. In Bulgaria, they were crossbred with the Indian Murrah breed, and in Romania, some were crossbred with Bulgarian Murrah. Populations in Turkey are of the Anatolian buffalo breed.

 

IN AUSTRALIA

Between 1824 and 1849, water buffalo were introduced into the Northern Territory from Timor, Kisar, and probably other islands in the Indonesian archipelago. In 1886, a few milking types were brought from India to Darwin. They have been the main grazing animals on the subcoastal plains and river basins between Darwin and Arnhem Land since the 1880s. In the early 1960s, an estimated population of 150,000 to 200,000 buffalo were living in the plains and nearby areas.

 

They became feral and are causing significant environmental damage. Buffalo are also found in the Top End. As a result, they were hunted in the Top End from 1885 until 1980. The commencement of the brucellosis and tuberculosis campaign (BTEC) resulted in a huge culling program to reduce buffalo herds to a fraction of the numbers that were reached in the 1980s. The BTEC was finished when the Northern Territory was declared free of the disease in 1997. Numbers dropped dramatically as a result of the campaign, but have since recovered to an estimated 150,000 animals across northern Australia in 2008.

 

During the 1950s, buffalo were hunted for their skins and meat, which was exported and used in the local trade. In the late 1970s, live exports were made to Cuba and continued later into other countries. Buffalo are now crossed with riverine buffalo in artificial insemination programs, and may be found in many areas of Australia. Some of these crossbreds are used for milk production. Melville Island is a popular hunting location, where a steady population up to 4,000 individuals exists. Safari outfits are run from Darwin to Melville Island and other locations in the Top End, often with the use of bush pilots. The horns, which can measure up to a record of 3.1 m tip-to-tip, are prized hunting trophies.

 

The buffalo have developed a different appearance from the Indonesian buffalo from which they descend. They live mainly in freshwater marshes and billabongs, and their territory range can be quite expansive during the wet season. Their only natural predators in Australia are adult saltwater crocodiles, with whom they share the billabongs, and dingoes, which have been known to prey on buffalo calves and occasionally adult buffalo when the dingoes are in large packs.

 

Buffalo were exported live to Indonesia until 2011, at a rate of about 3000 per year. After the live export ban that year, the exports dropped to zero, and had not resumed as of June 2013.

 

IN SOUTH AMERICA

Water buffalo were introduced into the Amazon River basin in 1895. They are now extensively used there for meat and dairy production. In 2005, the buffalo herd in the Brazilian Amazon stood at roughly 1.6 million head, of which 460,000 were located in the lower Amazon floodplain. Breeds used include Mediterranean from Italy, Murrah and Jafarabadi from India, and Carabao from the Philippines.

 

During the 1970s, small herds were imported to Costa Rica, Ecuador, Cayenne, Panama, Surinam, Guyana, and Venezuela.

 

In Argentina, many game ranches raise water buffalo for commercial hunting

 

IN NORTH AMERICA

In 1974, four water buffalo were imported to the United States from Guam to be studied at the University of Florida. In February 1978, the first herd arrived for commercial farming. Until 2002, only one commercial breeder was in the United States. Water buffalo meat is imported from Australia. Until 2011, water buffalo were raised in Gainesville, Florida, from young obtained from zoo overflow. They were used primarily for meat production, frequently sold as hamburger.[38] Other US ranchers use them for production of high-quality mozzarella cheese.

 

HUSBANDRY

The husbandry system of water buffalo depends on the purpose for which they are bred and maintained. Most of them are kept by people who work on small farms in family units. Their buffalo live in very close association with them, and are often their greatest capital asset. The women and girls in India generally look after the milking buffalo while the men and boys are concerned with the working animals. Throughout Asia, they are commonly tended by children who are often seen leading or riding their charges to wallowing places. Water buffalo are the ideal animals for work in the deep mud of paddy fields because of their large hooves and flexible foot joints. They are often referred to as "the living tractor of the East". It probably is possible to plough deeper with buffalo than with either oxen or horses. They are the most efficient and economical means of cultivation of small fields. In most rice-producing countries, they are used for threshing and for transporting the sheaves during the rice harvest. They provide power for oilseed mills, sugarcane presses, and devices for raising water. They are widely used as pack animals, and in India and Pakistan also for heavy haulage. In their invasions of Europe, the Turks used buffalo for hauling heavy battering rams. Their dung is used as a fertilizer, and as a fuel when dried.

 

Buffalo contribute 72 million tones of milk and three million tones of meat annually to world food, much of it in areas that are prone to nutritional imbalances. In India, river-type buffalo are kept mainly for milk production and for transport, whereas swamp-type buffalo are kept mainly for work and a small amount of milk.

 

DAIRY PRODUCTS

Water buffalo milk presents physicochemical features different from that of other ruminant species, such as a higher content of fatty acids and proteins. The physical and chemical parameters of swamp and river type water buffalo milk differ. Water buffalo milk contains higher levels of total solids, crude protein, fat, calcium, and phosphorus, and slightly higher content of lactose compared with those of cow milk. The high level of total solids makes water buffalo milk ideal for processing into value-added dairy products such as cheese. The conjugated linoleic acid (CLA) content in milk ranged from 4.4 mg/g fat in September to 7.6 mg/g fat in June. Seasons and genetics may play a role in variation of CLA level and changes in gross composition of the water buffalo milk.

 

Water buffalo milk is processed into a large variety of dairy products:

 

- Cream churns much faster at higher fat levels and gives higher overrun than cow cream.

- Butter from water buffalo cream displays more stability than that from cow cream.

- Ghee from water buffalo milk has a different texture with a bigger grain size than ghee from cow milk.

- Heat-concentrated milk products in the Indian subcontinent include paneer, khoa, rabri, kheer and basundi.

- Fermented milk products include dahi, yogurt, and chakka.

- Whey is used for making ricotta and mascarpone in Italy, and alkarish in Syria and Egypt.

- Soft cheeses made include mozzarella in Italy, karish, mish, and domiati in Egypt, madhfor in Iraq, alghab in Syria, kesong puti in the Philippines, and vladeasa in Romania.

- The semihard cheese beyaz peynir is made in Turkey.

- Hard cheeses include braila in Romania, rahss in Egypt, white brine in Bulgaria, and akkawi in Syria.

- Watered-down buffalo milk is used as a cheaper alternative to regular milk.

 

MEAT AND SKIN PRODUCTS

Water buffalo meat, sometimes called "carabeef", is often passed off as beef in certain regions, and is also a major source of export revenue for India. In many Asian regions, buffalo meat is less preferred due to its toughness; however, recipes have evolved (rendang, for example) where the slow cooking process and spices not only make the meat palatable, but also preserve it, an important factor in hot climates where refrigeration is not always available.Their hides provide tough and useful leather, often used for shoes.

 

BONE AND HORN PRODUCTS

The bones and horns are often made into jewellery, especially earrings. Horns are used for the embouchure of musical instruments, such as ney and kaval.

 

ENVIRONMENTAL EFFECTS

Wildlife conservation scientists have started to recommend and use introduced populations of feral domestic water buffalo in far-away lands to manage uncontrolled vegetation growth in and around natural wetlands. Introduced water buffalo at home in such environs provide cheap service by regularly grazing the uncontrolled vegetation and opening up clogged water bodies for waterfowl, wetland birds, and other wildlife. Grazing water buffalo are sometimes used in Great Britain for conservation grazing, such as in Chippenham Fen National Nature Reserve. The buffalo can better adapt to wet conditions and poor-quality vegetation than cattle.

 

Currently, research is being conducted at the Lyle Center for Regenerative Studies to determine the levels of nutrients removed and returned to wetlands when water buffalo are used for wetland vegetation management.

 

However, in uncontrolled circumstances, water buffalo can cause environmental damage, such as trampling vegetation, disturbing bird and reptile nesting sites, and spreading exotic weeds.

 

RESEARCH

The world's first cloned buffalo was developed by Indian scientists from National Dairy Research Institute, Karnal. The buffalo calf was named Samrupa. The calf did not survive more than a week, and died due to some genetic disorders. So, the scientists created another cloned buffalo a few months later, and named it Garima.

 

On 15 September 2007, the Philippines announced its development of Southeast Asia's first cloned buffalo. The Philippine Council for Agriculture, Forestry and Natural Resources Research and Development (PCARRD), under the Department of Science and Technology in Los Baños, Laguna, approved this project. The Department of Agriculture's Philippine Carabao Center (PCC) will implement cloning through somatic cell nuclear transfer as a tool for genetic improvement in water buffalo. "Super buffalo calves" will be produced. There will be no modification or alteration of the genetic materials, as in genetically modified organisms.

 

On 1 January 2008, the Philippine Carabao Center in Nueva Ecija, per Filipino scientists, initiated a study to breed a super water buffalo that could produce 4 to 18 litres of milk per day using gene-based technology. Also, the first in vitro river buffalo was born there in 2004 from an in vitro-produced, vitrified embryo, named "Glory" after President Gloria Macapagal-Arroyo. Joseph Estrada's most successful project as an opposition senator, the PCC was created through Republic Act 3707, the Carabao Act of 1992.

 

IN CULTURE

Some ethnic groups, such as Batak and Toraja in Indonesia and the Derung in China, use water buffalo or kerbau (called horbo in Batak or tedong in Toraja) as sacrificial animals at several festivals.

 

- Legend has it that the Chinese philosophical sage Laozi left China through the Han Gu Pass riding a water buffalo.

- According to Hindu lore, the god of death Yama, rides on a male water buffalo.

- The carabao subspecies is considered a national symbol in the Philippines.

- In Vietnam, water buffalo are often the most valuable possession of poor farmers: "Con trâu là đầu cơ nghiệp". They are treated as a member of the family: "Chồng cày, vợ cấy, con trâu đi bừa" ("The husband ploughs, the wife sows, water buffalo draws the rake") and are friends of the children. Children talk to their water buffalo, "Bao giờ cây lúa còn bông. Thì còn ngọn cỏ ngoài đồng trâu ăn." (Vietnamese children are responsible for grazing water buffalo. They feed them grass if they work laboriously for men.) In the old days, West Lake, Hà Nội, was named Kim Ngưu - Golden Water Buffalo.

- The Yoruban Orisha Oya (goddess of change) takes the form of a water buffalo.

 

FIGHTING FESTIVALS

- Pasungay Festival is held annually in the town of San Joaquin, Iloilo in the Philippines.

- Moh juj Water Buffalo fighting, is held every year in Bhogali Bihu in Assam. Ahotguri in Nagaon is famous for it.

- Do Son Water Buffalo Fighting Festival of Vietnam, held each year on the ninth day of the eighth month of the lunar calendar at Do Son Township, Haiphong City in Vietnam, is one of the most popular Vietnam festivals and events in Haiphong City. The preparations for this buffalo fighting festival begin from the two to three months earlier. The competing buffalo are selected and methodically trained months in advance. It is a traditional festival of Vietnam attached to a Water God worshipping ceremony and the Hien Sinh custom to show martial spirit of the local people of Do Son, Haiphong.

- "Hai Luu" Water Buffalo Fighting Festival of Vietnam, According to ancient records, the buffalo fighting in Hai Luu Commune has existed from the 2nd century B.C. General Lu Gia at that time, had the buffalo slaughtered to give a feast to the local people and the warriors, and organized buffalo fighting for amusement. Eventually, all the fighting buffalo will be slaughtered as tributes to the deities.

- "Ko Samui" Water Buffalo Fighting Festival of Thailand, is a very popular event held on special occasions such as New Year's Day in January, and Songkran in mid-April, this festival features head-wrestling bouts in which two male Asian water buffalo are pitted against one another. Unlike in Spanish Bullfighting, wherein bulls get killed while fighting sword-wielding men, Buffalo Fighting Festival held at Ko Samui, Thailand is fairly harmless contest. The fighting season varies according to ancient customs & ceremonies. The first Buffalo to turn and run away is considered the loser, the winning buffalo becomes worth several million baht. Ko Samui is an island in the Gulf of Thailand in the South China Sea, it is 700 km from Bangkok and is connected to it by regular flights.

- "Ma'Pasilaga Tedong" Water Buffalo Fighting Festival, in Tana Toraja Regency of Sulawesi Island, Indonesia, is a very popular event where the Rambu Solo' or a Burial Festival took place in Tana Toraja.

 

RACING FESTIVALS

Carabao Carroza Festival is being held annually every May in the town of Pavia, Iloilo, Philippines.

Kambala races of Karnataka, India, take place between December and March. The races are conducted by having the water buffalo (he buffalo) run in long parallel slushy ditches, where they are driven by men standing on wooden planks drawn by the buffalo. The objectives of the race are to finish first and to raise the water to the greatest height and also a rural sport. Kambala races are arranged with competition, as well as without competition and as a part of thanks giving (to god) in about 50 villages of coastal Karnataka.

 

In the Chonburi Province of Thailand, and in Pakistan, there are annual water buffalo races.

 

Chon Buri Water buffalo racing festival, Thailand In downtown Chonburi, 70 km south of Bangkok, at the annual water buffalo festival held in mid-October. About 300 buffalo race in groups of five or six, spurred on by bareback jockeys wielding wooden sticks, as hundreds of spectators cheer. The water buffalo has always played an important role in agriculture in Thailand. For farmers of Chon Buri Province, near Bangkok, it is an important annual festival, beginning in mid-October. It is also a celebration among rice farmers before the rice harvest. At dawn, farmers walk their buffalo through surrounding rice fields, splashing them with water to keep them cool before leading them to the race field. This amazing festival started over a hundred years ago when two men arguing about whose buffalo was the fastest ended up having a race between them. That’s how it became a tradition and gradually a social event for farmers who gathered from around the country in Chonburi to trade their goods. The festival also helps a great deal in preserving the number of buffalo, which have been dwindling at quite an alarming rate in other regions. Modern machinery is rapidly replacing buffalo in Thai agriculture. With most of the farm work mechanized, the buffalo-racing tradition has continued. Racing buffalo are now raised just to race; they do not work at all. The few farm buffalo which still do work are much bigger than the racers because of the strenuous work they perform. Farm buffalo are in the "Buffalo Beauty Pageant", a Miss Farmer beauty contest and a comic buffalo costume contest etc.. This festival perfectly exemplifies a favored Thai attitude to life — "sanuk," meaning fun.

 

Babulang Water buffalo racing festival, Sarawak, Malaysia, is the largest or grandest of the many rituals, ceremonies and festivals of the traditional Bisaya (Borneo) community of Limbang, Sarawak. Highlights are the Ratu Babulang competition and the Water buffalo races which can only be found in this town in Sarawak, Malaysia.

Vihear Suor village Water buffalo racing festival, in Cambodia, each year, people visit Buddhist temples across the country to honor their deceased loved ones during a 15-day period commonly known as the Festival of the Dead but in Vihear Suor village, about 35 km northeast of Cambodia, citizens each year wrap up the festival with a water buffalo race to entertain visitors and honour a pledge made hundreds of years ago. There was a time when many village cattle which provide rural Cambodians with muscle power to plough their fields and transport agricultural products died from an unknown disease. The villagers prayed to a spirit to help save their animals from the disease and promised to show their gratitude by holding a buffalo race each year on the last day of "P'chum Ben" festival as it is known in Cambodian. The race draws hundreds of spectators who come to see riders and their animals charge down the racing field, the racers bouncing up and down on the backs of their buffalo, whose horns were draped with colorful cloth.

Pothu puttu matsaram, Kerala, South India, is similar to Kambala races.

 

WIKIPEDIA

Schweiz / Berner Oberland - Eiger, Mönch und Jungfrau

 

seen from Morgenberghorn. In the foreground you can see the Saxettal (Saxet valley).

 

gesehen vom Morgenberghorn. Im Vordergrund sieht man das Saxettal.

 

The Morgenberghorn is a mountain of the Bernese Alps, overlooking Lake Thun in the Bernese Oberland. It lies at the northern end of the chain between the valleys of Frutigen and Lauterbrunnen, north of the Schwalmere.

 

(Wikipedia)

 

The Eiger (German pronunciation: [ˈaɪ̯ɡɐ]) is a 3,967-metre (13,015 ft) mountain of the Bernese Alps, overlooking Grindelwald and Lauterbrunnen in the Bernese Oberland of Switzerland, just north of the main watershed and border with Valais. It is the easternmost peak of a ridge crest that extends across the Mönch to the Jungfrau at 4,158 m (13,642 ft), constituting one of the most emblematic sights of the Swiss Alps. While the northern side of the mountain rises more than 3,000 m (10,000 ft) above the two valleys of Grindelwald and Lauterbrunnen, the southern side faces the large glaciers of the Jungfrau-Aletsch area, the most glaciated region in the Alps. The most notable feature of the Eiger is its nearly 1,800-metre-high (5,900 ft) north face of rock and ice, named Eiger-Nordwand, Eigerwand or just Nordwand, which is the biggest north face in the Alps.] This huge face towers over the resort of Kleine Scheidegg at its base, on the eponymous pass connecting the two valleys.

 

The first ascent of the Eiger was made by Swiss guides Christian Almer and Peter Bohren and Irishman Charles Barrington, who climbed the west flank on August 11, 1858. The north face, the "last problem" of the Alps, considered amongst the most challenging and dangerous ascents, was first climbed in 1938 by an Austrian-German expedition.The Eiger has been highly publicized for the many tragedies involving climbing expeditions. Since 1935, at least 64 climbers have died attempting the north face, earning it the German nickname Mordwand, literally "murder(ous) wall"—a pun on its correct title of Nordwand (North Wall).

 

Although the summit of the Eiger can be reached by experienced climbers only, a railway tunnel runs inside the mountain, and two internal stations provide easy access to viewing-windows carved into the rock face. They are both part of the Jungfrau Railway line, running from Kleine Scheidegg to the Jungfraujoch, between the Mönch and the Jungfrau, at the highest railway station in Europe. The two stations within the Eiger are Eigerwand (behind the north face) and Eismeer (behind the south face), at around 3,000 metres. The Eigerwand station has not been regularly served since 2016.

 

Etymology

 

The first mention of Eiger, appearing as "mons Egere", was found in a property sale document of 1252, but there is no clear indication of how exactly the peak gained its name. The three mountains of the ridge are commonly referred to as the Virgin (German: Jungfrau – translates to "virgin" or "maiden"), the Monk (Mönch), and the Ogre (Eiger; the standard German word for ogre is Oger). The name has been linked to the Latin term acer, meaning "sharp" or "pointed".

 

Geographic setting and description

 

The Eiger is located above the Lauterbrunnen Valley to the west and Grindelwald to the north in the Bernese Oberland region of the canton of Bern. It forms a renowned mountain range of the Bernese Alps together with its two companions: the Jungfrau (4,158 m (13,642 ft)) about 5.6 kilometres (3.5 mi) southwest of it and the Mönch (4,107 m (13,474 ft)) about in the middle of them. The nearest settlements are Grindelwald, Lauterbrunnen (795 m (2,608 ft)) and Wengen (1,274 m (4,180 ft)). The Eiger has three faces: north (or more precisely NNW), east (or more precisely ESE), and west (or more precisely WSW). The northeastern ridge from the summit to the Ostegg (lit.: eastern corner, 2,709 m (8,888 ft)), called Mittellegi, is the longest on the Eiger. The north face overlooks the gently rising Alpine meadow between Grindelwald (943 m (3,094 ft)) and Kleine Scheidegg (2,061 m (6,762 ft)), a mountain railways junction and a pass, which can be reached from both sides, Grindelwald and Lauterbrunnen/Wengen – by foot or train.

 

Politically, the Eiger (and its summit) belongs to the Bernese municipalities of Grindelwald and Lauterbrunnen. The Kleine Scheidegg (literally, the small parting corner) connects the Männlichen-Tschuggen range with the western ridge of the Eiger. The Eiger does not properly form part of the main chain of the Bernese Alps, which borders the canton of Valais and forms the watershed between the Rhine and the Rhône, but constitutes a huge limestone buttress, projecting from the crystalline basement of the Mönch across the Eigerjoch. Consequently, all sides of the Eiger feed finally the same river, namely the Lütschine.

 

Eiger's water is connected through the Weisse Lütschine (the white one) in the Lauterbrunnen Valley on the west side (southwestern face of the Eiger), and through the Schwarze Lütschine (the black one) running through Grindelwald (northwestern face), which meet each other in Zweilütschinen (lit.: the two Lütschinen) where they form the proper Lütschine. The east face is covered by the glacier called Ischmeer, (Bernese German for Ice Sea), which forms one upper part of the fast-retreating Lower Grindelwald Glacier. These glaciers' water forms a short creek, which is also confusingly called the Weisse Lütschine, but enters the black one already in Grindelwald together with the water from the Upper Grindelwald Glacier. Therefore, all the water running down the Eiger converges at the northern foot of the Männlichen (2,342 m (7,684 ft)) in Zweilütschinen (654 m (2,146 ft)), about 10 kilometres (6.2 mi) northwest of the summit, where the Lütschine begins its northern course to Lake Brienz and the Aare (564 m (1,850 ft)).

 

Although the north face of the Eiger is almost free of ice, significant glaciers lie at the other sides of the mountain. The Eiger Glacier flows on the southwestern side of the Eiger, from the crest connecting it to the Mönch down to 2,400 m (7,900 ft), south of Eigergletscher railway station, and feeds the Weisse Lütschine through the Trümmelbach. On the east side, the Ischmeer–well visible from the windows of Eismeer railway station–flows eastwards from the same crest then turns to the north below the impressive wide Fiescherwand, the north face of the Fiescherhörner triple summit (4,049 m (13,284 ft)) down to about 1,600 m (5,200 ft) of the Lower Grindelwald Glacier system.

 

The massive composition of the Eiger, Mönch, and Jungfrau constitutes an emblematic sight of the Swiss Alps and is visible from many places on the Swiss Plateau and the Jura Mountains in the northwest. The higher Finsteraarhorn (4,270 m (14,010 ft)) and Aletschhorn (4,190 m (13,750 ft)), which are located about 10 kilometres (6.2 mi) to the south, are generally less visible and situated in the middle of glaciers in less accessible areas. As opposed to the north side, the south and east sides of the range consist of large valley glaciers extending for up to 22 kilometres (14 mi), the largest (beyond the Eiger drainage basin) being those of Grand Aletsch, Fiesch, and Aar Glaciers, and is thus uninhabited. The whole area, the Jungfrau-Aletsch protected area, comprising the highest summits and largest glaciers of the Bernese Alps, was inscribed as a UNESCO World Heritage Site in 2001.

 

In July 2006, a piece of the Eiger, amounting to approximately 700,000 cubic metres of rock, fell from the east face. As it had been noticeably cleaving for several weeks and fell into an uninhabited area, there were no injuries and no buildings were hit.

 

Climbing history

 

While the summit was reached without much difficulty in 1858 by a complex route on the west flank, the battle to climb the north face has captivated the interest of climbers and non-climbers alike. Before it was successfully climbed, most of the attempts on the face ended tragically and the Bernese authorities even banned climbing it and threatened to fine any party that should attempt it again. But the enthusiasm which animated the young talented climbers from Austria and Germany finally vanquished its reputation of unclimbability when a party of four climbers successfully reached the summit in 1938 by what is known as the "1938" or "Heckmair" route.

 

The climbers that attempted the north face could be easily watched through the telescopes from the Kleine Scheidegg, a pass between Grindelwald and Lauterbrunnen, connected by rail. The contrast between the comfort and civilization of the railway station and the agonies of the young men slowly dying a short yet uncrossable distance away led to intensive coverage by the international media.

 

After World War II, the north face was climbed twice in 1947, first by a party of two French guides, Louis Lachenal and Lionel Terray, then by a Swiss party consisting of H. Germann, with Hans and Karl Schlunegger.

 

First ascent

 

In 1857, a first recorded attempt was made by Christian Almer, Christian Kaufmann, Ulrich Kaufmann guiding the Austrian alpinist Sigismund Porges. They did manage the first ascent of neighboring Mönch instead. Porges, however, successfully made the second ascent of the Eiger in July 1861 with the guides Christian Michel, Hans and Peter Baumann.

 

The first ascent was made by the western flank on August 11, 1858 by Charles Barrington with guides Christian Almer and Peter Bohren. On the previous afternoon, the party walked up to the Wengernalp hotel. From there they started the ascent of the Eiger at 3:30 a.m. Barrington describes the route much as it is followed today, staying close to the edge of the north face much of the way. They reached the summit at about noon, planted a flag, stayed for some 10 minutes and descended in about four hours. Barrington describes the reaching of the top, saying, "the two guides kindly gave me the place of first man up." After the descent, the party was escorted to the Kleine Scheidegg hotel, where their ascent was confirmed by observation of the flag left on the summit. The owner of the hotel then fired a cannon to celebrate the first ascent. According to Harrer's The White Spider, Barrington was originally planning to make the first ascent of the Matterhorn, but his finances did not allow him to travel there as he was already staying in the Eiger region.

 

Mittellegi ridge

 

Although the Mittellegi ridge had already been descended by climbers (since 1885) with the use of ropes in the difficult sections, it remained unclimbed until 1921. On the 10th of September of that year, Japanese climber Yuko Maki, along with Swiss guides Fritz Amatter, Samuel Brawand and Fritz Steuri made the first successful ascent of the ridge. The previous day, the party approached the ridge from the Eismeer railway station of the Jungfrau Railway and bivouacked for the night. They started the climb at about 6:00 a.m. and reached the summit of the Eiger at about 7:15 p.m., after an over 13 hours gruelling ascent. Shortly after, they descended the west flank. They finally reached Eigergletscher railway station at about 3:00 a.m. the next day.

 

Attempts on the north face

 

1935

 

In 1935, two young German climbers from Bavaria, Karl Mehringer and Max Sedlmeyer, arrived at Grindelwald to attempt the ascent of the north face. After waiting some time for the weather to improve, they set off, reaching the height of the Eigerwand station before stopping for their first bivouac. The following day, facing greater difficulties, they gained little height. On the third day, they made hardly any vertical gain. That night, the weather deteriorated, bringing snow and low cloud that shrouded the mountain from the observers below. Avalanches began to sweep the face. Two days later, the weather briefly cleared, and the two men were glimpsed a little higher and about to bivouac for the fifth night, before clouds descended again. A few days later, the weather finally cleared, revealing a completely white north face.: 225  Weeks later, the German World War I ace Ernst Udet went searching for the missing men with his aircraft, eventually spotting one of them frozen to death in what became known as the "Death Bivouac". Sedlmeyer's body was found at the foot of the face the following year by his brothers Heinrich and Martin Meier, who were part of a group looking for the victims of the 1936 climbing disaster. Mehringer's remains were found in 1962 by Swiss climbers below the "Flat Iron" (Bügeleisen) at the lefthand end of the second ice field. 

 

1936

 

The next year ten young climbers from Austria and Germany came to Grindelwald and camped at the foot of the mountain. Before their attempts started one of them was killed during a training climb, and the weather was so bad during that summer that, after waiting for a change and seeing none on the way, several members of the party gave up. Of the four that remained, two were Bavarians, Andreas Hinterstoisser and Toni Kurz, and two were Austrians, Willy Angerer and Edi Rainer. When the weather improved they made a preliminary exploration of the lowest part of the face. Hinterstoisser fell 37 metres (121 ft) but was not injured. A few days later the four men finally began the ascent of the face. They climbed quickly, but on the next day, after their first bivouac, the weather changed; clouds came down and hid the group to the observers. They did not resume the climb until the following day, when, during a break, the party was seen descending, but the climbers could be seen only intermittently from the ground. The group had no choice but to retreat, since Angerer had suffered serious injuries from falling rock. The party became stuck on the face when they could not recross the difficult Hinterstoisser Traverse, from which they had taken the rope they had first used to climb it. The weather then deteriorated for two days. They were ultimately swept away by an avalanche, which only Kurz survived, hanging on a rope. Three guides started on an extremely perilous rescue attempt. They failed to reach him but came within shouting distance and learned what had happened. Kurz explained the fate of his companions: one had fallen down the face, another was frozen above him, and the third had fractured his skull in falling and was hanging dead on the rope.

 

In the morning the three guides came back, traversing the face from a hole near the Eigerwand station and risking their lives under incessant avalanches. Toni Kurz was still alive but almost helpless, with one hand and one arm completely frozen. Kurz hauled himself off the cliff after cutting loose the rope that bound him to his dead teammate below and climbed back onto the face. The guides were not able to pass an unclimbable overhang that separated them from Kurz. They managed to give him a rope long enough to reach them by tying two ropes together. While descending, Kurz could not get the knot to pass through his carabiner. He tried for hours to reach his rescuers who were only a few metres below him. Then he began to lose consciousness. One of the guides, climbing on another's shoulders, was able to touch the tip of Kurz's crampons with his ice-axe but could not reach higher. Kurz was unable to descend further and, completely exhausted, died slowly.

 

1937

 

An attempt was made in 1937 by Mathias Rebitsch and Ludwig Vörg. Although the attempt was unsuccessful, they were nonetheless the first climbers who returned alive from a serious attempt on the face. They started the climb on 11 August and reached a high point of a few rope lengths above Death Bivouac. A storm then broke and after three days on the wall they had to retreat. This was the first successful withdrawal from a significant height on the wall.

 

First ascent of the north face

 

The north face was first climbed on July 24, 1938 by Anderl Heckmair, Ludwig Vörg, Heinrich Harrer and Fritz Kasparek in a German–Austrian party. The party had originally consisted of two independent teams: Harrer (who did not have a pair of crampons on the climb) and Kasparek were joined on the face by Heckmair and Vörg, who had started their ascent a day later and had been helped by the fixed rope that the lead team had left across the Hinterstoisser Traverse. The two groups, led by the experienced Heckmair, decided to join their forces and roped together as a single group of four. Heckmair later wrote: "We, the sons of the older Reich, united with our companions from the Eastern Border to march together to victory."

 

The expedition was constantly threatened by snow avalanches and climbed as quickly as possible between the falls. On the third day a storm broke and the cold was intense. The four men were caught in an avalanche as they climbed "the Spider," the snow-filled cracks radiating from an ice-field on the upper face, but all possessed sufficient strength to resist being swept off the face. The members successfully reached the summit at four o'clock in the afternoon. They were so exhausted that they only just had the strength to descend by the normal route through a raging blizzard.

 

Other notable events

 

1864 (Jul 27): Fourth ascent, and first ascent by a woman, Lucy Walker, who was part of a group of six guides (including Christian Almer and Melchior Anderegg) and five clients, including her brother Horace Walker[

1871: First ascent by the southwest ridge, 14 July (Christian Almer, Christian Bohren, and Ulrich Almer guiding W. A. B. Coolidge and Meta Brevoort).

1890: First ascent in winter, Ulrich Kaufmann and Christian Jossi guiding C. W. Mead and G. F. Woodroffe.

1924: First ski ascent and descent via the Eiger glacier by Englishman Arnold Lunn and the Swiss Fritz Amacher, Walter Amstutz and Willy Richardet.

1932: First ascent of the northeast face ("Lauper route") by Hans Lauper, Alfred Zürcher, Alexander Graven and Josef Knubel

1970: First ski descent over the west flank, by Sylvain Saudan.

1986: Welshman Eric Jones becomes the first person to BASE jump from the Eiger.

1988: Original Route (ED2), north face, Eiger (3970m), Alps, Switzerland, first American solo (nine and a half hours) by Mark Wilford.

1991: First ascent, Metanoia Route, North Face, solo, winter, without bolts, Jeff Lowe.

1992 (18 July): Three BMG/UIAGM/IFMGA clients died in a fall down the West Flank: Willie Dunnachie; Douglas Gaines; and Phillip Davies. They had ascended the mountain via the Mittellegi Ridge.

2006 (14 June): François Bon and Antoine Montant make the first speedflying descent of the Eiger.

2006 (15 July): Approximately 700,000 cubic metres (20 million cubic feet) of rock from the east side collapses. No injuries or damage were reported.

2015 (23 July): A team of British Para-Climbers reached the summit via the West Flank Route. The team included John Churcher, the world's first blind climber to summit the Eiger, sight guided by the team leader Mark McGowan. Colin Gourlay enabled the ascent of other team members, including Al Taylor who has multiple sclerosis, and the young autistic climber Jamie Owen from North Wales. The ascent was filmed by the adventure filmmakers Euan Ryan & Willis Morris of Finalcrux Films.

 

Books and films

 

The 1959 book The White Spider by Heinrich Harrer describes the first successful ascent of the Eiger north face.

The Climb Up To Hell, 1962, by Jack Olson, an account of the ill-fated 1957 attempted climb of the north face by an Italian four-man team and the dramatic rescue of the sole survivor mounted by an international all-volunteer group of rescuers.

Eiger Direct, 1966, by Dougal Haston and Peter Gillman, London: Collins, also known as Direttissima; the Eiger Assault

The 1971 novel The Ice Mirror by Charles MacHardy describes the second attempted ascent of the Eiger north face by the main character.

The 1972 novel The Eiger Sanction is an action/thriller novel by Rodney William Whitaker (writing under the pseudonym Trevanian), based around the climbing of the Eiger. This was then made into the 1975 film The Eiger Sanction starring Clint Eastwood and George Kennedy. The Eiger Sanction film crew included very experienced mountaineers (e.g., Mike Hoover, Dougal Haston, and Hamish MacInnes, see Summit, 52, Spring 2010) as consultants, to ensure accuracy in the climbing footage, equipment and techniques.

The Eiger, 1974, by Dougal Haston, London: Cassell

The 1982 book Eiger, Wall of Death by Arthur Roth is an historical account of first ascents of the north face.

The 1982 book Traverse of The Gods by Bob Langley is a World War II spy thriller where a group escaping from Nazi Germany is trapped and the only possible exit route is via the Nordwand.

Eiger, 1983, a documentary film by Leo Dickinson of Eric Jones' 1981 solo ascent of the north face.

Eiger Dreams, 1990, a collection of essays by Jon Krakauer, begins with an account of Krakauer's own attempt to climb the north face.

Eiger: The Vertical Arena (German edition, 1998; English edition, 2000), edited by Daniel Anker, a comprehensive climbing history of the north face authored by 17 climbers, with numerous photographs and illustrations.

The IMAX film The Alps features John Harlin III's climb up the north face in September 2005. Harlin's father, John Harlin II, set out 40 years earlier to attempt a direct route (the direttissima) up the 6,000-foot (1,800 m) face, the so-called "John Harlin route". At 1300 m, his rope broke, and he fell to his death. Composer James Swearingen created a piece named Eiger: Journey to the Summit in his memory.

The 2007 docu/drama film The Beckoning Silence featuring mountaineer Joe Simpson, recounting—with filmed reconstructions—the ill-fated 1936 expedition up the north face of the Eiger and how Heinrich Harrer's book The White Spider inspired him to take up climbing. The film followed Simpson's eponymous 2003 book. Those playing the parts of the original climbing team were Swiss mountain guides Roger Schäli (Toni Kurz), Simon Anthamatten (Andreas Hinterstoisser), Dres Abegglen (Willy Angerer) and Cyrille Berthod (Edi Rainer). The documentary won an Emmy Award the subsequent year.

The 2008 German historical fiction film Nordwand is based on the 1936 attempt to climb the Eiger north face. The film is about the two German climbers, Toni Kurz and Andreas Hinterstoisser, involved in a competition with an Austrian duo to be the first to scale the north face of Eiger.

The 2010 documentary Eiger: Wall of Death by Steve Robinson.

 

(Wikipedia)

 

The Mönch (German pronunciation: [ˈmœnç] German: "monk") at 4,110 metres (13,480 ft) is a mountain in the Bernese Alps, in Switzerland. Together with the Eiger and the Jungfrau, it forms a highly recognisable group of mountains, visible from far away.

 

The Mönch lies on the border between the cantons of Valais and Bern, and forms part of a mountain ridge between the Jungfrau and Jungfraujoch to the west, and the Eiger to the east. It is west of Mönchsjoch, a pass at 3,650 metres (11,980 ft), Mönchsjoch Hut, and north of the Jungfraufirn and Ewigschneefäld, two affluents of the Great Aletsch Glacier. The north side of the Mönch forms a step wall above the Lauterbrunnen valley.

 

The Jungfrau railway tunnel runs right under the summit, at an elevation of approximately 3,300 metres (10,830 ft).

 

The summit was first climbed on record on 15 August 1857 by Christian Almer, Christian Kaufmann (1831-1861), Ulrich Kaufmann and Sigismund Porges.

 

(Wikipedia)

 

The Jungfrau (YOONG-frow, German pronunciation: [ˈjʊŋˌfʁaʊ̯], transl. "maiden, virgin"), at 4,158 meters (13,642 ft) is one of the main summits of the Bernese Alps, located between the northern canton of Bern and the southern canton of Valais, halfway between Interlaken and Fiesch. Together with the Eiger and Mönch, the Jungfrau forms a massive wall of mountains overlooking the Bernese Oberland and the Swiss Plateau, one of the most distinctive sights of the Swiss Alps.

 

The summit was first reached on August 3, 1811, by the Meyer brothers of Aarau and two chamois hunters from Valais. The ascent followed a long expedition over the glaciers and high passes of the Bernese Alps. It was not until 1865 that a more direct route on the northern side was opened.

 

The construction of the Jungfrau Railway in the early 20th century, which connects Kleine Scheidegg to the Jungfraujoch, the saddle between the Mönch and the Jungfrau, made the area one of the most-visited places in the Alps. Along with the Aletsch Glacier to the south, the Jungfrau is part of the Jungfrau-Aletsch area, which was declared a World Heritage Site in 2001.

 

Etymology

 

The name Jungfrau ("maiden, virgin"), which refers to the highest of the three prominent mountains overlooking the Interlaken region, along with the Mönch ("monk") and the Eiger ("ogre"), is most likely derived from the name Jungfrauenberg given to Wengernalp, the alpine meadow directly facing the huge northern side of the Jungfrau, across the Trummelbach gorge. Wengernalp was so named for the nuns of Interlaken Monastery, its historical owner. Contrary to popular belief, the name did not originate from the appearance of the snow-covered mountain, the latter looking like a veiled woman.

 

The "virgin" peak was heavily romanticized as "goddess" or "priestess" in late 18th to 19th century Romanticism. Its summit, considered inaccessible, remained untouched until the 19th century. After the first ascent in 1811 by Swiss alpinist Johann Rudolf Meyer, the peak was jokingly referred to as "Mme Meyer" (Mrs. Meyer).

 

Geographic setting

 

Politically, the Jungfrau (and its massif) is split between the municipalities of Lauterbrunnen (Bern) and Fieschertal (Valais). It is the third-highest mountain of the Bernese Alps after the nearby Finsteraarhorn and Aletschhorn, respectively 12 and 8 km (7.5 and 5 mi) away. But from Lake Thun, and the greater part of the canton of Bern, it is the most conspicuous and the nearest of the Bernese Oberland peaks; with a height difference of 3,600 m (11,800 ft) between the summit and the town of Interlaken. This, and the extreme steepness of the north face, secured for it an early reputation for inaccessibility.

 

The Jungfrau is the westernmost and highest point of a gigantic 10 km (6.2 mi) wall dominating the valleys of Lauterbrunnen and Grindelwald. The wall is formed by the alignment of some of the biggest north faces in the Alps, with the Mönch (4,107 m or 13,474 ft) and Eiger (3,967 m or 13,015 ft) to the east of the Jungfrau, and overlooks the valleys to its north by a height of up to 3 km (1.9 mi). The Jungfrau is approximately 6 km (3.7 mi) from the Eiger; with the summit of the Mönch between the two mountains, 3.5 km (2.2 mi) from the Jungfrau. The Jungfraujoch is the saddle between the Jungfrau and the Mönch and the Eigerjoch is the saddle between the Mönch and the Eiger. The wall is extended to the east by the Fiescherwand and to the west by the Lauterbrunnen Wall, although it follows different directions from the Jungfrau and the Eiger.

 

The difference of altitude between the deep valley of Lauterbrunnen (800 m or 2,600 ft) and the summit is particularly visible from the area of Mürren. From the valley floor, west of the massif, the altitude gain is more than 3 km (1.9 mi) for a horizontal distance of 4 km (2.5 mi).

 

The landscapes around the Jungfrau are extremely contrasted. In contrast to the vertiginous precipices of its northwest, the mountain's southeastern side emerges from the upper snows of the Jungfraufirn, one of the main feeders of the Aletsch Glacier, at around 3,500 meters (11,500 ft). The 20-kilometer-long (12 mi) valley of Aletsch on the southeast is completely uninhabited, and is surrounded by neighboring valleys with similar landscapes. The area as a whole constitutes the largest glaciated area not just in the Alps, but in Europe as well.

 

Climbing history

 

In 1811, the brothers Johann Rudolf (1768–1825) and Hieronymus Meyer, sons of Johann Rudolf Meyer (1739–1813), the head of a rich merchant family of Aarau, along with several servants and a porter picked up at Guttannen, first reached the Valais by way of the Grimsel, and crossed the Beich Pass, a glacier pass over the Oberaletsch Glacier, to the head of the Lötschen valley. There, they added two local chamois hunters, Alois Volken and Joseph Bortis, to their party and traversed the Lötschenlücke before reaching the Aletschfirn (the west branch of the Aletsch Glacier), where they established the base camp, north of the Aletschhorn. After the Guttannen porter was sent back alone over the Lötschenlücke, the party finally reached the summit of the Jungfrau by the Rottalsattel on August 3. They then recrossed the two passes named to their point of departure in Valais, and went home again over the Grimsel.

 

The journey was a most extraordinary one for the time, and some persons threw doubts at its complete success. To settle these, another expedition was undertaken in 1812. In this the two sons, Rudolf (1791–1833) and Gottlieb (1793–1829), of Johann Rudolf Meyer, played the chief parts. After an unsuccessful attempt, defeated by bad weather, in the course of which the Oberaarjoch was crossed twice (this route being much more direct than the long detour through the Lötschental), Rudolf, with the two Valais hunters (Alois Volker and Joseph Bortis), a Guttannen porter named Arnold Abbühl, and a Hasle man, bivouacked on a depression on the southeast ridge of the Finsteraarhorn. Next day (August 16) the whole party attempted the ascent of the Finsteraarhorn from the Studer névé on the east by way of the southeast ridge, but Meyer, exhausted, remained behind. The following day the party crossed the Grünhornlücke to the Aletsch Glacier, but bad weather then put an end to further projects. At a bivouac, probably just opposite the present Konkordia Hut, the rest of the party, having come over the Oberaarjoch and the Grünhornlücke, joined the Finsteraarhorn party. Gottlieb, Rudolf's younger brother, had more patience than the rest and remained longer at the huts near the Märjelensee, where the adventurers had taken refuge. He could make the second ascent (September 3) of the Jungfrau, the Rottalsattel being reached from the east side as is now usual, and his companions being the two Valais hunters.

 

The third ascent dates from 1828, when several men from Grindelwald, headed by Peter Baumann, planted their flag upon the summit. Next came the ascent by Louis Agassiz, James David Forbes, Heath, Desor, and Duchatelier in 1841, recounted by Desor in his Excursions et Séjours dans les Glaciers. Gottlieb Samuel Studer published an account of the next ascent made by himself and Bürki in 1842.

 

In 1863, a party consisting of three young Oxford University graduates and three Swiss guides successfully reached the summit and returned to the base camp of the Faulberg (located near the present position of the Konkordia Hut) in less than 11 hours (see the section below, The 1863 Ascent). In the same year Mrs Stephen Winkworth became the first woman to climb the Jungfrau. She also slept overnight in the Faulberg cave prior to the ascent as there was no hut at that time.

 

Before the construction of the Jungfraujoch railway tunnel, the approach from the glaciers on the south side was very long. The first direct route from the valley of Lauterbrunnen was opened in 1865 by Geoffrey Winthrop Young, H. Brooke George with the guide Christian Almer. They had to carry ladders with them in order to cross the many crevasses on the north flank. Having spent the night on the rocks of the Schneehorn (3,402 m or 11,161 ft) they gained next morning the Silberlücke, the depression between the Jungfrau and Silberhorn, and thence in little more than three hours reached the summit. Descending to the Aletsch Glacier they crossed the Mönchsjoch, and passed a second night on the rocks, reaching Grindelwald next day. This route became a usual until the opening of the Jungfraujoch.

 

The first winter ascent was made on 23 January 1874, by Meta Brevoort and W. A. B. Coolidge with guides Christian and Ulrich Almer. They used a sled to reach the upper Aletsch Glacier, and were accompanied by Miss Brevoort's favorite dog, Tschingel.

 

The Jungfrau was climbed via the west side for the first time in 1885 by Fritz and Heinrich von Allmen, Ulrich Brunner, Fritz Graf, Karl Schlunegger and Johann Stäger—all from Wengen. They ascended the Rottal ridge (Innere Rottalgrat) and reached the summit on 21 September. The more difficult and dangerous northeast ridge that connects the summit from the Jungfraujoch was first climbed on 30 July 1911 by Albert Weber and Hans Schlunegger.

 

In July 2007, six Swiss Army recruits, part of the Mountain Specialists Division 1, died in an accident on the normal route. Although the causes of the deaths was not immediately clear, a report by the Swiss Federal Institute for Snow and Avalanche Research concluded that the avalanche risk was unusually high due to recent snowfall, and that there was "no other reasonable explanation" other than an avalanche for the incident.

 

The 1863 Ascent

 

The Führerbuch of the Alpine guide Peter Baumann records an ascent of the Jungfrau made by himself with three men from England in July 1863. The foreign climbers were long thought to have been John Tyndall, J.J. Hornby and T.H. Philpott, until in 1958 the records were checked by the Alpine Club and the following conclusion was reached:

 

On July 23, 1963, Phillpotts, with James Robertson and H.J. Chaytor, climbed the Jungfrau (the entry shown in A.J. 32. 227 was wrongly transcribed by Montagnier, who says ‘T.H. Philpott’ for J.S. Phillpotts). The entry in Peter Baumann’s Führerbuch (facsimile in A.C. archives) says that the trio crossed the Strahlegg Pass and the Oberaarjoch, and then climbed the Jungfrau from the Eggishorn.

 

Tyndall, Hornby and Philpott were well-known Alpinists, but there is no record of their having attempted the Jungfrau in 1863. Robertson, Chaytor and Phillpotts were novices; they had recently graduated from Oxford University where they had all been keen members of the Oxford University Boat Club.

 

William Robertson (1839–1892), the leader of the expedition (wrongly called ‘James’ in the Note quoted above), was an Australian by birth, and the first non-British national to take part in the Oxford and Cambridge Boat Race. He later became a barrister and member of parliament in Australia. He and H.J. Chaytor (possibly the father of the medievalist Henry John Chaytor) were both members of the victorious Oxford team in the 1861 Boat Race. James Surtees Phillpotts (1839–1930) was the third member of the team; he would later become headmaster of Bedford School. The trio had three Swiss guides, Peter Baumann, Peter Kaufmann ("Grabipeter", father of Peter Kaufmann the younger) and Rubi.

 

A description of the ascent of the Jungfrau is contained in a letter dated Sunday 26 July which Phillpotts wrote to his friend Alexander Potts (later to become the first headmaster of Fettes College). The letter is now in the possession of the Alpine Club. The following extracts are from that letter.

 

The Virgin certainly did not smile on the poor "fools who rushed in" on her sacred heights, i.e. in plain British, we had the treadmill slog, the biting wind, the half frost-bitten feet and the flayed faces that generally attend an Alpine ascent.

 

We got to the Faulberg hole about dark, and enjoyed the coffee the longman (Kauffmann) made, as one would in a hole in a rock in a cold evening. The "Faulberg Nachtlager" consists of two holes and a vestibule to the upper hole. The Upper Hole in which we lodged just contained Chay[tor], the Guv [Robertson] and myself, stretched at full length on a little hay over a hard rock mattress, convex instead of concave at the point where one likes to rest one's weight. Chaytor was in the middle, and as we were very close was warm and slept. The Guv and I courted Nature's soft nurse in vain. At two we got up and methodically put our feet into the stocks, i.e. our boots, breakfasted and shivered, then started (unwashed of course, as the cold gave us malignant hydrophobia) a little after 3:30.

 

The hole was about 150 feet [46 m] up one of the loose stone cliffs one now knows so well. So we groped our way down it and over the moraine – the stars still lingering, as day was just dawning. We could not start at 1:30, the proper time, as there was no moon and we wanted light as we had to tramp the glacier at once. Rubi led, and off we went, roped and in Indian file, in the old treadmill way over the slippery plowed-field-like snow that lay on the upper glacier, for a pull without a check of one or two hours.

 

At last we came to the region of bergschrunds and crevasses. They seemed to form at first an impassable labyrinth, but gradually the guides wound in and out between the large rifts, which were exquisitely lovely with their overhanging banks of snow and glittering icicles, and then trod as on pins and needles over a snowbridge here and there, or had to take a jump over the more feasible ones – and we found ourselves at the foot of the mountain; trudged up on the snow which ought to have been crisp but was even then more or less fresh fallen and sloppy; had to creep over about three crevasses, and after a tiresome pull, dragging one leg after another out of ankle or knee deep snow, we got on a crest of snow at right angles to the slope we had just come up. That slope with its crevasses on one side, and on the other a shorter and much steeper one which led in a few steps to a precipice.

 

All along this crest went a snakelike long crevasse, for which we had continually to sound, and go first one side and then the other; then we got to the foot of the saddle. Some twenty or thirty steps, some cut, some uncut, soon took us up a kind of hollow, and we got on a little sloping plateau of some six feet [1.8 m] large, where we left the grub and the knapsack, keeping my small flask of cognac only. Then up a steep ice slope, very steep I should say, down which the bits of ice cut out of the steps hopped and jumped at full gallop and then bounded over to some bottomless place which we could not see down. Their pace gave one an unpleasant idea of the possible consequence of a slip.

 

Here we encountered a biting bitter wind. Peter Baumann cut magnificent steps, at least he and Rubi did between them, the one improving on the other's first rough blows. After Rubi came Chaytor with Kauffmann behind him, then the Guv, and then myself, the tail of the string. Each step was a long lift from the last one, and as the snow was shallow they had to be cut in the ice which was like rock on this last slope.

 

Suddenly there burst upon us, on lifting our heads over the ridge, the green and cheerful valleys of Lauterbrunnen and Interlaken, of Grindelwald and a distant view of others equally beautiful stretching on for ever in one vast panorama. On the other side in grim contrast there was a wild and even awful scene. One gazed about one and tried in vain to see to the bottom of dark yawning abysses and sheer cliffs of ice or rock.

 

Tourism

 

Named after the Jungfrau, the Jungfrau Region of the Bernese Oberland is a major tourist destination in the Alps and includes a large number of railways and other facilities. While the mountain peak was once difficult to access, the Jungfrau Railway, a rack railway, now goes to the Jungfraujoch railway station at 3,454 m (11,332 ft), therefore providing an easy access to the upper Aletsch Glacier and a relatively short access to the Jungfrau itself, the height difference between the station and the summit being only 704 metres and the horizontal distance being slightly less than 2 kilometres. As a result, in the popular mind, the Jungfrau has become a mountain associated with the Bernese Oberland and Interlaken, rather than with Upper Valais and Fiesch.

 

In 1893, Adolf Guyer-Zeller conceived of the idea of a railway tunnel to the Jungfraujoch to make the glaciated areas on its south side more accessible. The building of the tunnel took 16 years and the summit station was not opened before 1912. The goal was in fact to reach the summit of the Jungfrau with an elevator from the highest railway station, located inside the mountain. The complete project was not realized because of the outbreak of the World War I. Nevertheless, it was at the time one of the highest railways in the world and remains today the highest in Europe and the only (non-cable) railway on Earth going well past the perennial snow-line.

 

The Jungfrau Railway leaves from Kleine Scheidegg, which can be reached from both sides by trains from Grindelwald, and Lauterbrunnen via Wengen. The train enters the Jungfrau Tunnel running eastward through the Eiger just above Eigergletscher, which is, since 2020, also accessible by aerial tramway from Grindelwald. Before arriving at the Jungfraujoch, it stops for a few minutes at two other stations, Eigerwand (on the north face of the Eiger) and Eismeer (on the south side), where passengers can see through the holes excavated from the mountain. The journey from Kleine Scheidegg to Jungfraujoch takes approximately 50 minutes including the stops; the downhill return journey taking only 35 minutes.

 

A large complex of tunnels and buildings has been constructed at the Jungfraujoch, referred to as the "Top of Europe". There are several restaurants and bars, shops, multimedia exhibitions, a post office, and a research station with dedicated accommodation facilities. An elevator enables access to the top of the Sphinx and its observatory, at 3,571 m (11,716 ft), the highest viewing platform of the area. Outside, at the level of the Jungfraujoch, there is a ski school, and the "Ice Palace", a collection of elaborate ice sculptures displayed inside the Aletsch Glacier. Another tunnel leads to the east side of the Sphinx, where one can walk on the glacier up to the Mönchsjoch Hut, the only hotel infrastructure in the area.

 

Apart from the Jungfraujoch, many facilities have been built in the Jungfrau Region, including numerous mountain railways. In 1908, the first public cable car in the world, the Wetterhorn Elevator, opened at the foot of the Wetterhorn, but was closed seven years later. The Schilthorn above Mürren, the Männlichen above Wengen, and the Schynige Platte above Wilderswil, offer good views of the Jungfrau and the Lauterbrunnen valley. On the south side, the Eggishorn above Fiesch also offers views of the Jungfrau, across the Aletsch Glacier.

 

Climbing routes

 

The normal route follows the traces of the first climbers, but the long approach on the Aletsch Glacier is no longer necessary. From the area of the Jungfraujoch the route to the summit takes only a few hours. Most climbers start from the Mönchsjoch Hut. After a traverse of the Jungfraufirn the route heads to the Rottalsattel (3,885 m or 12,746 ft), from where the southern ridge leads to the Jungfrau. It is not considered a very difficult climb but it can be dangerous on the upper section above the Rottalsattel, where most accidents happen. The use of the Jungfrau Railway instead of the much more gradual approach from Fiesch (or Fieschertal), via the Konkordia Hut, can cause some acclimatization troubles as the difference of altitude between the railway stations of Interlaken and Jungfraujoch is almost 3 km (1.9 mi).

 

(Wikipedia)

 

Das Morgenberghorn ist ein 2249 m ü. M. hoher Berg am Südufer des Thunersees im Berner Oberland in der Schweiz. Es liegt im Westen des Saxettals.

 

Der Gipfel des Morgenberghorns ist nur zu Fuss erreichbar. Der Aufstieg erfordert keine Bergsteigerkenntnisse, jedoch Trittsicherheit. Aufstiegsmöglichkeiten bestehen ab Leissigen und Aeschi über den Nordwestgrat und von Saxeten aus über den Rengglipass und den Südgrat. Der Nordostgrat von Interlaken aus weist sehr schmale und ausgesetzte Stellen auf und ist keine offizielle Aufstiegsroute.

 

Südlich des Morgenbergs erhebt sich die Schwalmere (2777 m ü. M.), durch den Rengglipass (1879 m ü. M.) getrennt.

 

(Wikipedia)

 

The Morgenberghorn is a mountain of the Bernese Alps, overlooking Lake Thun in the Bernese Oberland. It lies at the northern end of the chain between the valleys of Frutigen and Lauterbrunnen, north of the Schwalmere.

 

(Wikipedia)

 

Der Eiger ist ein Berg in den Berner Alpen mit einer Höhe von 3967 m ü. M. Er ist dem Hauptkamm der Berner Alpen etwas nördlich vorgelagert und steht vollständig auf dem Territorium des Schweizer Kantons Bern. Zusammen mit Mönch und Jungfrau, deren Gipfel auf der Grenze zum Kanton Wallis liegen, dominiert der Eiger die Landschaft des zentralen Berner Oberlandes. Die etwa 3000 Meter über dem Tal aufragenden Nordflanken dieser Berge stellen die Schauseite einer der bekanntesten je als ein «Dreigestirn» bezeichneten Gipfel-Dreiergruppen in den Alpen dar.

 

Insbesondere die Nordwand des Eigers fasziniert sowohl Bergsteiger als auch Alpin-Laien. Durch dramatische Begehungsversuche und gelungene Begehungen dieser Wand wurde der Eiger weltweit bekannt und immer wieder ins Blickfeld der Öffentlichkeit gerückt – nicht zuletzt, da die gesamte Wand von Grindelwald und der Bahnstation Kleine Scheidegg aus einsehbar ist. Die Jungfraubahn mit ihrem Tunnel durch den Eigerfels ist seit ihrer Eröffnung im Jahr 1912 ein Touristenmagnet.

 

Namensherkunft

 

Die erste urkundliche Erwähnung des Eigers stammt aus dem Jahre 1252 – dies ist die zweitfrüheste urkundliche Erwähnung eines Schweizer Bergs nach dem Bietschhorn (1233). Am 24. Juli 1252 wurde in einer Verkaufsurkunde zwischen Ita von Wädiswyl und der Propstei Interlaken ein Grundstück mit den Worten «ad montem qui nominatur Egere» (dt.: Bis zum Berg, der Eiger genannt wird) abgegrenzt. Ein halbes Jahrhundert später wird der Eiger in einem Belehnungsbrief erstmals in deutscher Sprache erwähnt: «under Eigere».

 

Für die Herkunft des Namens gibt es drei gängige Erklärungen. Eine erste ist der althochdeutsche Name Agiger oder Aiger, wie der erste Siedler unterhalb des Eigers geheissen haben soll. Der Berg über dessen Weiden wurde deshalb Aigers Geissberg oder auch nur Geissberg genannt. Hieraus entwickelten sich dann im Laufe der Zeit die direkten Vorgänger der heutigen Bezeichnung. Die Herkunft des Namens könnte auch von dem lateinischen Wort acer kommen, woraus sich im Französischen aigu entwickelte. Beide Worte haben die Bedeutung scharf beziehungsweise spitz – in Anlehnung an die Form des Eigers. Die dritte Erklärung stammt von der früher gebräuchlichen Schreibweise Heiger, was sich aus dem Dialektausdruck «dr hej Ger» entwickelt haben könnte (hej bedeutet hoch, Ger war ein germanischer Wurfspiess). Wiederum wäre hier die Form des Eigers ausschlaggebend für seine Bezeichnung.

 

Im Zusammenhang mit dem Eiger wird auch des Öfteren die Namensähnlichkeit mit dem Oger, einem menschenähnlichen Unhold, genannt. In Anlehnung an das Dreigestirn «Eiger–Mönch–Jungfrau» gibt es die Erzählung, der Unhold Eiger wolle seine lüsternen Pranken auf die Jungfrau legen, woran er aber vom fröhlichen Mönch gehindert werde. Zu dieser Geschichte sind in Grindelwald alte Karikaturen und neuere Postkarten zu kaufen.

 

Lage und Umgebung

 

Der Eiger erhebt sich direkt südwestlich von Grindelwald (Amtsbezirk Interlaken). Die bekannte Nordwand ist genaugenommen eine Nordwestwand. Neben dieser existiert in der berühmten «Eiger-Nordansicht» auch noch die Nordostwand. Sie bildet die Basis für den scharfen Mittellegigrat, der vom Unteren Grindelwaldgletscher zum Gipfel zieht. Auf der gegenüberliegenden Seite begrenzt der Westgrat die Nordwand. Ihm folgt die Westflanke, in welcher sich der Eigergletscher und der Klein Eiger befinden. An diesen schliessen sich der Südwestgrat und noch ein Stück östlicher der Südgrat an, der wiederum die Südostwand begrenzt, welche bis zum Mittellegigrat reicht. Südöstlich des Eigers liegt der Grindelwald-Fieschergletscher.

 

In der Umgebung des Eigers befinden sich einige Viertausender des Aarmassivs. Im Osten ist er umgeben von Schreckhorn (4078 m ü. M.) und Lauteraarhorn (4042 m ü. M.), im Südosten vom Grossen Fiescherhorn (4049 m ü. M.), und im Südwesten ist der Mönch (4107 m ü. M.) durch das Nördliche und Südliche Eigerjoch vom Eiger getrennt. Zusammen mit dem Mönch und der Jungfrau (4158 m ü. M.) bildet der Eiger das «Dreigestirn», bei dem der Eiger den nordöstlichen und die Jungfrau den südwestlichen Endpunkt bildet. Entgegen der steil abfallenden Nordseite des Berges befindet sich im Süden des Eigers die Hochfläche und Gletscherwelt der Berner Alpen. Seit Ende 2001 gehört der Eiger zum Gebiet des UNESCO-Weltnaturerbes Schweizer Alpen Jungfrau-Aletsch.

 

Geologie

 

Der Eiger ist ein Teil des helvetischen Systems, das im Grossraum um den Thunersee die Decken des Alpennordrandes bildet. In einer späten Phase der alpidischen Gebirgsfaltung wurden die helvetischen Kalk-Sedimente von ihrer kristallinen Basis abgeschürft und in Form einer Abscherungsdecke nach Nordwesten verschoben. Während des Faltungsprozesses in der Alpenentstehung brachen die Kalkbänke auf und Kluft- sowie Faltensysteme entstanden, die später mit ausgefälltem Calcit geschlossen wurden. Wichtigste Bestandteile der Sedimente sind der Schrattenkalk der Kreidezeit und der Malmkalk. Als Füll- und Schmiermaterial dienten Mergel und Tonschiefer.

 

Die klar erkennbare Faltung des Helvetikums mit seinen gebänderten, plattigen Kalkschichten zeigt sich auch am Eiger. Das Massiv des Eigers besteht komplett aus Kalk der helvetischen Zone und schliesst die Flyschschichten und die Molasse des Grindelwaldbeckens steil nach Süden hin ab. Weil der Talkessel von Grindelwald so reich gegliedert ist, finden hier die verschiedensten Tiere einen Lebensraum.[6] Südlich des Eigers schliesst sich das Aarmassiv mit seinem Innertkirchner-Lauterbrunner-Kristallin an. Teilweise hat sich dieses über die Sedimente des Eiger geschoben. Im Bereich des Mönchs treffen die Sedimente auf Altkristallin. Die typischen Gesteine des helvetischen Systems im Bereich des Eigers entstanden während des Jura, dem mittleren Zeitabschnitts des Mesozoikums. Der vorherrschende Kalk ist dabei mit verschiedenen Gesteinen durchmischt. Es zeigen sich Mergel-Kalke und -Schiefer, Ton-Schiefer, Eisenoolith sowie kalkige Sandsteine.

 

Die Kalkschichten des Eigers lagern auf Gneis und sind um 60–70° nach Norden geneigt. Geprägt wurde die heutige Form des Eigers durch die Eiszeiten. Während der Riss-Kaltzeit reichte die Vergletscherung bis an den Fuss der Nordwand. In der Würm-Kaltzeit war die Mächtigkeit des Eises um 200 Meter geringer. Durch die Bewegung der Gletscher wurde die Erdoberfläche umgestaltet. Vom Eis überlagerte Landschaften wurden abgeschliffen, wohingegen unbedeckte Bereiche durch Verwitterung und andere Formen der Erosion verändert wurden. Mit dem Rückzug des Eises änderten sich auch die Druckverhältnisse im Gestein, was sich durch Entlastungsbewegungen formgebend auswirkte. Prägend für den Eiger und seine Form war die allseitige Umlagerung von Eismassen, welche für einen recht gleichmässigen und markanten Abrieb aller Wände sorgte. Darüber hinaus war die Nordwand durch ihre Exposition den Abtragungsprozessen wie Frostverwitterung mehr ausgesetzt.

 

Felssturz

 

2006 ereignete sich am Eiger ein grosser Bergsturz, der öffentliches Interesse auf sich zog. An der Ostseite des Berges, unterhalb des Mittellegigrates, war durch Felsbewegungen ein rund 250 Meter langer Spalt entstanden, der eine Breite von etwa 7 Metern erreichte.Danach senkten sich die äusseren Teile mehrere Zentimeter pro Tag ab. Eine Ursache dieser Felsabspaltung könnte sowohl das massive Eindringen von Schmelzwasser in den Felsen gewesen sein, als auch eine Instabilität des Gesteins durch den Rückgang des Gletschers unterhalb des Felsabbruchs infolge der globalen Erwärmung. Am 13. Juli 2006 um 19:24 Uhr stürzten rund 500'000 Kubikmeter Felsbrocken auf den Unteren Grindelwaldgletscher. Über der Gemeinde Grindelwald schwebte stundenlang eine Staubwolke. Bereits am Nachmittag desselben Tages war die sogenannte «Madonna vom Eiger» zu Tal gestürzt. Hierbei handelte es sich um einen ungefähr 30 Meter hohen schlanken Felsturm mit rund 600 Kubikmeter Volumen.

 

Seit diesen Ereignissen wird die Felsnase (Gesamtvolumen: ungefähr eine Million Kubikmeter Gestein), aus der die Gesteinsmasse abbrach, von der Universität Lausanne beobachtet. Die Beobachtungen ergaben, dass sich die Nase von Juli 2007 bis August 2008 auf einer nach Osten geneigten Gleitfläche um 15 Meter talwärts bewegte. Zusätzlich kippte die Gesteinsmasse um zwei Grad nach Nordosten. Die Kluft zwischen Berg und Felsbrocken betrug im August 2008 50 Meter. Immer wieder brechen Gesteinsteile ab und stürzen zu Tal. Gebremst und stabilisiert wird die Masse vom Gletschereis, in das die Felsnase gleitet. Dies verhindert, dass die Nase als kompakte Masse zu Tal stürzt. So gilt es als wahrscheinlicher, dass der Gesteinsblock in sich selbst zusammenfallen wird.

 

(Wikipedia)

 

Der Mönch ist ein 4107 m ü. M. hoher Berg der Berner Alpen in der Schweiz. Zusammen mit dem Eiger und der Jungfrau bildet er eine markante, von weit her sichtbare Dreiergruppe, ein sogenanntes „Dreigestirn“.

 

Seine Erstbesteigung fand am 15. August 1857 durch Christian Almer, Christian Kaufmann, Ulrich Kaufmann und Sigismund Porges statt.

 

Südöstlich des Mönch liegt die Mönchsjochhütte, eine 3657 m ü. M. hoch gelegene Berghütte wenig oberhalb des oberen Mönchsjochs, das den Mönch vom Trugberg trennt.

 

Höhenbestimmung

 

1935 wurde die Höhe des Mönchs mit 4099 m ü. M. bestimmt. Diese Zahl ist noch heute häufig in der Literatur zu finden. 1993 ergaben jedoch Messungen per Luftfotogrammetrie eine Höhe von 4107 m ü. M.. Daraufhin wurde der Wert auf der Landeskarte der Schweiz korrigiert. Mit einer Messung per GPS ermittelte man 1997 eine Höhe von 4109,4 m ü. M.; und bei einer erneuten luftfotogrammetrischen Messung von 1999 resultierte sogar eine Höhe von 4110 m ü. M.. Diese neuen Messwerte wurden jedoch nicht auf den amtlichen Karten berücksichtigt. Für diese abweichenden Werte sind nicht nur Messfehler verantwortlich, sondern auch die Tatsache, dass der Mönch eine Kuppe aus Firn besitzt, welche in den letzten Jahren gewachsen ist.

 

Name

 

Am Fusse des Mönchs befinden sich Alpweiden, auf welchen früher Wallache, sogenannte „Münche“, gesömmert wurden. So hat man den über den Münchenalpen gelegenen Berg Münchenberg genannt und schliesslich nur noch Münch oder Mönch.

 

Routen

 

Südarm des Ostgrates (Normalroute)

 

Schwierigkeit: ZS-, mit II. UIAA-Grad Felskletterei

Zeitaufwand: 2½–3½ Std. von der Mönchsjochhütte, 3–4 Std. vom Jungfraujoch

Ausgangspunkt: Mönchsjochhütte (3657 m ü. M.)

Talort: Grindelwald (1034 m ü. M.)

 

Südwestgrat

 

Schwierigkeit: ZS-, mit III-. UIAA-Grad Felskletterei

Zeitaufwand: 3–4 Stunden

Ausgangspunkt: Jungfraujoch (3454 m ü. M.)

Talort: Grindelwald (1034 m ü. M.)

 

Nordostarm des Ostgrates

 

Schwierigkeit: ZS, mit III+. UIAA-Grad Felskletterei

Zeitaufwand: 4–5 Stunden

Ausgangspunkt: Mönchsjochhütte (3657 m ü. M.)

Talort: Grindelwald (1034 m ü. M.)

 

Nordostgrat

 

Schwierigkeit: ZS

Zeitaufwand: 4–5 Stunden

Ausgangspunkt: Mönchsjochhütte (3657 m ü. M.)

Talort: Grindelwald (1034 m ü. M.)

 

Nordwestbollwerk (Nollen)

 

Schwierigkeit: S

Zeitaufwand: 6–10 Stunden

Ausgangspunkt: Guggihütte (2791 m ü. M.)

Talort: Kleine Scheidegg (2061 m ü. M.)

 

(Wikipedia)

 

Die Jungfrau ist ein Berg in der Schweiz. Sie ist mit 4158 m ü. M. der dritthöchste Berg der Berner Alpen und bildet zusammen mit Eiger und Mönch eine markante Dreiergruppe, ein sogenanntes «Dreigestirn».

 

Am 13. Dezember 2001 wurde die Jungfrau zusammen mit südlich angrenzenden Gebieten als Schweizer Alpen Jungfrau-Aletsch in die Liste als UNESCO-Weltnaturerbe aufgenommen.

 

Lage und Umgebung

 

Über den Jungfrau-Gipfel verläuft die Grenze zwischen den Kantonen Bern und Wallis. Der Berg ist ausserordentlich vielgestaltig. Im Norden und Nordwesten, auf ihrer „weiblichen“ Schauseite (vgl. Foto) sind ihr Wengen-Jungfrau, Schneehorn, das Silberhorn, das Chly Silberhoren und der „Schwarzmönch“ vorgelagert sowie die zerrissenen Kühlauenen- und Giessengletscher. Im Westen erhebt sie sich fast eisfrei volle 3250 Meter über dem hinteren Lauterbrunnental. Es ist dies (nach dem Mont Blanc) der zweithöchste direkte Abhang in den Alpen. Ihre Südwand erhebt sich über dem versteckten Rottalgletscher und ihre Ostwand über den Firnen am Jungfraujoch.

 

Die Pläne, auf die Jungfrau eine Bergbahn zu bauen, wurden aufgrund finanzieller Schwierigkeiten nicht realisiert. Die ursprünglich bis unter den Gipfel geplante Jungfraubahn wurde bis 1912 mit Endstation Jungfraujoch fertiggestellt.

 

Auf dem untersten Absatz des Nordostgrats haben die PTT einen Funk-Umsetzer auf 3777 m ü. M. installiert.

 

Geologie

 

Die Jungfrau liegt im nördlichen Randbereich des Aarmassivs, eines der sogenannten Zentralmassive der Schweizer Alpen. Ihre höheren Lagen (Silberhorn, Wengen-Jungfrau und Hauptgipfel) sowie ihre Westflanke bis hinunter zum oberen Ende des Lauterbrunnentals sind weit überwiegend aus kristallinem Grundgebirge (prä-triassische Gneise, Glimmerschiefer u. ä.) der Helvetischen Zone aufgebaut. Die Nordwestflanke hingegen, der ganze «Vorbau» (Schwarzmönch, Rotbrett und Schneehorn) besteht aus sedimentärem, überwiegend jurassischem und kretazischem Deckgebirge des Helvetikums. Eine Besonderheit der Jungfrau ist, dass dort zwischen dem prinzipiell autochthonen Gipfel-Kristallin und dessen Deckschichten ein Überschiebungs-kontakt besteht; somit ist das Grundgebirge geringfügig auf sein Deckgebirge überschoben worden.

 

Name

 

Der Name Jungfrau dürfte sich von der Wengernalp am Fusse des Berges ableiten, die – nach den Besitzerinnen, den Nonnen vom Kloster Interlaken – früher Jungfrauenberg genannt wurde. Einer anderen Quelle zufolge leitet sich der Name vom Aussehen des Nordhanges des Berges ab, der aus der Ferne dem Schleier eines Mädchens ähneln soll.

 

Nach dem Berg ist die Jungfrau-Region benannt, die Tourismusorganisation der Orte Grindelwald, Wengen, Mürren und Lauterbrunnen, ausserdem die Jungfraubahn Holding AG, die neben der Jungfraubahn selbst auch die anderen Bergbahnen in der Region betreibt.

 

Besteigungsgeschichte

 

Bergsteiger auf dem Gipfel im Jahr 1878

Erstbesteiger waren Johann Rudolf Meyer und sein Bruder Hieronymus mit den Führern Joseph Bortis und Alois Volken, die am 3. August 1811 vom Lötschental her den Berg von Süden erklommen hatten. Sie folgten ungefähr der heutigen Normalroute. Der Volksmund taufte daraufhin die bis dahin unberührte Jungfrau «Madame Meyer».

 

1874 erfolgte die Winter-Erstbesteigung durch die Alpinistin Margaret Claudia Brevoort.

 

Die Jungfrau gilt, obwohl leicht erreichbar, als unfallträchtiger Berg. Bei einem der schwersten Unglücke stürzten am 12. Juli 2007 sechs Rekruten der Gebirgsspezialisten-Rekrutenschule Andermatt vom Rottalsattel 1000 Meter auf den darunterliegenden Rottalgletscher in den Tod, nachdem sie eine Lawine ausgelöst hatten. Das urteilende Militärgericht ging von einem falsch eingeschätzten, heimtückischen Lawinenrisiko aus und sprach in der Folge die verantwortlichen Bergführer frei.

 

Routen

 

Rottalsattel und Südostgrat (Normalroute)

 

Schwierigkeit: ZS-

Zeitaufwand: 4–5 Std. von der Mönchsjochhütte, 3½–4½ Std. vom Jungfraujoch

Ausgangspunkt: Mönchsjochhütte (3657 m)

Talort: Grindelwald (1034 m)

 

Innere Rottalgrat

 

Schwierigkeit: ZS

Zeitaufwand: 6–7 Stunden

Ausgangspunkt: Rottalhütte (2755 m)

Talort: Stechelberg (919 m)

 

Nordwestgrat oder „Rotbrettgrat“

 

Schwierigkeit: S

Zeitaufwand: 8–12 Stunden

Ausgangspunkt: Silberhornhütte (2663 m)

Talort: Stechelberg (919 m)

 

Nordostgrat

 

Schwierigkeit: S+, mit IV. UIAA-Grad Felskletterei

Zeitaufwand: 8–10 Stunden

Ausgangspunkt: Jungfraujoch (3454 m)

Talort: Grindelwald (1034 m)

 

Kunst

 

Erwähnt ist die Jungfrau unter anderem bei Friedrich Schiller, Wilhelm Tell, Vers 628 (1804). Lord Byrons Drama Manfred (1817) spielt am Fuss und auf dem Gipfel des Massivs. Ferdinand Hodler hat die Jungfrau mehrfach gemalt, darunter die perspektivisch verfremdete «Jungfrau über dem Nebelmeer». Alex Diggelmann gab 1958 eine Lithographienmappe unter dem Titel Die Jungfrau, mein Berg heraus. Stephan Bundi gestaltete 2005 eine Schweizer Gedenkmünze mit dem Bergmotiv.

 

Im Januar 2012 wurde zum 100-jährigen bestehen der Jungfraubahn eine übergrosse Schweizer Flagge vom Lichtkünstler Gerry Hofstetter an den Gipfel projiziert. Zeitweise waren neben dem Schweizer Kreuz auch ein Porträt des Zürcher Unternehmers Adolf Guyer-Zeller sowie ein Bild von einem der Züge zu sehen.

 

(Wikipedia)

 

Das Morgenberghorn ist ein 2249 m ü. M. hoher Berg am Südufer des Thunersees im Berner Oberland in der Schweiz. Es liegt im Westen des Saxettals.

 

Der Gipfel des Morgenberghorns ist nur zu Fuss erreichbar. Der Aufstieg erfordert keine Bergsteigerkenntnisse, jedoch Trittsicherheit. Aufstiegsmöglichkeiten bestehen ab Leissigen und Aeschi über den Nordwestgrat und von Saxeten aus über den Rengglipass und den Südgrat. Der Nordostgrat von Interlaken aus weist sehr schmale und ausgesetzte Stellen auf und ist keine offizielle Aufstiegsroute.

 

Südlich des Morgenbergs erhebt sich die Schwalmere (2777 m ü. M.), durch den Rengglipass (1879 m ü. M.) getrennt.

 

(Wikipedia)

 

Das Saxettal ist ein Tal am Nordrand der Berner Alpen in der Schweiz.

 

Geografie

 

Das Tal liegt zum grössten Teil im Gebiet der Gemeinde Saxeten und hat eine Länge von acht Kilometern. Es befindet sich im nordwestlichen Teil der Lütschinentäler und ist von Südwesten nach Nordosten gerichtet. Der Saxetbach mündet bei Wilderswil in die Lütschine. Das Gebiet der Gemeinde Wilderswil umfasst den unteren Abschnitt des Tales und des Saxetbachs.

 

Im Südosten, im Süden und im Nordwesten ist das Tal von hohen Bergketten abgeschlossen. Zur Bergreihe im Südosten, die das Saxettal vom Soulstal abgrenzt, gehören der Bällehöchst (2095 m ü. M.), die Sulegg (2413 m ü. M.) und das Kleine Lobhorn (2519 m ü. M.). Der nördliche Vorgipfel der Schwalmere (2725 m ü. M.) im Süden ist die höchste Erhebung am Saxettal. Das Morgenberghorn (2249 m ü. M.) liegt ganz im Westen des Tals. Den Sattel zwischen Schwalmere und Morgenberghorn überquert der Wanderweg über den Rengglipass (1884 m ü. M.). Vom Morgenberghorn zieht sich die mehrere Kilometer lange, scharfe Gratkante des Leissiggrats und des Därliggrats über dem Saxettal zum Birchizand (2095 m ü. M.) hin, von wo aus sich der Bergrücken zum Rugen bei Interlaken senkt. Der Leissiggrat trennt das Saxettal vom Becken des Thunersees im Norden.

 

Das Saxettal ist von Wilderswil aus bis zur Ortschaft Saxeten mit einer Kantonsstrasse erschlossen. Von Wilderswil und Saxeten aus führen Bergwege auf die umliegenden Höhen und Aussichtsberge und zudem über den Rengglipass sowie bei der Suls-Lobhornhütte in die Nachbartäler.

 

Unterhalb der Hochgebirgsregion ist das Saxettal zum grössten Teil von Wald bedeckt. Der Bergwald schützt auch die Siedlungen und die Talstrasse vor Naturgefahren. Im oberen Talbereich liegen Wiesen und Weidegebiet bei Saxeten und auf höheren Landschaftsstufen mehrere Alpweiden (Bergschaft Bällen und Bergschaft Innerberg).

 

Im Saxettal betreiben die Industriellen Betriebe Interlaken (IBI) Kleinkraftwerke an den Trinkwasserleitungen.

 

(Wikipedia)

Afghan National Army Counter IED specialist is pictured during a training exercise in Afghanistan.

 

Members of the UK's Explosive Ordnance Disposal & Search Task Force (EOD&S TF) are stepping back from their frontline role to develop the Afghan National Army's counter IED capability.

 

British advisors have been deployed to train, mentor and 'authorise-for-action' Afghan National Army Explosive Hazard Reduction Teams (EHRTs). The Afghan National Army (ANA) soldiers complete an initial four week course provided by US forces before graduating onto the advanced training given by British specialists.

 

They are put through their paces by an experienced instructor pairing from EOD & Search to ensure they are confident, methodical, professional and aware of current threats. To complete the course the ANA team have to pass three assessed tasks either in camp or 'live' on patrol before they can be utilised as a team.

 

Photographer: Cpl Paul Morrison RLC

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ARC Identifier: 531370

Title: A grief stricken American infantryman whose buddy has been killed in action is comforted by another soldier. In the background a corpsman methodically fills out casualty tags, Haktong-ni area, Korea., 08/28/1950

   

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Creator: Department of Defense. Department of the Army. Office of the Chief Signal Officer. (09/18/1947 - 02/28/1964) ( Most Recent)

 

Type of Archival Materials:

Photographs and other Graphic Materials

Level of Description:

Item from Record Group 111: Records of the Office of the Chief Signal Officer, 1860 - 1982

 

Location: Still Picture Records LICON, Special Media Archives Services Division (NWCS-S), National Archives at College Park, 8601 Adelphi Road, College Park, MD 20740-6001 PHONE: 301-837-3530, FAX: 301-837-3621, EMAIL: stillpix@nara.gov

Production Date: 08/28/1950

 

Part of: Series: Signal Corps Photographs of American Military Activity, 1754 - 1954

 

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General Note: Use War and Conflict Number 1459 when ordering a reproduction or requesting information about this image.

 

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NAIL Control Number: NWDNS-111-SC-347803

Local Identifier: NWDNS-111-SC-347803

  

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Copy Status: Preservation-Reproduction

Storage Facility: National Archives at College Park - Archives II (College Park, MD)

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Chang, Al. Sergeant First Class, Photographer

  

1797 portrait owned by Alexander Hamilton, who was given it by William Constable.

 

"Gilbert Charles Stuart (born Stewart; December 3, 1755 – July 9, 1828) was an American painter from Rhode Island who is widely considered one of America's foremost portraitists.[2] His best known work is the unfinished portrait of George Washington that is sometimes referred to as The Athenaeum, begun in 1796. Stuart retained the portrait and used it to paint 130 copies which he sold for $100 each. The image of George Washington featured in the painting has appeared on the United States one-dollar bill for more than a century[2] and on various U.S. postage stamps of the 19th century and early 20th century.[3]

Stuart produced portraits of more than 1,000 people, including the first six Presidents.[4] His work can be found today at art museums throughout the United States and the United Kingdom, most notably the Metropolitan Museum of Art and Frick Collection in New York City, the National Gallery of Art in Washington, D.C., the National Portrait Gallery, London, Worcester Art Museum in Massachusetts, and the Museum of Fine Arts in Boston.[5]" — Wikipedia [accessed 5-30-19]

  

Excerpt from American Leaders and Heroes: A Preliminary Text-Book in United States History By Wilbur F. Gordy (New York, Charles Scribner's Sons, 1907, public domain):

 

CHAPTER XV

 

We left George Washington at Mount Vernon, his extensive plantation on the Virginia bank of the Potomac River. After his marriage with Mrs. Custis, who had large property of her own, Washington became a man of much wealth. He was at one time one of the largest landholders in America. As a manager of all this property, he had much to do. Let us delay our story a little to get a glimpse of the life led by him and other Virginia planters of his time.

 

The plantations were scattered along the rivers, sometimes many miles apart, with densely wooded stretches of land lying between. Each planter had his own wharf whence vessels, once a year, carried away his tobacco to England, and brought back in exchange whatever manufactured goods he required.

 

Nearly all his needs could be supplied at his wharf or on his plantation. His slaves included not only[Pg 190] workers in large tobacco-fields, but such skilled workmen as millers, weavers, tailors, wheelwrights, coopers, shoemakers, and carpenters. Washington said to his overseers, "Buy nothing that you can make within yourselves." Indeed, each plantation was a little world in itself. Hence towns containing shops with goods and supplies of various kinds did not spring up much in Virginia.

 

The mansion of the planter, built of brick or wood and having at either end a huge chimney, was two stories high, with a large veranda outside and a wide hall-way inside. Near by were the storehouses, barns, workshops, and slave quarters. These last consisted of simple wooden cabins surrounded by gardens, where the negroes raised such things as vegetables and water-melons for their own use. In fact, the mansion and all the buildings clustered about it looked like a village. Here we could have seen, at all hours of the day, swarms of negro children playing happily together.

 

The planter spent most of his time in the open air, with his dogs and his horses. Washington gave to his horses rather fanciful names, such as Ajax, Blueskin, Valiant, and Magnolia, and to his dogs, Vulcan, Sweetlips, Ringwood, Forrester, and Rockwood. Out-door recreations included fishing, shooting, and horse-racing.

 

Washington's Coach. Washington's Coach.

Although life on the plantation was without luxury, there was everywhere a plain and homely abundance.[Pg 191] Visitors were sure to meet a cordial welcome. It was no uncommon thing for a planter to entertain an entire family for weeks, and then to pay a similar visit in return with his own family. Social life absorbed much of Washington's time at Mount Vernon, where visitors were nearly always present. The planter, often living many miles away from any other human habitation, was only too glad to have a traveller spend the night with him and give news of the outside world. Such a visit was somewhat like the coming of the newspaper into our homes to-day.

 

A Stage Coach of the Eighteenth Century. A Stage Coach of the Eighteenth Century.

We must remember that travelling was no such simple and easy matter then as it is now. As the planters in Virginia usually lived on the banks of one of the many rivers, the simplest method of travel was by boat, up or down stream. There were cross-country roads, but these at best were rough, and sometimes full of roots and stumps. Often they were nothing more than forest paths. In trying to follow such roads the traveller at times lost his way and occasionally had to spend a night in the woods. But with even such makeshifts for roads, the planter had his lumbering old coach to which, on state occasions, he harnessed six horses and drove in great style.

 

Washington was in full sympathy with this life, and[Pg 192] threw himself heartily into the work of managing his immense property. He lived up to his favorite motto, "If you want a thing done, do it yourself." He kept his own books, and looked with exactness after the smallest details.

 

He was indeed one of the most methodical of men, and thus accomplished a marvellous amount of work. By habit an early riser, he was often up before daylight in winter. On such occasions he kindled his own fire and read or worked by the light of a candle. At seven in summer and at eight in winter he sat down to a simple breakfast, consisting of two cups of tea, and hoe-cakes made of Indian meal. After breakfast he rode on horseback over his plantation to look after his slaves, often spending much of the day in the saddle superintending the work. At two he ate dinner, early in the evening he took tea, and at nine o'clock went to bed.

 

As he did not spare himself, he expected faithful service from everyone. But to his many slaves he was a kind master, and he took good care of the sick or feeble. It may be a comfort to some of us to learn that Washington was fonder of active life than of reading books, for which he never seemed to get much time. But he was even less fond of public speaking. Like some other great men, he found it difficult to stand up before a body of people and make a speech. After his term of service in the French and Indian War he was elected to the House of Burgesses, where he received a vote of thanks for his brave military ser[Pg 193]vices. Rising to reply, Washington stood blushing and stammering, without being able to say a word. The Speaker, equal to the occasion, said with much grace, "Sit down, Mr. Washington, your modesty equals your valor, and that surpasses the power of any language to express."

 

While for many years after the close of the Last French War this modest, home-loving man was living the life of a high-bred Virginia gentleman, the exciting events which finally brought on the Revolution were stirring men's souls to heroic action. It was natural, in these trying days, that his countrymen should look for guidance and inspiration to George Washington, who had been so conspicuous a leader in the Last French War.

 

He represented Virginia at the first meeting of the Continental Congress in 1774, going to Philadelphia in company with Patrick Henry and others. He was also a delegate from his colony at the second meeting of the Continental Congress in May, 1775. On being elected by this body Commander-in-Chief of the American army, he at once thanked the members for the election, and added, "I do not think myself equal to the command I am honored with." He also refused to receive any salary for his services, but said he would keep an account of the expenses he might incur, in order that these might be paid back to him.

 

On the 21st of June Washington set out on horseback from Philadelphia, in company with a small body of horsemen, to take command of the American army[Pg 194] around Boston. Not long after starting they met a messenger bringing in haste the news of the Battle of Bunker Hill. Washington eagerly asked, "Did the Americans stand the fire of the regular troops?" "Yes," was the proud answer. "Then," cried Washington, gladly, "the liberties of the country are safe!"

 

Three days later, about four o'clock on Sunday afternoon, he reached New York, where he met with a royal welcome. Riding in an open carriage drawn by two white horses, he passed through the streets, escorted by nine companies of soldiers on foot. Along the route the people, old and young, received him with enthusiasm. At New Haven the Yale College students came out in a body, keeping step to the music of a band of which Noah Webster, the future lexicographer, then a freshman, was the leader. On July 2d, after arriving at the camp in Cambridge, Washington received an equally enthusiastic welcome from the soldiers.

 

Next day General Washington rode out on horseback and, under the famous elm still standing near Harvard University, drew his sword and took command of the American army. He was then forty-three years old, with a tall, manly form and a noble face. He was good to look at as he sat there, a perfect picture of manly strength and dignity, wearing an epaulet on each shoulder, a broad band of blue silk across his breast, and a three-cornered hat with the cockade of liberty in it.[Pg 195]

 

Now came the labor of getting his troops into good condition for fighting battles, for his army was one only in name. These untrained men were brave and willing, but without muskets and without powder, they were in no condition for making war on a well-equipped enemy.

 

Moreover, the army had no cannon, without which it could not hope to succeed in an attack upon the British troops in Boston. By using severe measures, however, Washington soon brought about much better discipline. But with no powder and no cannon, he had to let the autumn and the winter slip by before making any effort to drive the British army out of Boston. When cannon and other supplies were at last brought down from Ticonderoga on sledges drawn by oxen, the alert American General fortified Dorchester Heights, which overlooked the city, and forced the English commander to sail away with all his army.

 

Washington believed that the next movement of the British would be to get control of the Hudson River and the Middle States. So he went promptly to New York in order to defend it against attack. But still his army was weak in numbers as well as in provisions, equipment, and training.

 

Washington had only about 18,000 men to meet General Howe, who soon arrived off Staten Island with a large fleet and 30,000 men. Not knowing where the British General would strike first, Washington had to be on his guard at many points. He had to prepare a defence of a line of twenty miles. He[Pg 196] also built, on opposite sides of the Hudson River just above New York, Forts Lee and Washington.

 

Map Illustrating the Battle of Long

Island. Map Illustrating the Battle of Long Island.

When Brooklyn Heights, on Long Island, had been fortified, General Putnam went with half the army to occupy them. On August 27th General Howe, with something like 20,000 men, attacked a part of these forces and defeated them. If he had continued the battle by marching at once against the remainder, he might have captured all that part of Washington's army under Putnam's command. He might, also, have captured Washington himself, who, during the heat of the battle, had crossed over to Long Island.

 

If Howe had done this, he might have ended the war at one stroke. But his men had fought hard at the end of a long night-march and needed rest. Besides, he thought it would be easy enough to capture the Americans without undue haste. For how could they escape? Soon the British vessels would sail up and get between them and New York, when, of course, escape for Washington and his men would be impossible. This all seemed so clear to the easy-going General Howe that he gave his tired men a rest after the battle on the 27th. On[Pg 197] the 28th a heavy rain fell, and on the 29th a dense fog covered the island.

 

But before midday of the 29th some American officers riding down toward the shore, noticed an unusual stir in the British fleet. Boats were going to and fro, as if carrying orders. "Very likely," said these officers to Washington, "the English vessels are to sail up between New York and Long Island, to cut off our retreat." As that was also Washington's opinion, he secured all the boats he could find for the purpose of trying to make an escape during the night.

 

It was a desperate undertaking. There were 10,000 men, and the width of the river at the point of crossing was nearly a mile. It would seem hardly possible that such a movement could, in a single night, be made without discovery by the British troops, who were lying in camp but a short distance away. The night must have been a long and anxious one for Washington, who stayed at his post of duty on the Long Island shore until the last boat of the retreating army had pushed off. The escape was a brilliant achievement and saved the American cause.

 

But this was only the beginning of Washington's troubles in this memorable year, 1776. As the British now occupied Brooklyn Heights, which overlooked New York, the Americans could not hold that place, and in a short time they had to withdraw, fighting stubbornly as they slowly retreated. Washington crossed over to the Jersey side of the Hudson, and left General Charles Lee with half the army at North[Pg 198] Castle. The British captured Forts Lee and Washington, with 3,000 men, inflicting a severe loss upon the American cause. The outlook was gloomy, but more trying events were to follow.

 

In order to prevent the British from capturing Philadelphia, Washington put his army between them and that city. The British began to move upon him. Needing every soldier that he could get, he sent orders to General Lee to join him. Lee refused to move. Again and again Washington urged Lee to come to his aid. Each time Lee disobeyed. We now know that he was a traitor, secretly hoping that Washington might fail in order that he himself, who was second in command, might become Commander-in-Chief of the American army.

 

Lee's disobedience placed Washington in a critical position. In order to save his army from capture, Washington had to retreat once more, this time across New Jersey toward Philadelphia. As the British army, in every way superior to Washington's, was close upon the Americans, it was a race for life. Sometimes the rear-guard of the Americans was just leaving a burning bridge when the van of the British army could be seen approaching. But by burning bridges and destroying food supplies intended for the British, Washington so delayed them that they were nineteen days in marching about sixty miles.

 

Nevertheless the situation for the Americans was still desperate. To make matters worse, Washington saw his army gradually melting away by desertion.[Pg 199] When he reached the Delaware River it numbered barely 3,000 men.

 

WASHINGTON'S RETREAT THROUGH NEW JERSEY. WASHINGTON'S RETREAT THROUGH NEW JERSEY.

[Pg 200]

 

Having collected boats for seventy miles along the Delaware, Washington succeeded in safely crossing it a little above Trenton, on December 8th. As the British had no boats, they were obliged to wait until the river should freeze, when they intended to cross in triumph and make an easy capture of Philadelphia.

 

To most people, in England and in America alike, the early downfall of the American cause seemed certain. General Cornwallis—who in May of this year had joined the British army in America—was so sure that the war would soon come to an end, that he had already packed some of his luggage and sent it aboard ship, with the intention of returning to England at an early day.

 

But Washington had no thought of giving up the struggle. Far from being disheartened, he confronted the gloomy outlook with all his energy and courage. Fearless and full of faith in the patriot cause, he watched with vigilance for an opportunity to turn suddenly upon his over-confident enemy and strike a heavy blow.

 

[Pg 201]

 

Map Illustrating the Struggle for the Hudson River and the Middle States. Map Illustrating the Struggle for the Hudson River and the Middle States.

[Pg 202]

 

Such an opportunity shortly came to him. The British General had carelessly separated his army into several divisions and scattered them at various points in New Jersey. One of these divisions, consisting of Hessians, was stationed at Trenton. Washington's quick eye noted this blunder of the British General, and he resolved to take advantage of it by attacking the Hessians at Trenton on Christmas night. Having been re-enforced, he now had an army of 6,000 and was therefore in a better condition to risk a battle. With 2,400 picked men he got ready to cross the Delaware River at a point nine miles above Trenton. There was snow on the ground, and the weather was bitterly cold. As the soldiers marched to the place of crossing, some of them with feet almost bare left bloody footprints along the route.

 

At sunset the troops began to cross. It was a terrible night for such an undertaking. Angry gusts of wind, and great blocks of ice swept along by the swift current, threatened every moment to dash in pieces the frail boats. From the Trenton side of the river, General Knox, who had been sent ahead by Washington, loudly shouted to let the struggling boatmen know where to land. Ten hours were consumed in the crossing. Much longer must the time have seemed to Washington, as he stood in the midst of the wild storm, his heart full of mingled anxiety and hope.

 

It was not until four o'clock in the morning that the troops were ready to march upon Trenton, nine miles away. As they advanced, a fearful storm of snow and sleet beat upon the already weary men. But they pushed forward, and surprised the Hessians at Trenton soon after sunrise, easily capturing them after a short struggle.

 

Washington had brought hope to every patriot heart. The British were amazed at the daring feat, and Cornwallis decided to make a longer stay in[Pg 203] America. He soon advanced with a superior force against Washington, and at nightfall, January 2, 1777, took his stand on the farther side of a small creek. "At last," said Cornwallis, "we have run down the old fox, and we will bag him in the morning."

 

But Washington was too sly a fox for Cornwallis to bag. During the night he led his army around Cornwallis's camp, and pushing on to Princeton defeated the rear-guard, which had not yet joined the main body. He then retired in safety to his winter quarters among the hills about Morristown. During this fateful campaign Washington had handled his army in a masterly way. He had begun with defeat and had ended with victory.

 

In 1777 the British planned to get control of the Hudson River, and thus cut off New England from the other States. In this way they hoped so to weaken the Americans as to make their defeat easy. Burgoyne was to march from Canada, by way of Lake Champlain and Fort Edward, to Albany, where he was to meet not only a small force of British under St. Leger from the Mohawk Valley, but also the main army of 18,000 men, under General Howe, which was expected to sail up the Hudson from New York. The British believed that this plan would be easily carried out and would soon bring the war to a close.

 

[Pg 204]

 

WINTER AT VALLEY FORGE. WINTER AT VALLEY FORGE.

 

The Relief.

[Pg 205]

 

And this might have happened if General Howe had not failed to do his part. Instead of going up to meet and help Burgoyne, however, he tried first to march across New Jersey and capture Philadelphia. But when he reached Morristown, he found Washington in a stronghold where he dared not attack him. As Washington would not come out and risk an encounter in the open field, and as Howe was unwilling to continue his advance with the American army threatening his rear, he returned to New York. Still desirous of reaching Philadelphia, however, he sailed a little later, with his army, to Chesapeake Bay. The voyage took him two months.

 

When at length he advanced toward Philadelphia, he found Washington ready to dispute his progress at Brandywine Creek. There a battle was fought, resulting in the defeat of the Americans. But Washington handled his army with such skill that Howe spent two weeks in reaching Philadelphia, only twenty-six miles away.

 

When Howe arrived at the city he found out that it was too late to send aid to Burgoyne, who was now in desperate straits. Washington had spoiled the English plan, and Burgoyne, failing to get the much-needed help from Howe, had to surrender at Saratoga (October 17, 1777) his entire army of 6,000 regular troops. This was a great blow to England, and resulted in a treaty between France and America. After this treaty, France sent over both land and naval forces, which were of much service to the American cause.

 

At the close of 1777 Washington retired to a strong position among the hills at Valley Forge, on the Schuylkill River, about twenty miles northwest of Philadelphia. Here his army spent a winter of terrible[Pg 206] suffering. Most of the soldiers were in rags, only a few had bed-clothing, and many had not even straw to lie upon at night. Nearly 3,000 were barefoot. More than this, they were often for days at a time without bread. It makes one heartsick to read about the sufferings of these patriotic men during this miserable winter. But despite all the bitter trials of these distressing times, Washington never lost faith in the final success of the American cause.

 

A beautiful story is told of this masterful man at Valley Forge. When "Friend Potts" was near the camp one day, he heard an earnest voice. On approaching he saw Washington on his knees, his cheeks wet with tears, praying to God for help and guidance. When the farmer returned to his home he said to his wife: "George Washington will succeed! George Washington will succeed! The Americans will secure their independence!" "What makes thee think so, Isaac?" inquired his wife. "I have heard him pray, Hannah, out in the woods to-day, and the Lord will surely hear his prayer. He will, Hannah; thee may rest assured He will."

 

We may pass over without comment here the events between the winter at Valley Forge and the Yorktown campaign, which resulted in the surrender of Cornwallis with all his army. Even when not engaged in fighting battles, Washington was the soul of the American cause, which could scarcely have succeeded without his inspiring leadership. But there is yet one more military event—the hemming in of Cornwallis at York[Pg 207]town,—for us to notice briefly before we take leave of Washington.

 

When at the close of his fighting with General Greene in the South, Cornwallis marched northward to Yorktown, Washington, with an army of French and American troops, was encamped on the Hudson River. He was waiting for the coming of a French fleet to New York. On its arrival he expected to attack the British army there by land, while the fleet attacked it by sea.

 

Upon hearing that the French fleet was on its way to the Chesapeake, Washington thought out a brilliant scheme. This was to march his army as quickly and as secretly as possible to Yorktown, a distance of 400 miles, there to join Lafayette and to co-operate with the French fleet in the capture of Cornwallis. The scheme succeeded so well that Cornwallis surrendered his entire army of 8,000 men on October 19, 1781.

 

This was the last battle of the war, although the treaty of peace was not signed until 1783. By that treaty the Americans won their independence from England. The country which they could now call their own extended from Canada to Florida, and from the Atlantic Ocean to the Mississippi River.

 

Washington, tired of war, was glad to become a Virginia planter once more. But he was not permitted to live in quiet. After his retirement from the army his home became, as he himself said, a well-resorted tavern. Two years after the close of the Revolution he wrote in his diary: "Dined with only Mrs. Washing[Pg 208]ton, which I believe is the first instance of it since my retirement from public life."

 

When, on the formation of the Constitution of the United States, the American people looked about for a President, all eyes naturally turned to George Washington. He was elected without opposition and was inaugurated at New York, then the capital of the United States, on April 30, 1789.

 

Washington's Home—Mount Vernon. Washington's Home—Mount Vernon.

His life as President was one of dignity and elegance. It was his custom to pay no calls and accept no invitations, but between three and four o'clock on every Tuesday afternoon he held a public reception. On such occasions he appeared in court-dress, with powdered hair, yellow gloves in his hand, a long sword in[Pg 209] a scabbard of white polished leather at his side, and a cocked hat under his arm. Standing with his right hand behind him, he bowed formally as each guest was presented to him.

 

After serving two terms as President with great success he again retired in 1797 to private life at Mount Vernon. Here he died on December 14, 1799, at the age of sixty-seven, loved and honored by the American people.

 

illus204

 

P1270060

www.phaselis.org/en/about/about-project

Phaselis Research

 

Phaselis

 

When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.

 

This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.

 

Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.

 

By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.

 

Phaselis Territorium

 

The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.

 

Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.

 

PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.

 

Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.

  

en.wikipedia.org/wiki/Phaselis

 

Not even close. Fan? :)

 

Beren D'Amico of Barely Methodical Troupe @bmtroupe www.barelymethodical.com

It was neat watching this photographer work. He didn't seem to mind me walking beside him and observing him in action.

 

He had a quick but methodical approach to framing shots of individuals or small groups within the larger Sensoji crowd. I was a little surprised by how many shots he was taking. He would walk a couple steps while hunting for interesting people in the crowd > pause > frame > shoot > wind > drop his camera to the level you are seeing in this picture and then repeat this process at a 1 shot per 5 - 15 secs interval. I suppose the rate seemed particularly quick considering he was shooting film but I suppose when you are shooting with a leica, the cost of film isn't your top concern.

 

On a separate but related note, I have never seen so many leica's in my life. Both as stock for sale in the multitude of fabulous Tokyo camera shops and as jewels hanging from the necks of tourists and locals alike. Luxury is odd.

Indian Cuckoo (Cuculus micropterus)

 

The generic name derives from the onomatopoeic name for a cuckoo, based on the bird's call, in Old English = coccou or cukkow, in French = coucou and in Greek = kokkux or kokkyx. The specific name results from a combination of two Greek words: micro = little or very small and ptero = wing. Together, the name literally means "small winged cuckoo" which is reflected in an early common name.

 

Other common names: Short-winged Cuckoo, Indian Hawk-Cuckoo.

 

Taxonomy: Cuculus micropterus Gould 1837, Himalayas.

 

Sub-species & Distribution: Two races are recognised, both of which are found in this region:

 

micropterus Gould 1837, Himalayas. Ranges from India, Nepal, Bangladesh, Sri Lanka, Myanmar and Thailand, east to E China, Mongolia, Korea and E Russia. It winters south to the Andamans and Nicobars, West Malaysia, Singapore, Sumatra, Java, Borneo and the Philippines.

 

concretus S. Müller 1845, Borneo. This smaller resident form is found in Borneo, Sumatra and Java. It is also found from Phattalung, in S Thailand, south to Johore (Medway & Wells 1976).

 

Similar species: It is very similar to two other Cuculus species. The Common Cuckoo C. canorus does not occur in this region. The Oriental Cuckoo C. saturatus is a rare winter visitor and passage migrant. Both these birds do not have a broad black sub-terminal band, tipped with white, on the tail.

 

Size: 12½ to 13" (31 to 33 cm). Sexes differ slightly.

 

Description: Male: Head and neck dark ashy-grey tinged with brown, paler on the lores, chin, throat and upper breast. Remaining upperparts, scapulars and wing coverts dark ashy-brown, the primaries and secondaries similar but barred with white along the inner webs. Tail dark ashy-brown with a broad black sub-terminal band and tipped with white. Basally, the tail feathers have a series of alternating white and black bands, more on the outer feathers than the inner ones, often with white or rufous notches along both edges. Lower breast and abdomen creamy-white, boldly barred with dark blackish-brown bars, the vent, axillaries, undertail and underwing coverts more narrowly barred with blackish-brown.

 

Female: Very like the male, with the throat and breast tinged with rufous.

 

Immature birds: Juvenile birds appear largely white to rufous-white with dark brown bars on the head, nape, upper back, chin, throat, sides of neck and breast, the face and ear coverts less heavily marked. Remaining upperparts, including wing coverts more rufous, the feathers broadly edged with rufous-buff and tipped with white. Lower breast, belly and vent pale buffy-white, broadly barred with blackish-brown, more so on the flanks. The tail appears largely to be barred with rufous and black, with more numerous bars than adult have. They, too, like the adults, have a broad black sub-terminal tail band.

 

Gradually, the white and rufous edges on the upperparts disappear, the throat and upper breast turn ashy, and the bars on the underparts become more defined. Within five months of leaving the nest, the young are almost in adult plumage, the rufous band across the upper breast being ultimately lost except in females. However, they often have rufous or whitish tips to the flight feathers and upperwing coverts (Oates & Blanford 1895).

 

Soft parts: Iris dark yellowish-brown, orbital ring orange-yellow. Upper mandible black, lower mandible greenish-horn tipped with black, gape orange-yellow. Legs and feet orange-yellow, claws black.

 

Status, Habitat & Behaviour: A common winter visitor and passage migrant, is found throughout Singapore, the earliest date being 14th September, the latest date 19th May (Wang & Hails 2007). Between these two dates, this bird has not been recorded in Singapore, which suggests that C. m. concretus, the resident form found south to Johore in west Malaysia, does not occur in Singapore.

 

The nominate form is a vagrant to Borneo where C. m. concretus, a smaller and darker form, is also the resident race (Smythies & Davison 1999), up to 1100 m (3300 feet) in the Kelabit Highlands of Sarawak. In Sabah, it is found in primary, peatswamp and logged forests (Sheldon et. al. 2001).

 

In Singapore, it is more usually found in forests, along forest edges, in mangroves, secondary scrub and, occasionally, in gardens and parks (Wang & Hails 2007). In West Malaysia, both resident and migrant forms are found to 760 m (2500 feet), in the canopy of lowland and hill forests, as well as on offshore islands (Medway & Wells 1976). In India and Nepal, where it is very common in summer, it can be found in fairly wooded country to 2300 m, even up to 3700 m (Baker 1927).

 

A solitary and shy bird, it is generally found singly and easily overlooked, keeping to the treetops or flying hawk-like over the forest canopy. During the breeding season, however, it becomes very vocal, calling incessantly during the early hours of dawn and again at dusk, far into the night, especially on moonlit nights, even calling on the wing during courtship chases (Ali & Ripley 1969).

 

Food: It mainly eats caterpillars, ants, locustids, fruit, butterflies and grasshoppers (Smythies 1968), sometimes coming down to the ground, hopping about awkwardly to pick up insects from within the leaf litter (Ali & Ripley 1969). In Singapore, it was found feeding at a termite hatch (Subaraj 2008).

 

Voice and Calls: In India, its most common four-note call is a fine melodious pleasing whistle from which evolved some of its popular local names, Bo-kota-ko in Bengali (Jerdon 1862), Kyphulpakka (Oates & Blanford 1895), and the "Broken Pekoe" bird in English (Baker & Inglis 1930). The call has also been variously annotated by several other authors: as "crossword puzzle" (Ali & Ripley 1969), a far-carrying wa-wa-wa-wu (Medway & Wells 1976), a flute-like ko-ko-ta-ko (King, Woodcock & Dickinson 1975), as reminiscent of the beginning of Beethoven's 5th symphony (Sheldon et. al. 2001). There are several other interpretations of its call (Tsang 2010).

 

In the Kelabit Highlands of Sarawak, its call was continuously heard in late February over sub-montane forest at 900 m (3000 feet). The loud four-note call was fairly musical, koh-koh-koh-kok, the first three syllables on the same pitch, the third sometimes higher, the last note always lower. It was persistently uttered for several minutes at a time, each burst of four-note lasting slightly over one second with about two seconds between each burst, occasional with a fifteen to thirty seconds break between each set of notes. Once or twice, it made a more rounded fluting and musical variation of the same four notes. Most of the time, the call was echoed, almost synchronously, by a four-note squeaking call, much more shrill and softer, sometimes in a lower key (Sreedharan 2005).

 

It usually calls from the tops of tall trees or when flying from tree to tree (Jerdon 1862), and much more persistently during breeding season, often calling all night long (Smythies 1968). The call is uttered intermittently for hours on end, for more than five minutes at a stretch, at about 23 calls per minute, and, while courting a nearby female, the wings are dropped, the tail spread wide and erected, the bird pivoting from side to side (Ali & Ripley 1969).

 

Breeding: Very little is known of the breeding of this Cuckoo. It is brood parasitic and, instead of building its own nest, it surreptitiously lays eggs in the nests of several host species, its choice of victim varying from location to location. The nominate form, C. m. micropterus, does not breed in our area. The local form, C. m. concretus breeds in peninsular Malaysia.

 

The breeding season varies from May to July in northern China, March to August in India, January to June in Burma and January to August in the Malay Peninsula.

 

In India, the host species are said to be Streaked Laughing-Thrush Garrulax lineatus, White-bellied Redstart Hodgsonius phoenicuroides, Indian Bush-Chat Saxicola torquata and Indian Blue Robin Luscinia brunnea, all of which lay blue or bluish eggs, similar to those of this Cuckoo (Baker 1927).

 

Additionally, it is said to victimise species such as Fork-tailed Drongo Dicrurus adsimilis, Ashy Drongo Dicrurus leucophaeus but other species, "in whose nests putative eggs of this cuckoo are claimed to have been found, or have been observed feeding its young", include the Asian Paradise-flycatcher Terpsiphone paradisi, the Streaked Spiderhunter Arachnothera magna and, in Sri Lanka, the Black-hooded Oriole Oriolus xanthornus (Ali & Ripley 1969).

 

Given the difficulty in determining the identity of young cuckoos, it is hardly surprising that these two authors have included a caveat, stating that the available data on the breeding biology of this bird, indeed, of all parasitic cuckoos are, "by and large, meagre, and of dubious authenticity. Most accounts are vague, largely conjectural and often contradictory. The whole subject calls for a more methodical de novo re-investigation".

 

Currently, this picture (Ong 2008), of a juvenile Indian Cuckoo fostered by a Black-and-yellow Broadbill Eurylaimus ochromalus provides the only incontrovertible evidence of a confirmed host in Malaysia. In Amurland, Siberia, its main host is the Brown Shrike Lanius cristatus, the cuckoo's eggs hatching in about 12 days, two to three days sooner than that of the shrike (Ali & Ripley 1969).

 

Oviduct eggs from females are said to be of two types: whitish with small reddish-brown dots, closely matching drongo eggs, or pale greyish-blue, like those of the Turdinae, the eggs c. 25 x 19 mm in size (Ali & Ripley 1969).

 

Migration: Seventeen night-flying migrants, attributed to C. m. micropterus, were caught at Fraser's Hill from 10th October to 27th November and 7th to 14th April between 1966 and 1969. Birds on passage were also collected in November at One Fathom Bank Lighthouse and on Rembia and Pisang islands. None of these belonged to the resident races have been handled (Medway & Wells 1976).

 

Moult: In the Family Cuculidae, moult strategy is quite complex, occasionally suspended. The primaries moult from two centres, P1 to P4 descendantly, P5 to P10 ascendantly. The secondaries, too, have two centres, S1 to S5 centripetally, S6 to S9 ascendant and alternate. Tail moult is irregular. They moult twice annually, undergoing a partial summer moult and a complete winter moult which finishes in early spring (Baker 1993).

 

None of the migrant birds from the off-shore sources were in moult. The migrants caught at Fraser's Hill in autumn were all in post-juvenile or adult plumage, indicating that the annual moult is completed in the breeding grounds, before they reach winter quarters (Medway & Wells 1976).

Teotihuacán [teotiwa'kan] was, at its height in the first half of the 1st millennium CE, the largest pre-Columbian city in the Americas. The name Teotihuacán is also used to refer to the civilization or culture that this city was the center of, which at its greatest extent included much of central Mexico. Its influence spread throughout Mesoamerica; evidence of Teotihuacano presence, if not outright political and economic control, can be seen at numerous sites in Veracruz and the Maya region.

 

The city was located in what is now the San Juan Teotihuacán municipality in the State of México, Mexico, approximately 40 km (about 24.8 miles) northeast of Mexico City. It covers a total surface area of 83 km² and was made a UNESCO World Heritage Site in 1987.

 

The name Teotihuacán was given by the Nahuatl-speaking Aztec centuries after the fall of the city. The term has been glossed as 'birthplace of the gods,' reflecting Nahua creation myths that took place in Teotihuacán. Another translation was offered by Thelma Sullivan, who interprets the name as "place of those who have the road of the gods."

 

The original name of the city is unknown, but it appears in hieroglyphic texts from the Maya region as 'puh', or Place of Reeds. This suggests that the Maya understood Teotihuacán as a 'Place of Reeds' similar to other Central Mexican settlements that took the name 'Tollan,' such as Tula-Hidalgo and Cholula. This naming convention led to much confusion in the early 20th century as scholars debated whether Teotihuacán or Tula-Hidalgo was the Tollan described by 16th century chronicles. It now seems clear that 'Tollan' may be understood as a generic term applied to any large settlement, rather like the modern expression "the Big Smoke". In the Mesoamerican concept of urbanism, Tollan and other language equivalents serve as a metaphor, linking the bundles of reeds and rushes that formed part of the lacustrine environment of the Valley of Mexico and the large gathering of people in a city

 

Origins and foundation

 

The early history of Teotihuacán is quite mysterious, and the origin of its founders is debated. For many years, archaeologists believed it was built by the Toltec people, an early Mexican civilization. This belief was based on Aztec writings which attributed the site to the Toltecs. However, the Nahuatl word "Toltec" means "great craftsman" and may not always refer to the Toltec civilization. Also, Teotihuacán predates the Toltec civilization, ruling them out as the city's founders. Other scholars have put forth the Totonac people as the founders of Teotihuacán, and the debate continues to this day. There is evidence that at least some of the people living in Teotihuacán came from areas influenced by the Teotihuacano civilization, including the Zapotec, Mixtec and Maya peoples. The culture and architecture of Teotihuacán was influenced by the Olmec people, who are considered to be the "mother civilization" of Mesoamerica. The earliest buildings at Teotihuacán date to about 200 BC, and the largest pyramid, the Pyramid of the Sun, was completed by 100 AD.

 

Zenith

 

The city reached its zenith between 150 and 450 CE, when it was the center of a powerful culture that dominated Mesoamerica, wielding power and influence comparable to ancient Rome. At its height the city covered over 30 km² (over 11½ square miles), and probably housed a population of over 150,000 people, possibly as many as 250,000. Various districts in the city housed people from across the Teotihuacano empire that spread south as far as Guatemala. Notably absent from the city are fortifications and military structures. Teotihuacán had a major influence on the Preclassic and Classic Maya, conquering several Maya centers including Tikal and influencing Maya culture. The Teotihuacano style of architecture was a major contribution to Mesoamerican culture. The stepped pyramids that were quite prominent in Maya and Aztec architecture came from Teotihuacán.[citation needed] This style of building was called "talud-tablero", where a rectangular panel (tablero) was placed over a sloping side (talud). The city was a center of industry, home to many potters, jewelers and craftsmen. Teotihuacán is known for producing a great number of obsidian artifacts. Unfortunately no ancient Teotihuacano non-ideographic texts are known to exist (or known to have existed), but mentions of the city in inscriptions from Maya cities show that Teotihuacán nobility travelled to and perhaps conquered local rulers as far away as Honduras. Maya inscriptions mention an individual nicknamed by scholars as "Spearthrower Owl", apparently ruler of Teotihuacán, who reigned for over 60 years and installed his relatives as rulers of Tikal and Uaxactún in Guatemala. Most of what we infer about the culture at Teotihuacán comes from the murals that adorn the site and others, like the Wagner Murals, found in private collections, and from hieroglyphic inscriptions made by the Maya describing their encounters with Teotihuacano conquerors.

 

Collapse

 

It was previously believed that sometime during the 7th or 8th centuries, the city was sacked and burned by invaders, possibly the Toltecs. More recent evidence, however, seems to indicate that the burning was limited to the structures and dwellings associated primarily with the elite class. Some see this as evidence that the burning was from an internal uprising and that the invasion theory is flawed due to the fact that early archaeological work on the city was focused exclusively on the palaces and temples, places used by the elites, and because all of these sites showed burning, archaeologists concluded that the whole city was burned. Instead, it is now known that the destruction in the city was focused on major civic structures along the Avenue of the Dead. Some statues seem to have been destroyed in a methodical way, their fragments dispersed. The fact that population began to decline around 500-600 AD also supports the internal unrest hypothesis. The decline of Teotihucán has been correlated with the droughts related to the Climate changes of 535–536. This theory is supported by the archeological remains that show a rise in the percentage of juvenile skeletons with evidence of malnutrition during the 6th century. This does not conflict with either of the above theories however since both increased warfare and internal unrest can also be effects of a general period of drought and famine. Other nearby centers like Cholula, Xochicalco, and Cacaxtla attempted to fill the powerful vacuum left by Teotihuacán's decline. They may have aligned themselves against Teotihuacán in an attempt to reduce its influence and power. The art and architecture at these sites shows an interest in emulating Teotihuacán forms, but also a more eclectic mix of motifs and iconography from other parts of Mesoamerica, particularly the Maya region.

 

People

 

There is archaeological evidence that Teotihuacán was a multi-ethnic city, with distinct Zapotec, Mixtec, Maya and what seem to be Nahua quarters. The Totonacs have always maintained that they were the ones who built it, a story that was corroborated later by the Aztecs.

 

Language

In his 2001 paper,Terrence Kaufman presents linguistic evidence suggesting that an important ethnic group in Teotihuacán was of Totonacan and/or Mixe-Zoquean linguistic affiliation. He uses this to explain general influences from Totonacan and Mixe-Zoquean languages in many other Mesoamerican languages many of which do not have any known history of contact with either of the above mentioned groups.

  

Religion

 

The religion of Teotihuacán is similar to those of other Mesoamerican cultures. Many of the same gods were worshiped, including the Feathered Serpent and The Rain god. Teotihuacán was a major religious center, and the priests probably had a great deal of political power. As with other Mesoamerican cultures, Teotihuacános practiced human sacrifice. Human bodies and animal sacrifices have been found during excavations of the pyramids at Teotihuacán; it is believed that when the buildings were expanded, sacrifices were made to dedicate the new building. The victims were probably enemy warriors captured in battle and then brought to the city to be ritually sacrificed so the city could prosper. Some were decapitated, some had their hearts removed, others were killed by being hit several times over the head and some were even buried alive. Animals that were considered sacred and represented mythical powers and military might were also buried alive but imprisoned in cages: cougars, a wolf, eagles, a falcon, an owl, and even venomous snakes.

 

The city's broad central avenue, called "Avenue of the Dead" (a translation from its Nahuatl name Miccaotli), is flanked by impressive ceremonial architecture, including the immense Pyramid of the Sun (second largest in the New World after the Great Pyramid of Cholula) and the Pyramid of the Moon. Along the Avenue of the Dead are many smaller talud-tablero platforms. The Aztecs believed they were tombs, inspiring the name of the avenue. Now they are known to be ceremonial platforms that were topped with temples. Further down the Avenue of the Dead is the area known as the Citadel, containing the ruined Temple of the Feathered Serpent. This area was a large plaza surrounded by temples that formed the religious and political center of the city. The name "Citadel" was given to it by the Spanish, who believed it was a fort. Many of the rich and powerful Teotihuacanos lived in Palaces near the temples. The largest of these cover more than 3300 sq. meters. Most of the common people lived in large apartment buildings spread across the city. Many of the buildings contained workshops that produced pottery and other goods.

 

The geographical layout of Teotihuacán is a good example of the Mesoamerican tradition of planning cities, settlements and buildings as a representation of the Teotihuacano view of the Universe. Its urban grid is aligned to precisely 15.5º east of north. The Street of the Dead, in particular, seems to line up with Cerro Gordo to the north of the Pyramid of the Moon. Pecked-cross circles throughout the city and in the surrounding regions indicate how the grid was managed over long distances

  

The water buffalo or domestic Asian water buffalo (Bubalus bubalis) is a large bovid originating in South Asia, Southeast Asia, and China. Today, it is also found in Europe, Australia, and some American countries. The wild water buffalo (Bubalus arnee) native to Southeast Asia is considered a different species, but most likely represents the ancestor of the domestic water buffalo.

 

Two extant types of water buffalo are recognized based on morphological and behavioural criteria – the river buffalo of South Asia and further west to the Balkans, Egypt, and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The origins of the domestic water buffalo types are debated, although results of a phylogenetic study indicate that the swamp type may have originated in China and was domesticated about 4,000 years ago, while the river type may have originated from India and was domesticated about 5,000 years ago. Water buffalo were traded from the Indus Valley Civilisation to Mesopotamia, in modern Iraq, 2500 BC by the Meluhhas. The seal of a scribe employed by an Akkadian king shows the sacrifice of water buffalo.

 

At least 130 million domestic water buffalo exist, and more human beings depend on them than on any other domestic animal. They are especially suitable for tilling rice fields, and their milk is richer in fat and protein than that of dairy cattle. The large feral population of northern Australia became established in the late 19th century, and smaller feral herds are in New Guinea, Tunisia, and northeastern Argentina. Feral herds are also present in New Britain, New Ireland, Irian Jaya, Papua New Guinea, Colombia, Guyana, Suriname, Brazil, and Uruguay.

 

CHARACTERISTICS

The skin of river buffalo is black, but some specimens may have dark, slate-coloured skin. Swamp buffalo have a grey skin at birth, but become slate blue later. Albinoids are present in some populations. River buffalo have comparatively longer faces, smaller girths, and bigger limbs than swamp buffalo. Their dorsal ridges extend further back and taper off more gradually. Their horns grow downward and backward, then curve upward in a spiral. Swamp buffalo are heavy-bodied and stockily built; the body is short and the belly large. The forehead is flat, the eyes prominent, the face short, and the muzzle wide. The neck is comparatively long, and the withers and croup are prominent. A dorsal ridge extends backward and ends abruptly just before the end of the chest. Their horns grow outward, and curve in a semicircle, but always remain more or less on the plane of the forehead. The tail is short, reaching only to the hocks. Height at withers is 129–133 cm for males, and 120–127 cm for females. They range in weight from 300–550 kg, but weights of over 1,000 kg have also been observed.

 

Tedong bonga is a black pied buffalo featuring a unique black and white colouration that is favoured by the Toraja of Sulawesi.

 

The swamp buffalo has 48 chromosomes; the river buffalo has 50 chromosomes. The two types do not readily interbreed, but fertile offspring can occur. Buffalo-cattle hybrids have not been observed to occur, and the embryos of such hybrids do not reach maturity in laboratory experiments.

 

The rumen of the water buffalo has important differences from that of other ruminants. It contains a larger population of bacteria, particularly the cellulolytic bacteria, lower protozoa, and higher fungi zoospores. In addition, higher rumen ammonia nitrogen (NH4-N) and higher pH have been found as compared to those in cattle

 

ECOLOGY AND BEHAVIOR

River buffalo prefer deep water. Swamp buffalo prefer to wallow in mudholes which they make with their horns. During wallowing, they acquire a thick coating of mud. Both are well adapted to a hot and humid climate with temperatures ranging from 0 °C in the winter to 30 °C and greater in the summer. Water availability is important in hot climates, since they need wallows, rivers, or splashing water to assist in thermoregulation. Some breeds are adapted to saline seaside shores and saline sandy terrain.

 

DIET

Water buffalo thrive on many aquatic plants and during floods, will graze submerged, raising their heads above the water and carrying quantities of edible plants. They eat reeds (quassab), a giant reed (birdi), a kind of bulrush (kaulan), water hyacinth, and marsh grasses. Some of these plants are of great value to local peoples. Others, such as water hyacinth, are a major problem in some tropical valleys, and water buffalo may help to keep waterways clear.

 

Green fodders are used widely for intensive milk production and for fattening. Many fodder crops are conserved as hay, chaffed, or pulped. Fodders include alfalfa, berseem and bancheri, the leaves, stems or trimmings of banana, cassava, fodder beet, halfa, ipil-ipil and kenaf, maize, oats, pandarus, peanut, sorghum, soybean, sugarcane, bagasse, and turnips. Citrus pulp and pineapple wastes have been fed safely to buffalo. In Egypt, whole sun-dried dates are fed to milk-buffalo up to 25% of the standard feed mixture.

 

REPRODUCTION

Swamp buffalo generally become reproductive at an older age than river breeds. Young males in Egypt, India, and Pakistan are first mated at about 3.0–3.5 years of age, but in Italy

 

they may be used as early as 2 years of age. Successful mating behaviour may continue until the animal is 12 years or even older. A good river male can impregnate 100 females in a year. A strong seasonal influence on mating occurs. Heat stress reduces libido

 

Although buffalo are polyoestrous, their reproductive efficiency shows wide variation throughout the year. Buffalo cows exhibit a distinct seasonal change in displaying oestrus, conception rate, and calving rate. The age at first oestrus of heifers varies between breeds from 13–33 months, but mating at the first oestrus is often infertile and usually deferred until they are 3 years old. Gestation lasts from 281–334 days, but most reports give a range between 300 and 320 days. Swamp buffalo carry their calves for one or two weeks longer than river buffalo. It is not rare to find buffalo that continue to work well at the age of 30, and instances of a working life of 40 years are recorded.

 

TAXONOMIC HISTORY

Carl Linnaeus first described the genus Bos and the water buffalo under the binomial Bubalis bubalus in 1758; the latter was known to occur in Asia and as a domestic form in Italy. Ellerman and Morrison-Scott treated the wild and domestic forms of the water buffalo as conspecifics whereas others treated them as different species. The nomenclatorial treatment of wild and domestic forms has been inconsistent and varies between authors and even within the works of single authors.

 

In March 2003, the International Commission on Zoological Nomenclature achieved consistency in the naming of wild and domestic water buffalo by ruling that the scientific name Bubalus arnee is valid for the wild form. B. bubalis continues to be valid for the domestic form and applies also to feral populations.

 

DOMESTICATION AND BREEDING

Water buffalo were domesticated in India about 5000 years ago, and in China about 4000 years ago. Two types are recognized, based on morphological and behavioural criteria – the river buffalo of the Indian subcontinent and further west to the Balkans and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The present-day river buffalo is the result of complex domestication processes involving more than one maternal lineage and a significant maternal gene flow from wild populations after the initial domestication events. Twenty-two breeds of the river type water buffalo are known, including Murrah, Nili-Ravi, Surti, Jafarabadi, Anatolian, Mediterranean, and Egyptian buffalo. China has a huge variety of buffalo genetic resources, comprising 16 local swamp buffalo breeds in various regions.

 

Results of mitochondrial DNA analyses indicate that the two types were domesticated independently. Sequencing of cytochrome b genes of Bubalus species implies that the domestic buffalo originated from at least two populations, and that the river and the swamp types have differentiated at the full species level. The genetic distance between the two types is so large that a divergence time of about 1.7 million years has been suggested. The swamp type was noticed to have the closest relationship with the tamaraw.

 

DISTRIBUTION OF POPULATIONS

The water buffalo population in the world is about 172 million.

 

IN ASIA

More than 95.8% of the world population of water buffalo are found in Asia including both river and swamp types. The water buffalo population in India numbered over 97.9 million head in 2003, representing 56.5% of the world population. They are primarily of the river type, with 10 well-defined breeds comprising Badhawari, Murrah, Nili-Ravi, Jafarabadi, Marathwada, Mehsana, Nagpuri, Pandharpuri, Toda, and Surti. Swamp buffalo occur only in small areas in the north-eastern part of the country and are not distinguished into breeds.

 

In 2003, the second-largest population lived in China, with 22.759 million head, all of the swamp type with breeds kept only in the lowlands, and other breeds kept only in the mountains; as of 2003, 3.2 million swamp-type carabao buffalo were in the Philippines, nearly three million swamp buffalo were in Vietnam, and 772,764 buffalo were in Bangladesh. About 750,000 head were estimated in Sri Lanka in 1997.

 

The water buffalo is the main dairy animal in Pakistan, with 23.47 million head in 2010. Of these, 76% are kept in the Punjab. The rest of them are mostly in the province of Sindh. Breeds used are Nili-Ravi, Kundi, and Azi Kheli. Karachi has the largest population of water buffalos for an area where fodder is not grown, consisting of 350,000 head kept mainly for milking.

 

In Thailand, the number of water buffalo dropped from more than 3 million head in 1996 to less than 1.24 million head in 2011. Slightly over 75% of them are kept in the country's northeastern region. The statistics also indicate that by the beginning of 2012, less than one million were in the country, partly as a result of illegal shipments to neighboring countries where sales prices are higher than in Thailand.

 

Water buffalo are also present in the southern region of Iraq, in the marshes. These marshes were drained by Saddam Hussein in 1991 in an attempt to punish the south for the uprisings of 1991. Following 2003, and the fall of the Saddam regime, these lands were reflooded and a 2007 report in the provinces of Maysan and Thi Qar shows a steady increase in the number of water buffalo. The report puts the number at 40,008 head in those two provinces.

 

IN EUROPE AND THE MEDITERRANEAN

Water buffalo likely were introduced to Europe from India or other Oriental countries. To Italy they were introduced about the year 600 in the reign of the Longobard King Agilulf. As they appear in the company of wild horses, they probably were a present from the Khan of the Avars, a Turkic nomadic tribe that dwelt near the Danube River at the time. Sir H. Johnston knew of a herd of water buffalo presented by a King of Naples to the Bey of Tunis in the mid-19th century that had resumed the feral state in northern Tunis.

 

European buffalo are all of the river type and considered to be of the same breed named Mediterranean buffalo. In Italy, the Mediterranean type was particularly selected and is called Mediterranean Italian breed to distinguish it from other European breeds, which differ genetically. Mediterranean buffalo are also found in Romania, Bulgaria, Greece, Albania, Kosovo, and the Republic of Macedonia, with a few hundred in the United Kingdom, Germany, the Netherlands, Switzerland, and Hungary. Little exchange of breeding buffalo has occurred among countries, so each population has its own phenotypic features and performances. In Bulgaria, they were crossbred with the Indian Murrah breed, and in Romania, some were crossbred with Bulgarian Murrah. Populations in Turkey are of the Anatolian buffalo breed.

 

IN AUSTRALIA

Between 1824 and 1849, water buffalo were introduced into the Northern Territory from Timor, Kisar, and probably other islands in the Indonesian archipelago. In 1886, a few milking types were brought from India to Darwin. They have been the main grazing animals on the subcoastal plains and river basins between Darwin and Arnhem Land since the 1880s. In the early 1960s, an estimated population of 150,000 to 200,000 buffalo were living in the plains and nearby areas.

 

They became feral and are causing significant environmental damage. Buffalo are also found in the Top End. As a result, they were hunted in the Top End from 1885 until 1980. The commencement of the brucellosis and tuberculosis campaign (BTEC) resulted in a huge culling program to reduce buffalo herds to a fraction of the numbers that were reached in the 1980s. The BTEC was finished when the Northern Territory was declared free of the disease in 1997. Numbers dropped dramatically as a result of the campaign, but have since recovered to an estimated 150,000 animals across northern Australia in 2008.

 

During the 1950s, buffalo were hunted for their skins and meat, which was exported and used in the local trade. In the late 1970s, live exports were made to Cuba and continued later into other countries. Buffalo are now crossed with riverine buffalo in artificial insemination programs, and may be found in many areas of Australia. Some of these crossbreds are used for milk production. Melville Island is a popular hunting location, where a steady population up to 4,000 individuals exists. Safari outfits are run from Darwin to Melville Island and other locations in the Top End, often with the use of bush pilots. The horns, which can measure up to a record of 3.1 m tip-to-tip, are prized hunting trophies.

 

The buffalo have developed a different appearance from the Indonesian buffalo from which they descend. They live mainly in freshwater marshes and billabongs, and their territory range can be quite expansive during the wet season. Their only natural predators in Australia are adult saltwater crocodiles, with whom they share the billabongs, and dingoes, which have been known to prey on buffalo calves and occasionally adult buffalo when the dingoes are in large packs.

 

Buffalo were exported live to Indonesia until 2011, at a rate of about 3000 per year. After the live export ban that year, the exports dropped to zero, and had not resumed as of June 2013.

 

IN SOUTH AMERICA

Water buffalo were introduced into the Amazon River basin in 1895. They are now extensively used there for meat and dairy production. In 2005, the buffalo herd in the Brazilian Amazon stood at roughly 1.6 million head, of which 460,000 were located in the lower Amazon floodplain. Breeds used include Mediterranean from Italy, Murrah and Jafarabadi from India, and Carabao from the Philippines.

 

During the 1970s, small herds were imported to Costa Rica, Ecuador, Cayenne, Panama, Surinam, Guyana, and Venezuela.

 

In Argentina, many game ranches raise water buffalo for commercial hunting

 

IN NORTH AMERICA

In 1974, four water buffalo were imported to the United States from Guam to be studied at the University of Florida. In February 1978, the first herd arrived for commercial farming. Until 2002, only one commercial breeder was in the United States. Water buffalo meat is imported from Australia. Until 2011, water buffalo were raised in Gainesville, Florida, from young obtained from zoo overflow. They were used primarily for meat production, frequently sold as hamburger.[38] Other US ranchers use them for production of high-quality mozzarella cheese.

 

HUSBANDRY

The husbandry system of water buffalo depends on the purpose for which they are bred and maintained. Most of them are kept by people who work on small farms in family units. Their buffalo live in very close association with them, and are often their greatest capital asset. The women and girls in India generally look after the milking buffalo while the men and boys are concerned with the working animals. Throughout Asia, they are commonly tended by children who are often seen leading or riding their charges to wallowing places. Water buffalo are the ideal animals for work in the deep mud of paddy fields because of their large hooves and flexible foot joints. They are often referred to as "the living tractor of the East". It probably is possible to plough deeper with buffalo than with either oxen or horses. They are the most efficient and economical means of cultivation of small fields. In most rice-producing countries, they are used for threshing and for transporting the sheaves during the rice harvest. They provide power for oilseed mills, sugarcane presses, and devices for raising water. They are widely used as pack animals, and in India and Pakistan also for heavy haulage. In their invasions of Europe, the Turks used buffalo for hauling heavy battering rams. Their dung is used as a fertilizer, and as a fuel when dried.

 

Buffalo contribute 72 million tones of milk and three million tones of meat annually to world food, much of it in areas that are prone to nutritional imbalances. In India, river-type buffalo are kept mainly for milk production and for transport, whereas swamp-type buffalo are kept mainly for work and a small amount of milk.

 

DAIRY PRODUCTS

Water buffalo milk presents physicochemical features different from that of other ruminant species, such as a higher content of fatty acids and proteins. The physical and chemical parameters of swamp and river type water buffalo milk differ. Water buffalo milk contains higher levels of total solids, crude protein, fat, calcium, and phosphorus, and slightly higher content of lactose compared with those of cow milk. The high level of total solids makes water buffalo milk ideal for processing into value-added dairy products such as cheese. The conjugated linoleic acid (CLA) content in milk ranged from 4.4 mg/g fat in September to 7.6 mg/g fat in June. Seasons and genetics may play a role in variation of CLA level and changes in gross composition of the water buffalo milk.

 

Water buffalo milk is processed into a large variety of dairy products:

 

- Cream churns much faster at higher fat levels and gives higher overrun than cow cream.

- Butter from water buffalo cream displays more stability than that from cow cream.

- Ghee from water buffalo milk has a different texture with a bigger grain size than ghee from cow milk.

- Heat-concentrated milk products in the Indian subcontinent include paneer, khoa, rabri, kheer and basundi.

- Fermented milk products include dahi, yogurt, and chakka.

- Whey is used for making ricotta and mascarpone in Italy, and alkarish in Syria and Egypt.

- Soft cheeses made include mozzarella in Italy, karish, mish, and domiati in Egypt, madhfor in Iraq, alghab in Syria, kesong puti in the Philippines, and vladeasa in Romania.

- The semihard cheese beyaz peynir is made in Turkey.

- Hard cheeses include braila in Romania, rahss in Egypt, white brine in Bulgaria, and akkawi in Syria.

- Watered-down buffalo milk is used as a cheaper alternative to regular milk.

 

MEAT AND SKIN PRODUCTS

Water buffalo meat, sometimes called "carabeef", is often passed off as beef in certain regions, and is also a major source of export revenue for India. In many Asian regions, buffalo meat is less preferred due to its toughness; however, recipes have evolved (rendang, for example) where the slow cooking process and spices not only make the meat palatable, but also preserve it, an important factor in hot climates where refrigeration is not always available.Their hides provide tough and useful leather, often used for shoes.

 

BONE AND HORN PRODUCTS

The bones and horns are often made into jewellery, especially earrings. Horns are used for the embouchure of musical instruments, such as ney and kaval.

 

ENVIRONMENTAL EFFECTS

Wildlife conservation scientists have started to recommend and use introduced populations of feral domestic water buffalo in far-away lands to manage uncontrolled vegetation growth in and around natural wetlands. Introduced water buffalo at home in such environs provide cheap service by regularly grazing the uncontrolled vegetation and opening up clogged water bodies for waterfowl, wetland birds, and other wildlife. Grazing water buffalo are sometimes used in Great Britain for conservation grazing, such as in Chippenham Fen National Nature Reserve. The buffalo can better adapt to wet conditions and poor-quality vegetation than cattle.

 

Currently, research is being conducted at the Lyle Center for Regenerative Studies to determine the levels of nutrients removed and returned to wetlands when water buffalo are used for wetland vegetation management.

 

However, in uncontrolled circumstances, water buffalo can cause environmental damage, such as trampling vegetation, disturbing bird and reptile nesting sites, and spreading exotic weeds.

 

RESEARCH

The world's first cloned buffalo was developed by Indian scientists from National Dairy Research Institute, Karnal. The buffalo calf was named Samrupa. The calf did not survive more than a week, and died due to some genetic disorders. So, the scientists created another cloned buffalo a few months later, and named it Garima.

 

On 15 September 2007, the Philippines announced its development of Southeast Asia's first cloned buffalo. The Philippine Council for Agriculture, Forestry and Natural Resources Research and Development (PCARRD), under the Department of Science and Technology in Los Baños, Laguna, approved this project. The Department of Agriculture's Philippine Carabao Center (PCC) will implement cloning through somatic cell nuclear transfer as a tool for genetic improvement in water buffalo. "Super buffalo calves" will be produced. There will be no modification or alteration of the genetic materials, as in genetically modified organisms.

 

On 1 January 2008, the Philippine Carabao Center in Nueva Ecija, per Filipino scientists, initiated a study to breed a super water buffalo that could produce 4 to 18 litres of milk per day using gene-based technology. Also, the first in vitro river buffalo was born there in 2004 from an in vitro-produced, vitrified embryo, named "Glory" after President Gloria Macapagal-Arroyo. Joseph Estrada's most successful project as an opposition senator, the PCC was created through Republic Act 3707, the Carabao Act of 1992.

 

IN CULTURE

Some ethnic groups, such as Batak and Toraja in Indonesia and the Derung in China, use water buffalo or kerbau (called horbo in Batak or tedong in Toraja) as sacrificial animals at several festivals.

 

- Legend has it that the Chinese philosophical sage Laozi left China through the Han Gu Pass riding a water buffalo.

- According to Hindu lore, the god of death Yama, rides on a male water buffalo.

- The carabao subspecies is considered a national symbol in the Philippines.

- In Vietnam, water buffalo are often the most valuable possession of poor farmers: "Con trâu là đầu cơ nghiệp". They are treated as a member of the family: "Chồng cày, vợ cấy, con trâu đi bừa" ("The husband ploughs, the wife sows, water buffalo draws the rake") and are friends of the children. Children talk to their water buffalo, "Bao giờ cây lúa còn bông. Thì còn ngọn cỏ ngoài đồng trâu ăn." (Vietnamese children are responsible for grazing water buffalo. They feed them grass if they work laboriously for men.) In the old days, West Lake, Hà Nội, was named Kim Ngưu - Golden Water Buffalo.

- The Yoruban Orisha Oya (goddess of change) takes the form of a water buffalo.

 

FIGHTING FESTIVALS

- Pasungay Festival is held annually in the town of San Joaquin, Iloilo in the Philippines.

- Moh juj Water Buffalo fighting, is held every year in Bhogali Bihu in Assam. Ahotguri in Nagaon is famous for it.

- Do Son Water Buffalo Fighting Festival of Vietnam, held each year on the ninth day of the eighth month of the lunar calendar at Do Son Township, Haiphong City in Vietnam, is one of the most popular Vietnam festivals and events in Haiphong City. The preparations for this buffalo fighting festival begin from the two to three months earlier. The competing buffalo are selected and methodically trained months in advance. It is a traditional festival of Vietnam attached to a Water God worshipping ceremony and the Hien Sinh custom to show martial spirit of the local people of Do Son, Haiphong.

- "Hai Luu" Water Buffalo Fighting Festival of Vietnam, According to ancient records, the buffalo fighting in Hai Luu Commune has existed from the 2nd century B.C. General Lu Gia at that time, had the buffalo slaughtered to give a feast to the local people and the warriors, and organized buffalo fighting for amusement. Eventually, all the fighting buffalo will be slaughtered as tributes to the deities.

- "Ko Samui" Water Buffalo Fighting Festival of Thailand, is a very popular event held on special occasions such as New Year's Day in January, and Songkran in mid-April, this festival features head-wrestling bouts in which two male Asian water buffalo are pitted against one another. Unlike in Spanish Bullfighting, wherein bulls get killed while fighting sword-wielding men, Buffalo Fighting Festival held at Ko Samui, Thailand is fairly harmless contest. The fighting season varies according to ancient customs & ceremonies. The first Buffalo to turn and run away is considered the loser, the winning buffalo becomes worth several million baht. Ko Samui is an island in the Gulf of Thailand in the South China Sea, it is 700 km from Bangkok and is connected to it by regular flights.

- "Ma'Pasilaga Tedong" Water Buffalo Fighting Festival, in Tana Toraja Regency of Sulawesi Island, Indonesia, is a very popular event where the Rambu Solo' or a Burial Festival took place in Tana Toraja.

 

RACING FESTIVALS

Carabao Carroza Festival is being held annually every May in the town of Pavia, Iloilo, Philippines.

Kambala races of Karnataka, India, take place between December and March. The races are conducted by having the water buffalo (he buffalo) run in long parallel slushy ditches, where they are driven by men standing on wooden planks drawn by the buffalo. The objectives of the race are to finish first and to raise the water to the greatest height and also a rural sport. Kambala races are arranged with competition, as well as without competition and as a part of thanks giving (to god) in about 50 villages of coastal Karnataka.

 

In the Chonburi Province of Thailand, and in Pakistan, there are annual water buffalo races.

 

Chon Buri Water buffalo racing festival, Thailand In downtown Chonburi, 70 km south of Bangkok, at the annual water buffalo festival held in mid-October. About 300 buffalo race in groups of five or six, spurred on by bareback jockeys wielding wooden sticks, as hundreds of spectators cheer. The water buffalo has always played an important role in agriculture in Thailand. For farmers of Chon Buri Province, near Bangkok, it is an important annual festival, beginning in mid-October. It is also a celebration among rice farmers before the rice harvest. At dawn, farmers walk their buffalo through surrounding rice fields, splashing them with water to keep them cool before leading them to the race field. This amazing festival started over a hundred years ago when two men arguing about whose buffalo was the fastest ended up having a race between them. That’s how it became a tradition and gradually a social event for farmers who gathered from around the country in Chonburi to trade their goods. The festival also helps a great deal in preserving the number of buffalo, which have been dwindling at quite an alarming rate in other regions. Modern machinery is rapidly replacing buffalo in Thai agriculture. With most of the farm work mechanized, the buffalo-racing tradition has continued. Racing buffalo are now raised just to race; they do not work at all. The few farm buffalo which still do work are much bigger than the racers because of the strenuous work they perform. Farm buffalo are in the "Buffalo Beauty Pageant", a Miss Farmer beauty contest and a comic buffalo costume contest etc.. This festival perfectly exemplifies a favored Thai attitude to life — "sanuk," meaning fun.

 

Babulang Water buffalo racing festival, Sarawak, Malaysia, is the largest or grandest of the many rituals, ceremonies and festivals of the traditional Bisaya (Borneo) community of Limbang, Sarawak. Highlights are the Ratu Babulang competition and the Water buffalo races which can only be found in this town in Sarawak, Malaysia.

Vihear Suor village Water buffalo racing festival, in Cambodia, each year, people visit Buddhist temples across the country to honor their deceased loved ones during a 15-day period commonly known as the Festival of the Dead but in Vihear Suor village, about 35 km northeast of Cambodia, citizens each year wrap up the festival with a water buffalo race to entertain visitors and honour a pledge made hundreds of years ago. There was a time when many village cattle which provide rural Cambodians with muscle power to plough their fields and transport agricultural products died from an unknown disease. The villagers prayed to a spirit to help save their animals from the disease and promised to show their gratitude by holding a buffalo race each year on the last day of "P'chum Ben" festival as it is known in Cambodian. The race draws hundreds of spectators who come to see riders and their animals charge down the racing field, the racers bouncing up and down on the backs of their buffalo, whose horns were draped with colorful cloth.

Pothu puttu matsaram, Kerala, South India, is similar to Kambala races.

 

WIKIPEDIA

Christmas and Boxing Day were very cold this year. We awoke on Boxing Day to fresh snow, frost, and -20°C.

 

Just before Christmas I acquired a Lee Filters Little Stopper neutral density filter. The Little Stopper cuts out approximately 6 stops of light. I was eager to try it out so I packed up my gear; bundled up in warm wool, fleece and down; put on my studded boots; and tromped down to the river as soon as I could get away.

 

The sun was already lighting the mist on the water when I started shooting. The main river channel is actually mostly dammed by ice now so the main flow has moved into the north channel around the island near my home. The channel is high and rising. As I worked, chunks of ice drifted steadily past, occasionally grinding against the shore ice. Mist hung above the water and created wonderful hoar frost coatings on the nearby vegetation.

 

I worked for about 2 1/2 hours in the sun. I had to be very methodical with the camera gear: no breathing on anything (condensation) and no touching anything metal with bare hands (pretty quick frost bite). I also had to be careful about not sliding down the steep embankment into the water, or worse, dropping some gear down there.

 

I was nice and warm the whole time, but when I headed back home, with my face away from the sun, I got a little frost nip on my nose.

 

This is the reference shot I made before using the Little Stopper neutral density filter. I used 0.9 and 0.3 soft graduated neutral density filters (four stops total) to balance the brightness of the upper and left of the scene. The sun itself was just too bright behind the mist to include in the frame. This stretch of the river is very straight and there are no rapids.

 

There is a bend in the river a few hundred meters downstream where there are some rapids and different currents. I will go back and shoot some more long exposures there when the light looks good.

06-05-2021 New Jersey USA

 

Scientific classification

Kingdom:Animalia

Phylum:Chordata

Class:Aves

Order:Passeriformes

Family:Vireonidae

Genus:Vireo

Species:V. flavifrons

Binomial name

Vireo flavifrons

 

Songs and Calls

Similar to song of Red-eyed and Solitary vireos, but lower in pitch and with a husky or burry quality to the phrases.

 

FamilyVireos

HabitatDeciduous woodlands, shade trees. Breeds in tall trees in open deciduous woods. Prefers trees such as oaks and maples along streams, lakes, and roadsides. Also will summer in tall trees or orchards in towns. Avoids areas with dense undergrowth. Generally absent in mixed or coniferous forest, where it is probably replaced by the Solitary Vireo. Winters in tropical lowlands and foothills, in habitats ranging from rain forest to dry scrub.

In leafy eastern forests, especially among the tall oaks, the slow, husky phrases of the Yellow-throated Vireo can be heard in spring and summer. More colourful than most vireos, it is not any easier to see, usually remaining out of sight in the foliage. However, the male sings throughout the breeding season, as late as August and September.

 

Feeding Behaviour

Forages by searching for insects rather methodically along the twigs and in foliage high in trees. In winter, defends feeding territory and will drive away others of its own kind, but will associate with mixed foraging flocks of other birds.

 

Eggs

4, sometimes 3-5. Pinkish or creamy white with heavy spots of brown or lavender near large end. Incubation is by both parents, 14-15 days. Frequently parasitized by cowbirds. Young: Both parents feed nestlings. Young leave the nest 14-15 days after hatching. The parents divide the fledglings, each adult caring for part of the brood.

 

Young

Both parents feed nestlings. Young leave the nest 14-15 days after hatching. The parents divide the fledglings, each adult caring for part of the brood.

 

Diet

Mostly insects, some berries. Feeds mainly on insects. In summer, over one-third of diet may be caterpillars, moths, and butterflies; also eats true bugs, scale insects, aphids, leafhoppers, beetles, sawflies, tree crickets, dragonflies, cicadas, and others. Will also eat various berries, especially in fall.

 

Nesting

Male defends nesting territory by singing incessantly. In courtship, male leads female to potential nest sites. Nest: Placed in tree (usually deciduous), generally 20-40' above the ground but can be 3-60' up. Both sexes help build open thick-walled cup nest, supported by the rim woven onto a horizontal forked twig. Nest made of weeds, shreds of bark, grass, leaves, and plant fibres. Outside of nest bound with spider webs and camouflaged with lichens and mosses; lined with fine grass and pine needles.

The guides have found fresh Leopard tracks. We spent an hour slowly, methodically following them, finally leading us to the edge of private lands where we could not go.

San Francisco detective Dave Toschi was a main investigator in the Zodiac Killer case, pouring over evidence even years after any sort of communication with the Zodiac.

 

Scan courtesy of the San Francisco Chronicle.

 

[Transcribed by me. Please note any errors you find in the comments.]

 

"Tips Still Pursue Multiple Slayer"

 

It's been one of those weeks when there have been a lot of nickel and dime leads popping up in the Zodiac case. Homicide detective Dave Toschi methodically checks every one of them out.

 

"I feel he's out there. I feel he's going to surface," he says.

 

With the transfer of his long-time partner, William Armstrong, to the fraud detail, Toschi is the only San Francisco detective on the case now, one of the most baffling in the history of American crime.

 

"It's quite a challenge," he said. "I never let a day go by without remembering Zodiac. Now that I'm the only one working on it, it's gotten to be more personal."

 

For seven of the nine years he's been on the homicide squad, Toschi has been led down countless blind alleys in the vain search for the pathological killer who dubbed himself Zodiac in a series of boastful, taunting or threatening letters to newspapers.

 

In unprovoked attacks dating back to 1966 when he slashed the throat of a Riverside coed, Zodiac has killed at least six persons and wounded two others. His claim of having slain 37 people is not supported by any hard evidence, Toschi says.

 

Jeanne Borgen, 39, a psychic who lives in Pinole, stirred up some fresh interest in the case on Monday.

 

She called Toschi to say that a male had telephoned her Saturday night. "I need your help and you know who I am," the caller said. Toschi said Borgen divined that the voice belonged to Zodiac.

 

Borgen, who has made numerous predictions forecasting the capture of Zodiac, said that before dawn the following morning a man in an orange sports car drove past her house several times before stopping, getting out and walking to her gate. He looked as if he was going to come in, but apparently reconsidered and left, the psychic said.

 

"She felt there would be danger around her for about two weeks," said Toschi. "I can't discount it." The detective arranged to have Pinole police increase their visits to the neighborhood.

 

Officially, the killer hasn't been heard from in 31 months, but long silences are not unusual for him. Zodiac went 34 months before sending what was his last message to date. Unpublished until now, that hand-lettered postcard mailed to the Chronicle on Feb. 14, 1974, read:

 

"Dear Mr. Editor: Did you know that the initials SLA (Symbionese Liberation Army) spell 'sla,' an old Norse word meaning 'kill'." It was signed, "a friend."

 

In saying he expects some sort of activity on Zodiac's part, Toschi admits he is relying solely on hunches. This despite the fact Toschi has filled eight filing cabinet drawers with Zodiac data - including the names of more than 2000 potential suspects.

 

Despite the mountains of information mined over the years by more than a score of investigators, the trail is stone cold. Many of the tips and leads these days come from mystics, eccentrics, people with sudden suspicions about friends, neighbors or co-workers.

 

Borgen predicted in May of last year that Zodiac would be captured in San Francisco. She also forecast then that President Ford would resign in September, Ronald Reagan would start a third party and Ted Kennedy would win the presidency.

 

In the years since he was assigned to the case, the detective has investigated more than 500 murders or suspicious deaths, but Zodiac remains his principal enthusiasm.

 

"I don't know if I'll ever get the case solved, but I'm sure as hell trying," Toschi said gamely.

 

Note: This article says the Zodiac was responsible for the 1966 murder of Cheri Jo Bates in Riverside, when in fact the case remains unsolved due to lack of evidence.

A rather nicely restored section of the North Range of Dunnottar Castle. I thought at the time that this was a recent restoration, but I notice from the drawings that MacGibbon & Ross made of Dunnottar in the late 19th century, that this section of the building had a roof over it at least as far back as 120 years ago. A wedding reception had just been held here when I arrived.

 

The inscription that appears to have been made with industrial sized blue dymo-tape over the fireplace, commemorates the most famous event that happened here at Dunnottar - the great siege of 1651-52 and the saving of the Scottish regalia.

 

William, 7th Earl Marischal, not long after entertaining Charles II here at Dunnottar in 1650, was arrested and imprisoned in the Tower of London - where he remained until the restoration of the monarchy in 1660. He appointed George Ogilvie of Barras to be Governor of the Castle of Dunnottar and made him responsible for holding the castle in the king's name against the forces of Oliver Cromwell. Cromwell, the Scottish parliament having turned against him, set himself to the task of crushing all resistance in Scotland in his usual methodical manner!

 

After the hasty coronation of Charles II at Scone, the Scottish parliament, fearing that Cromwell would seize the Scottish regalia and destroy them (as he had the English royal regalia, which is why the Scottish regalia these days is older than the English regalia), decided to send them for safekeeping to Dunnottar. In October 1651, an army under the command of General Overton (or possibly Lambert) arrived at Dunnottar and found it held against them by a garrison of some 70 men. The defences of the castle were impressive and the walls were defended by a number of old iron cannon, twenty-one brass cannon and four mortars. General Overton had no siege equipment so he settled down to blockade the fortress and either starve it into submission or wait until Cromwell sent him the necessary siege guns.

 

The months passed and 1651 rolled into 1652. There are really only two outcomes to a siege - either the fortress falls due to capture or starvation, of the siege is called off. George Ogilvie of Barras would have known that Dunnottar was by now the only fortress remaining in royal hands and that there was nobody to come and relieve him, and he would have known his enemy's reputation for thoroughness and tenacity. The only possible outcome therefore, was that the fortress would eventually fall. A plan was therefore put in place, to prevent the regalia from falling into Cromwell's hands.

 

There are a couple of different stories as to how the regalia were smuggled out of the castle. One states that they were simply lowered to the seashore where a servant, posing as a seaweed collector, recovered the regalia and removed them to safety. The other story (which also has slightly differing versions) is that Mrs. Ogilvie, wife of the Governor of Dunnottar, devised a plan to get the regalia out of the castle, without the knowledge of her husband, so that he would not be compromised when it was missed.

 

"She took into her counsel the Rev. James Grainger, minister of Kinneff, and his wife. One day the minister’s wife went past Dunnottar, on horseback, to Stonehaven for flax to spin, accompanied by a servant woman to carry the flax. When returning, she asked leave of the commanding officer of the besieging army to visit Mrs. Ogilvie in the castle, and was permitted to pass followed by her servant with the bag of flax. On reaching the Governor’s quarters, the servant was relieved of her burden and sent to another apartment, until the two mistresses transacted their business, which was to place the regalia in the bag of flax. When Mrs. Grainger returned from the castle, through the lines, the officer on duty kindly assisted her to mount her horse; while the servant knew nothing of what had occurred, or that she was carrying the crown, sceptre, and sword of the kingdom of Scotland in her flax-bag."

 

The regalia were taken to the manse of Kinneff and then "that very night the minister and his wife made a receptacle for the regalia beneath the pulpit of the church. Sometimes it was hid there and at other times in a double-bottomed bed in a room in the manse until after the Restoration in 1660, when it was returned to George Ogilvie of Barras, who restored it to the Court."

 

The siege dragged on until May 1652, when Cromwell's artillery finally arrived. The guns were placed in the gun pits already prepared for them by General Morgan, who had taken over command of the siege. After a ten day bombardment and with the writing on what remained of the walls, honourable terms were agreed and the garrison were allowed to march out carrying their arms. Cromwell's army, on entering the fortress, were dismayed to find the regalia were missing!

 

Cromwell was not a happy chappy!

LIFE IS WHAT HAPPENS TO YOU WHEN YOU'RE BUSY MAKING OTHER PLANS...

It's funny how much can change in a few years. I've been going through my archives to try and put some organization and structure around terabytes of images I have collected since mid-2010. Part of that effort is to put some words next to these images, to tell the pieces of the story that aren't recorded in pixels.

 

We moved to California in July of that year and spent a week before we started working exploring points north. In memory and in reality this was a charmed time: filled with the promise of a new start in California, unburdened by the responsibilities of work or the pressures of a changing professional landscape that eventually pushed us toward a career change. Driving north along the Avenue of the Giants where it winds without shoulder between coastal sequoias, to quote Dylan Thomas, we rode the daft and happy hills bareback.

 

Two weeks after the moving truck had departed, we slid over the Golden Gate northbound through Marin and then Sonoma and then Mendocino counties until we arrived at Prairie Creek Redwood State Park. Along the way we navigated the lost coast stopping and staring in awe at the giant redwood trees.

 

What can one add by writing a few words about the California redwoods that Muir or others haven't added already? What can I tell you that you can't already guess about the effect these giants have on the inner child that grew up on the great, flat expanses of the Midwest?

Note photographer for scale.

Note photographer for scale.

 

The Chandelier Tree.

The Chandelier Tree.

 

They were then and remain to me now the promise of the future and the lure of western lands made fibrous, ruddy flesh. Fragrant, seemingly-immortal and utterly silent they remain, basking even now in the California sun.

 

I've written previously about how I think there are at least two predominant modes of photographic consumption: the first being the instantaneous "this is what I'm doing" and the second being the "this is who we were." During the last few years advances in technology have driven the first of these to new heights. It is easier and faster and cheaper than ever to take and edit and share innumerable photographs. Despite these changes, however, it is my belief that the limitations on producing powerful imagery remain at the intersection of a photographer's capabilities and the import of what he or she documents. These photographs wouldn't be as precious to me if they weren't as crisp or if they didn't encapsulate so nicely our excitement at beginning a new chapter in our lives.

 

If I didn't take and instantly share some photographs with my iPhone of this first of our northbound adventures then I surely did in subsequent trips. But whatever became of those photographs is anyone's guess. The ones that survived are the ones you see here, made carefully and methodically for posterity and reminding me through the intervening years of stress and joy and change of who we once were and who we still are today.

 

justin-kern-onnz.squarespace.com/the-golden-sieve/memorie...

 

"THEY WERE THEN AND REMAIN TO ME NOW THE PROMISE OF THE FUTURE AND THE LURE OF WESTERN LANDS MADE FIBROUS, RUDDY FLESH."

 

I REMEMBER BEING TIRED...

 

The ride was a long one and we had made plans to set up camp that night at a spot inside the park. I'll admit now to being reticent to tackling a more cumbersome route when my wife first suggested the detour through the Avenue of the Giants. Whatever hesitation or frustration might have existed melted at the sight of these trees and the unceremonious way the more spectacular groves were marked with a simple plaque and a dusty patch of earth where you were expected to park, get out and walk among giants. I had learned by this point that my navigator was an adept at finding new and interesting spots via a small detour.

 

We found a felled tree and I climbed aboard, able to stand fully extended in the cavity formed by a fire scar or some other calamity scaled to the enormity of these pines. We stopped a bit later where a particularly rich patch of clover covered the forest floor like knotted carpet, I remember there was a road sign that reported the distance to San Francisco and one or two cars riding the ribbon of asphalt south. We drove on, through dappled sunlight and the late afternoon until we had to regain the main road to make camp.

 

If memory is indeed a golden sieve, then perhaps I was exhausted despite the excitement, but rather than fatigue I remember leaving the Avenue of the Giants filled with elation and wonder. I didn't know we were about to find an idyllic and utterly abandoned beach filled with driftwood and elk and fog. Nor did I anticipate the spectacular shape our hikes through the coastal redwood forests would take. And even if I did, the specifics, the 20/20 vision of hindsight has wiped whatever expectations I had from my mind. Instead I'm left with this collection of photographs that follow, breadcrumbs that trace a path I hope to re-blaze with Val, Oliver and whoever might follow in the years to come.

www.phaselis.org/en/about/about-project

Phaselis Research

 

Phaselis

 

When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.

 

This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.

 

Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.

 

By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.

 

Phaselis Territorium

 

The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.

 

Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.

 

PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.

 

Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.

  

en.wikipedia.org/wiki/Phaselis

 

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A longer true story than my usual ones is below the row of asterisks.

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FALL OCCURRED IN THE SPRING

 

That’s right; fall occurred in the spring of 2012. Not the kind of fall like a beautiful autumn, but the kind of fall like Humpty Dumpty. The “splat” type of fall, which must have been painful for him. Mine was surely painful for me.

 

Let me digress a bit. I already have severe arthritis in both of my knees. I was very close to having the Orthopedic Physician’s Assistant refer me to the Orthopedist for knee replacements. The assistant had already seen me for seven to nine visits or so, and a series of Orthovisc® shots, which did not help me. I understand they are a great help to some people, but I wasn‘t one of them. He told me something I was completely unaware of. He said my teeth were bad, which is true. I have upper dentures and only one real tooth in my mouth. The bottom teeth except the one I just mentioned are all rotted away. They didn’t rot completely away; there are still parts of them in and below the gum line. He said they would all have to be surgically extracted before I could have knee replacements done. I asked him, “What do my teeth have to do with my knees?” He said infection can easily set in the rotten teeth and go to the knee or cause problems with my heart, major problems like death. Thus the reader can understand how I arrived at the title for my photo set about my hospital stay…The Knee Bone’s Connected to the Jaw Bone, Huh?

 

I have been walking around with very painful knees for quite awhile now, and I cannot afford the $1,600 to $2,000 to have my teeth surgically extracted. I already paid a dentist $180 for an appointment and a Panaray® X-Ray, over a year ago, just thinking it would be nice to finally get some lower dentures too. I never did get them. He split town, taking or disposing of his equipment and his files and x-rays. That $180 is long gone for me. I cannot recover the old x-ray. Even if I did recover it, some new dentist would probably say it was out of date.

 

Medicare, which I am on, will pay for the two knee replacements, but here is the rub. They will not pay for dental. I have been in a surgical limbo with all the free pain I can stand.

 

That is the background information probably needed for this little story to be understood. There will be some OMG moments and some laughter. If it were a TV show, they would probably advertise, “You’ll Laugh; You’ll Cry; You’ll Sell Your Chickens; You’ll Call Your Congressman, and You’ll No Doubt Charge Your Cell Phone!”

 

That brings us to Thursday the 15th of March, 2012. (Beware the Ides of March). My daughter called to see if I could and would watch Rose all day Friday the 16th , as she had forgotten that she had signed up to be chaperone for her daughter, Anna Leigh’s, school field trip. It was going to be quite a bit out of town, the other direction from where I live. It was to be a special day. I wanted to be their hero; so I said sure. Some of you have seen Rose, the Hungarian Vizsla puppy among my photos. Rose is beautiful and young, and strong, and undisciplined and should probably be named Wild Rose. I love her, but she is a major handful. I had already watched her for 8 days while they went on a trip out of state, got one day off and then volunteered to do Friday the 16th.

 

Rose isn’t housebroken yet; so I took her out several times to encourage her to go outside. I was alone as far as other humans, and my daughter and granddaughter were about 60 miles away, on a school bus and then museum field trip. I live about 60 miles the other way from their home. It had been raining off and on and the ground and grass and driveway and mud were all pretty wet. My other trips outside with Rose that morning had been fine. I only had a thin shirt on, no extra shirt or jacket. I did not think I would be out in the yard very long.

 

Rose pulled on the leash too exuberantly, as she does often (she is five and a half months old, and has had puppy obedience training, but is in dire need of more of it). I slipped on a muddy and grassy slope. My right leg went out in front of me, and I fell on my rear end. My left leg folded underneath my thigh and toward my rear, and my weight, which is a lot, crunched it. It was bent backward way further than a knee is supposed to bend. I screamed bloody murder. I was afraid to even try to get up, as I thought I had probably torn a ligament or two.

 

Rose thought it was play time and was all over me. There was not a thing in sight that would give me any leverage to hold me up or to help me get up. I sat and I pondered what to do. My daughter and Anna Leigh would not be home for nearly 6 more hours. I thought, well I’ll just call 911 (the emergency number where we live). Wrong! No cell phone with me. It was inside their house, being charged up; ironically so it would be ready when I needed it.

 

I tried yelling for help. Nothing! A neighbor about a half an acre away, was mowing, and every time the mower cut off, I tried screaming for help. He must have had headphones on or something. Cars would drive by on the road way down the driveway, and I would yell, but no one had their windows down on that day. Did you know that when you have upper dentures and no lower ones, and you yell really hard, that it blows the upper dentures right out of your mouth? When I tried to hang onto them to keep them in my mouth, I was unable to cry out very loudly. I just thought I would throw that little trivia in. I didn’t know until that day.

 

I knew I couldn’t make it back in the house. There were too many upward slopes and an exposed aggregate patio and a few stairs. The front of the house was even worse, as it had more stairs. I looked down the driveway and saw a vehicle which had some metal protrusions, on the order of spare tire holder or something like that. I decided to try to scoot on my rear down to that metal thing. I thought perhaps it would give me leverage to get up. Rose thought that it was great fun to romp on and around me.

 

I thought the four chickens would be afraid to come around Rose. No, they are not very intelligent. They came right up to me and Rose and started pecking on me. I had never been pecked on my chickens before, and there I was on the ground with no help and Rose alternating between trying to attack the chickens and trying to play with me. Rose’s playfulness sort of resembles an attack, anyway. I scooted faster, much faster.

 

There was a light rain, but it was getting a little heavier. There was also a dusting of snow mixed with the rain. I was wondering how long it would take to get Exposure. I was wondering about Shock also. Can a person who has Exposure or Shock know that they have it? Ominous looking clouds were blowing quickly toward me. It was 1:30 P. M. when I fell. I didn’t have my phone, but I had my watch.

 

I scooted methodically toward the vehicle closest to me. I think it was about 100 feet. I got to it, and thought if worse came to worse with the weather, I could roll under the back of it. I did not relish thought of cold dark ground and spiders, but thought it might be better to risk them than the weather. I saw some wide strapping tape on the spare tire, which was loose. I didn’t want to risk hoisting myself up on the spare and its frame, as it was quite loose. But I took the tape and wrapped it around the metal thing that was separate from the spare tire things, and made it softer for my arm to lean on. I tried to prop myself up. No use; I fell back down. Not enough leverage. I put Rose’s leash handle on the trailer hitch. I didn’t want to just let her run free and maybe get hit by a car.

 

I tried again to get up and made it to both knees. It hurt so badly I went back down again. I noticed the license plate on the vehicle renewed on the ninth month of 2011. That said 911. I thought, “Oh yeah right, you inanimate license plate. Go ahead and taunt me! You know I can’t call 911.” I got a chuckle out of my own joke, and gave myself a figurative pat on the back for being resourceful about trying to get up.

 

I tried again. I got on both knees but the right one was in gravel that really hurt. Then I thought which knee should I put forward and which one should I try to rise on. I tried one, and it didn’t seem as if it would work so I tried the other way. That wasn’t the right way either. Finally I tried the first way again. I told myself on the count of three I would stand up, even if it hurt excruciatingly, I would scream but I would still get up. False start! Down again! I tried again and got up. I was standing!

 

Now was the problem of how to go anywhere, not knowing if my left knee would buckle at any time. I thought I had to try. I spotted my own truck further down the driveway, and decided to try to make it to it. I walked between two vehicles very carefully and slowly and got to my truck. I unlocked it with the remote key which I had in my pocket. After 11 years of driving it, the seat is pretty well conformed to me; so I didn’t have to bend my knees to sit down in it. I just leaned into the seat and put my relatively good right leg in. It was painful to bend my left knee to get it in the truck, but I did. Rose was still tied to a trailer hitch further back in the yard, but she was safe.

 

I looked at my watch. It was 3:30 P. M. It took me two hours to stand up and to get to some degree of safety and warmth. I could drive, as my truck is automatic. I drove down the road to a house that Anna had pointed out was where a schoolmate lived. I thought I could ask them to go in my daughter’s house and get my cell phone for me. There was a very large barking dog in the driveway, and no sign of humans, and the mother of the schoolmate has never even met me. I decided to go back to Jennifer’s home.

 

I found a cane in my truck that a charity, a different one than the one later in my story, had given me a few months ago. It is not a very sturdy one, but better than nothing. I did not use it on a regular basis. I used the hook end of it to fetch a large stick lying near the driveway (larger than a normal hiking stick). I pulled it to me, and stood back up out of the truck and used the big stick and the cane and balanced against two vehicles, and decided to try to get back in the house. I did. I got in the recliner and pulled a blanket up over me and slept until they got home.

 

After they got home, we all decided to go to the nearest Emergency room. It was a Friday night by then, and no normal doctor’s hours. We went to one closest to them, but it was still about 27 miles or so. They checked me out and did an x-ray. I told the Physician’s assistant nurse type lady about my knee history. She was fun and nice and caring and a little bit of a comedienne. She said that my left knee was really “ratty” looking on the x-ray. I laughed, because I’m sure it was. I have just never, in all my doctor visits ever had a nurse refer to one of my body parts as “ratty”. I suspect it is not a medical term. They said I sprained my knee, and gave me some medical records to take up to the emergency room (or my doctor) closer to where I live, seventeen miles from my home, the other direction from Jen & Anna. I wanted to be closer to the doctors and hospital that I know. I was given a prescription similar to Vicodin. Someone kindly pointed out that Walgreen’s was visible about a block away and their drive-thru was open. At that point I was still getting around by hobbling and by leaning on Jennifer. So I sat in a chair and she and Anna and Rose drove over to Walgreen’s . It seems as if it took a long time for them get the prescription filled.

 

While I was sitting there waiting, a employee came out to the lobby with clipboard in hand and asked if I were the lady with an injured knee. I replied that I was. She said, OK, come with me and we’ll have you see a triage. I thought it odd that I had already been seen and now they wanted to start all over again. I told her I had already been seen and x-rayed and all. It turned out there was another lady in the waiting room with an injured knee. It probably would have blown the Physician’s Assistant’s mind if I had played dumb and gone through everything again, and then told her when she looked shocked, “I’m coming through again; and this time don’t call my knee “ratty! Funny to imagine, but not a good idea.

 

Finally, my daughter and granddaughter returned to the hospital waiting room. Jennifer had forgotten her checkbook. So back they went and then it turned out, Jennifer couldn’t sign for my prescription, and she didn‘t have my insurance information. Thus, we all drove back over there. I was in line ahead of Jen‘s car. I told the pharmacist that my window did not go down well on the driver’s side, and I could not reach the pills in the drawer. So I would give him paperwork and cards he needed, but to please leave the pills themselves in the slide-out drawer. I said my daughter was right behind me and her window worked; and she would pick them up with my permission. Walgreen’s closed at 10 P. M. and it was about 9:57 P. M. Finally she got the pain pills in the drawer, but when we got out of Walgreen’s I flagged her down to stop and be sure to give me the pills to have with me before we forgot. Jennifer got them and handed them over to me. We laughed about how, at that time of night, it looked for the entire world like some sort of illegal drug deal.

 

We tried to go out for dinner, and the restaurant we chose put the closed sign in their front window as we were approaching. That always makes one feel so welcome, not!

 

Saturday, I rested, and then Sunday they took me to Good Samaritan Regional Medical Center. I had called my normal doctor, and he was out of the country (probably on some Doctors without Borders type thing). He participates in many good will efforts. The doctor filling in for him said to go to the Emergency Room. So I did, and they did an MRI, and I had torn the meniscus in my left knee. I ended up in the hospital for 8 days. No surgery was done to repair anything, because of the dental situation. But I got a walker, and some really nice nurses and physical therapy. I saw all kinds of doctors, and Home Health care people, and Senior and Disabled specialists. They must have taken my blood pressure 100 times, it seems. They always seem surprised that it is very good.

 

Anna Leigh, who is seven years old, threw a coin in the Hospital Fountain and made good wishes for me. She is such a sweetie. My daughter helped to clean up my place so when I went home the walker would fit through the rooms. I don’t know what I do without Jen and Anna. The first few days out of the hospital, I taught Anna how to play Monopoly, and she and Jennifer and I also did puzzles. There were some quality family moments. At one point I was eating a chip or cracker of some kind with my right hand, and trying to place a puzzle piece with my left hand. I got absentminded and stuck the puzzle piece in my mouth. I realized what I had done because the food tasted like cardboard. I took it out of my mouth. Anna about went into hysterics over it. I was laughing too. Anna’s Daddy called Jen about that time, and wanted to know what the laughter was all about. Anna wrote a note to show her Mom so her Mom could tell her Dad what happened. She spelled it phonetically, as she is only in first grade. I think she does really well, but Jen and I cracked up over how much Anna was laughing and over what she wrote. She wrote, “My grandmuther ate a pussel pees.” It looked substantially nastier than it was. Jen and I were cracking up about the note. Anna thought we were still laughing about the event itself, not the note. In any case, we all had some great belly laughs. Since the belly bone is no doubt connected to the brain bone and the knee bone, I think it was very healthy for us.

 

At first a physical therapist helped me in the hospital with a walker and with some small steps. After a few days, I could roam around the hallways on my own with the walker. At that point I took my camera. As I was practicing with my walker I took a number of pictures. I tried very hard to only shoot artsy type things and nothing about any patients or doctors that would invade their privacy. I had a bulletin board in my room just about me. I wrote “Exemplary Patient Award” on the comments. I wanted to see if it would make the nurses laugh. I thought it was funny to give myself an award. I enjoy making people laugh. I was curious if they would erase it, but it was still there when I was discharged.

 

I graduated from the walker to a cane yesterday. A home health physical therapist came to see how I was doing, and brought me a very colorful cane. I like it. It suits me, and it is brand new. There is a charity in my area called Love, Inc. I don’t know if it is just local or nationwide. Anyway, they gave him the cane to bring to me. Really super! Of course, I need to take a photo of it, and add it to this set. I’ll probably do that in the daylight.

 

I am still in surgical limbo, but a charity is going to come out and install grab bars on my shower, and still another charity will build up my recliner (which I sleep in) with a platform so it will be easier to get in and out of. It was suggested that I donate enough to cover the cost of the supplies but not the labor. I will probably make a donation, but I haven’t decided how much yet. I’m going to call my Congressman to see if something can be done about covering some dental procedures. I know him personally. He collects vintage cars, and has at least one Dodge and well over 10 Buicks. When I had a hubcap store, he would drop by and buy hubcaps for some of them. We would chat about politics, and automobiles, and high rent, etc. He probably won‘t be able to help, but I feel I have to try. Not just for me, but for a multitude of people.

 

I’ll close with a quote, although I don’t know who said it, “Be True to your Teeth and they will Never be False to You.” and “That is the Tooth, the whole Tooth, and Nothing but the Tooth.”

      

“As a rider, you must slowly and methodically show your horse what is appropriate. You also have to discourage what's inappropriate, not by making the inappropriate impossible, but by making it difficult so that the horse himself chooses appropriate behavior. You can't choose it for him; you can only make it difficult for him to make the wrong choices. If, however, you make it impossible for him to make the wrong choices, you're making war.”

 

― Buck Brannaman, The Faraway Horses: The Adventures and Wisdom of One of America's Most Renowned Horsemen

A small, dark heron arrayed in moody blues and purples, the Little Blue Heron is a common but inconspicuous resident of marshes and estuaries in the Southeast. They stalk shallow waters for small fish and amphibians, adopting a quiet, methodical approach that can make these gorgeous herons surprisingly easy to overlook at first glance. Reference www.allaboutbirds.org/guide/Little_Blue_Heron/id

Image - Copyright 2018 Alan Vernon

 

The target is that faint, orangeish nebula in the center of the left half of the image but I thought the surrounding stars were pretty. Another image from proposal 10536, which I have been methodically processing bits of for the past few days.

 

Red: HST_10536_52_ACS_WFC_F814W_sci

Green: Pseudo

Blue: HST_10536_52_ACS_WFC_F606W_sci

 

North is NOT up. It is 79.9° clockwise from up.

Free download under CC Attribution (CC BY 4.0). Please credit the artist and rawpixel.com.

Vintage Map Illustrations.

Higher resolutions with no attribution required can be downloaded: https://www.rawpixel.com/board/1220494/vintage-maps-free-cc0-public-domain-images

 

The story of Margareten

For the first time in 1373 has been an estate named, the in contrast to an "upper court" at the height of the Viennese mountain (Wienerberg) as "lower court" on (today) Margaretenplatz is designated. 1395 donated Rudolf Tirna, an owner of the facility, together with his wife Anna and his brother Louis one to Saint Margaret of Antioch dedicated chapel. As other early mentions of the "Lower Court" and the chapel we find in 1411 the St. Margaretenkapelln to Metzleinstorff, 1548 St. Margareten, 1568 Sandt Margareten and in 1594 hoff to St Margareten. The around this Margaretner Hof in todays area Margaretenplatz - Hofgasse - Schlossgasse emerged estate hamlet constituted the starting point for the development of the suburb. The estate, it is shown on the circular plan of Niklas Meldemann in 1530 armed with a mighty tower, has been at the siege of 1529 of Turkish groups of fighters set on fire - a commemorative plaque on the house Margaretenplatz 3 remembers at it. The court subsequently changed hands several times until it purchsed Olav Nicholas, Archbishop of Gran, 1555 commercially. Olai had the courtyard and the chapel partially rebuild and he layed out a large castle garden.

He appointed settlers to Margareten and founded south of his farm Nikolsdorf. In the middle of the 17th Century, 1647-1667, finally completed the envoy to the Sublime Porte, Johann Rudolf Schmidt von Schwarzhorn the building. In the 1662 appeared "Topographia Archiducatus Austriae Inferioris Modernae" by Georg Matthäus Vischer the present castle is represented as a two-storey building whose siebenachsiger (7-axle) residential wing in the east is reinforced by a corner tower with loggia-like ambulatory and to the west is surmounted by an onion-shape crowned clock tower. In this figure, however, lacks the this very day preserved with mighty rusticaded stones cladded castle portal. After the destruction of the Türkenjahr (Siege of Vienna) 1683 the construction was rebuilt. Already about 1725 had in the front of the castle developed in the run of today Margaretenstraße through building development the methodic rectangular shape of today's Margaret Square.

1727 sold Earl of Sonnau the manorial system Margareten to the city of Vienna. Between 1749 and 1783 was located in the large deserted castle garden, which served partly as a grain field and pasture, the first Mulberry School in Vienna. In the premises of the castle in 1751 a factory of Leonean goods was established, but which burned down in 1768. 1786 Anton Schwarzleithner moved the factory to Mannersdorf (Lower Austria). Thereafter, the entire reality was measured and came up for auction. The largest parcel, the old castle at Margaretenplatz with the adjacent factory building at 23 Schlossgasse, bought the silk ribbon maker and judge of Margareten, Francis Plumper. By a daughter Prallers, Elizabeth, married Pichler, the building complex came into the possession of a book printer family, which to 1869 handled a print shop here. The new factory building at 21 Schlossgasse was purchased by auction by Johann Brauneck who in the same year petitioned for an increase. On the neighbouring to the west to the castle connecting parcel (Margaretenplatz 3) the silk stuff promoter Paul Hochholzer in 1787 by architect Johann Michael Adelpodinger the existing buildings had adapted, over the entrance gate the building inscription of the old castle of 1651 was immured. The to the west adjoining parcel with the in 1783 deconsecrated St Margaret's Chapel acquired the Samtmacher (velvet maker) Leopold Urspringer, who had the chapel demolished and the ground for the construction of a residential building (77 Margaret Street) used. Also the area of ​​the small castle garden that had the Vienna municipal judge Leopold van Ghelen on lease, was parceled out and developed through newly created streets. In the period from 1781 to 1788 arised on the site of the great palace garden in the of the Gartengasse and Schlossgasse on the one hand and Margaretenstraße and Siebenbrunnengasse surrounded territory on the other not less than 41 parcels.

Margaretenplatz as a historical center of Margareten is particularly accentuated by the 1835/36 before the House Margaretenplatz 3 built well, on those square base the by Johann Nepomuk Schaller modelled statue of the over the dragon triumphant hl. Margaret, the eponym of the suburb rises. As part of the regulation of 1886, the Margaret Square fountain was offset by 20m to the southwest, and received its present location .

In the west the square is surrounded by the instead of the in 1883 demolished brewery according to plans of the architects Ferdinand Fellner and Hermann Helmer by builder Joseph Müller for Baroness Amalie Lipthay 1884/85 established Margartenhof. The castle-like complex occupies an extremely important position as regards urban development in the district. Historically, it represents the symbolic succession building of the old, today only in fragments existing Margaretner Castle (Margaretenplatz 2,3). The large residential complex with the street-like designed "Zierhof" is an early example of urban development concepts, which in Vienna otherwise only could unfold in the interwar period.

To the east the Margaretenplatz is dominated by an according to plans of Ferdinand Seif 1898 built monumental palace-like structured tenement, where forms of the Venetian city palace of the 16th Century were used. Buildings of the Gründerzeit round off the Margaretenplatz in the north.

www.bezirksmuseum.at/default/index.php?id=376

After running a test roll through my Bronica S2, as well as doing some more methodical testing, I found out that my Bronica seems to be suffering from the common shifted ground glass problem :( It's not too bad on my camera, about 2" off focus at 4' which grows as focus moves further away. It will need to be fixed though.

They are back now!

 

Migratory big white beautiful bird! They remain at White Rock Lake's Sunset Bay (Dallas, TX) until March or April. Click on image for best view.

 

One of the largest North American birds, the American White Pelican is majestic in the air. The birds soar with incredible steadiness on broad, white-and-black wings. Their large heads and huge, heavy bills give them a prehistoric look. On the water they dip their pouched bills to scoop up fish, or tip-up like an oversized dabbling duck. Sometimes, groups of pelicans work together to herd fish into the shallows for easy feeding. Look for them on inland lakes in summer and near coastlines in winter.

 

Size & Shape

 

A huge waterbird with very broad wings, a long neck, and a massive bill that gives the head a unique, long shape. They have thick bodies, short legs, and short, square tails. During the breeding season, adults grow an unusual projection or horn on the upper mandible near the tip of the bill.

 

Color Pattern

 

Adult American White Pelicans are snowy white with black flight feathers visible only when the wings are spread. A small patch of ornamental feathers on the chest can become yellow in spring. The bill and legs are yellow-orange. Immatures are mostly white as well, but the head, neck, and back are variably dusky.

 

Behavior

 

American White Pelicans feed from the water’s surface, dipping their beaks into the water to catch fish and other aquatic organisms. They often upend, like a very large dabbling duck, in this process. They do not plunge-dive the way Brown Pelicans do. They are superb soarers (they are among the heaviest flying birds in the world) and often travel long distances in large flocks by soaring. When flapping, their wingbeats are slow and methodical.

 

Habitat

 

American White Pelicans typically breed on islands in shallow wetlands in the interior of the continent. They spend winters mainly on coastal waters, bays, and estuaries, or a little distance inland.

 

allaboutbirds.org

 

Zane, the Ice Ninja: Part boy, part Nindroid, this ninja is super cool. Freon literally cools his fuel cells and he shoots down his opponents with an icy blast. Logical and methodical, Zane is guided by his programming and sensors – but don’t call him a robot! Zane is quick to remind everyone that he’s just a normal.

(The LEGO Ninjago Movie is in theaters September 22, 2017)

The Starblade's compact size and power-intensive sniping capabilities introduce unique operational limitations. The primary disruptor cannons demand the majority of the ship’s power, disabling its main thruster when firing and forcing the ship to rely solely on stabilizing thrusters to counteract recoil and maintain position. This trade-off requires the pilot to adopt a methodical approach, positioning the Starblade carefully before engaging targets.

 

In situations requiring a quick escape or repositioning, the Starblade's systems are designed to cut power to the weapon systems entirely, redirecting energy to its primary thruster for evasive maneuvers. This feature, while critical for survival, reinforces the ship’s reliance on allied forces for cover during prolonged engagements.

 

More information available:

www.flickr.com/photos/199715749@N02/54155859894/in/datepo...

www.flickr.com/photos/199715749@N02/54155536546/in/datepo...

 

With so few flowers in bloom at this time, I had to really be on the lookout for Hummers. The foraging Hummers also have to be on the lookout for any blooming plant.This lady was methodically sampling all of these red blooms on an ornamental shrub in my daughter's back yard. I saw only a few flying Hummers species (mostly female Anna's and Costa's). These ladies are segregated from each other for IDs mainly on their bill shapes. This bill is said to be straighter... but there is overlap. This lady also usually has a dark spot on her throat (like shown).

 

IMG_9919; Anna's Hummingbird

On a walk along the woodland trail, I heard bird song high above in the tall tree tops. It took awhile to track where this bird was in all of the foliage. It is a first for me, seeing and identifying this bird.

 

From allaboutbirds.org some info

 

BASIC DESCRIPTION

The rich song of the Warbling Vireo is a common sound in many parts of central and northern North America during summer. It’s a great bird to learn by ear, because its fast, rollicking song is its most distinctive feature. Otherwise, Warbling Vireos are fairly plain birds with gray-olive upperparts and white underparts washed with faint yellow. They have a mild face pattern with a whitish stripe over the eye. They stay high in deciduous treetops, where they move methodically among the leaves hunting for caterpillars.

 

Find This Bird

In the eastern part of their breeding range, you can likely find Warbling Vireos in almost any sizable deciduous woodland. They are fairly drab and tend to stay high in trees, so find them by listening for their loud, caroling song. Because of their habitually slow foraging speed, you can often track down the singer fairly easily.

Saturday, February 11, 2012.Recap: No. 15 C'Town 87, No. 19 WC 69.By Brendan Hall..CHARLESTOWN, Mass. -- At this time last year, Charlestown made the trek West, down Route 146, to deliver a haymaker to a Whitinsville Christian squad considered the state's tallest lineup. ..This afternoon, the Crusaders came East to Bunker Hill, with a different look for the Townies -- smaller, quicker, more surgical -- and the result was very nearly a different outcome. The Crusaders hung with Charlestown through three quarters, before the Townies pulled away in the fourth, outscoring Whitinsville 31-14 in the final frame en route to an 87-69 victory. .."That team's very good, I thought that was the best shooting team we saw," Charlestown head coach Edson Cardoso said. "They're very well balanced, with a real good point guard, big man, two-guard, so I knew coming into this game it was going to be a battle. I told the guys, 'You're going to see a team like this in the state tournament, eventually down the line." ..The Townies (14-3), played just seven due to health (Jawhari Dawan-Abdullah, stomach bug) and off the court issues (Gary Braham, suspension). But they saw all five of their regular starters reach double-figures, with senior point guard Rony Fernandez (26 points, four assists) leading the way. Senior forward Tyrik Jackson (12 points, 13 rebounds) came up big on the glass again, while Tyrese Hoxter (16 points, seven assists), Omar Orriols (13 points) and Iser Barnes (12) contributed some big shots from the perimeter to keep the defense stretched out. ..But early on, the Crusaders (12-2) gave them fits with the methodical way they broke through the Townie's 2-3 zone with some of the most disciplined and precise ball movement they'd seen in a while. Junior point guard Colin Richey (23 points) funneled the offense down to the baseline, finding a player planted right in the heart of the zone and kicking to either the baseline or either wing. ..Whitinsville shot nearly 40 percent from the field, getting good looks from the short side from Tyler VandenAkker (12 points, eight rebounds) and Jesse Dykstra. Grant Brown (10 points) came up with some big shots from the perimeter as well. .."We decided to extend a little bit more on the short corner, because they hit about four shots in a row from the short corner," Cardoso said. "We also decided to have the opposite guard extend even more on shooter No. 2 (Tim Dufficey). So we made some extensions in the second half, did a little better job -- not a great job, but it helped us get the victory." ..To start the fourth quarter, Barnes completed a 6-0 run by ripping the ball out of his defender's hands at midcourt and landing a breakaway layup. A few possessions later, Hoxter found Jackson underneath the rim for an easy tip-in and 68-59 advantage. ..Then with 1:37 to go, sophomore Taris Wilson hit the first of two monster breakaway slams, this one making it 76-63 to essentially put the game in hand. ..Hot from the field: The Townies outrebounded the Crusaders 16-7 in the final frame, giving way to many key transition points that helped ice the lead and the win. From the glass, WC still held a slim 35-33 advantage. ..But down at the other end, the Townies had a terrific night from the field, shooting nearly 58 percent overall. That was aided by a 7-for-17 effort from three-point range, including three 3's each from Fernandez and Orriols. ..Praise for Richey: Last season, New Mission head coach Cory McCarthy was throwing around high praise for the then-sophomore Richey, calling him "a suburban kid that plays urban". ..Consider Cardoso another Boston City League coach that's a fan. .."He's tough," Cardoso said. "He's one of the toughest guards coming out of his league, and I think he's going give a lot of teams problems in the state tournament, because how do you stop a kid like that?" ..Turning point? Following last season's loss to Charlestown in its home gym, WC coach Jeff Bajema greeted his players in the locker room and told them, "Guys, we can win states." ..Sure enough, the Crusaders never lost another game the rest of the way, picking up their first Division 3 state title since 2005 at the DCU Center in Worcester. After that game, Bajema spoke to reporters about how much the whitewashing by Charlestown seasoned them for what to expect in the state tournament. ..Given how much more competitive the Crusaders were this time around, could this be seen as another momentum shift? .."Hopefully, a game like this will lead us to better things," Bajema said. "But we've got a tough one Tuesday (against Holy Name), so we'll see."

 

Shot at ISO 1600, Aperture of 2.8, Shutter speed of 1/400 and Focal Length of 70.0 mm

Taken with a 24-70mm F2.8 ZA SSM lens and processed by Aperture 3.2.2 on Saturday February-11-2012 17:37 EST PM

The end drew near. We approached the capital. We took the nation. The alleys are stained with blood. Door to door, alley to alley. Slowly, methodically, coming to crescendo. We won this way. It culminated today, and the final taking of Kosovo was quick and concise. All alleys cleared, all the roads opened, all the prisoners taken. They are done.

 

We have won.

www.youtube.com/watch?v=ZJB5Rqc1m0Y&feature=related

 

5th element - Diva

 

This is the first of 76 pictures I took over a 45 minute span of picture taking today with my 50 1.4 Canon lens

 

High art was not the goal

 

Just taking pictures methodically

Good way for me to keep my eclectic photographic nature in tune

God Bless

Indian Cuckoo (Cuculus micropterus)

 

The generic name derives from the onomatopoeic name for a cuckoo, based on the bird's call, in Old English = coccou or cukkow, in French = coucou and in Greek = kokkux or kokkyx. The specific name results from a combination of two Greek words: micro = little or very small and ptero = wing. Together, the name literally means "small winged cuckoo" which is reflected in an early common name.

 

Other common names: Short-winged Cuckoo, Indian Hawk-Cuckoo.

 

Taxonomy: Cuculus micropterus Gould 1837, Himalayas.

  

Sub-species & Distribution: Two races are recognised, both of which are found in this region:

 

micropterus Gould 1837, Himalayas. Ranges from India, Nepal, Bangladesh, Sri Lanka, Myanmar and Thailand, east to E China, Mongolia, Korea and E Russia. It winters south to the Andamans and Nicobars, West Malaysia, Singapore, Sumatra, Java, Borneo and the Philippines.

 

concretus S. Müller 1845, Borneo. This smaller resident form is found in Borneo, Sumatra and Java. It is also found from Phattalung, in S Thailand, south to Johore (Medway & Wells 1976).

  

Similar species: It is very similar to two other Cuculus species. The Common Cuckoo C. canorus does not occur in this region. The Oriental Cuckoo C. saturatus is a rare winter visitor and passage migrant. Both these birds do not have a broad black sub-terminal band, tipped with white, on the tail.

 

Size: 12½ to 13" (31 to 33 cm). Sexes differ slightly.

  

Description: Male: Head and neck dark ashy-grey tinged with brown, paler on the lores, chin, throat and upper breast. Remaining upperparts, scapulars and wing coverts dark ashy-brown, the primaries and secondaries similar but barred with white along the inner webs. Tail dark ashy-brown with a broad black sub-terminal band and tipped with white. Basally, the tail feathers have a series of alternating white and black bands, more on the outer feathers than the inner ones, often with white or rufous notches along both edges. Lower breast and abdomen creamy-white, boldly barred with dark blackish-brown bars, the vent, axillaries, undertail and underwing coverts more narrowly barred with blackish-brown.

 

Female: Very like the male, with the throat and breast tinged with rufous.

 

Immature birds: Juvenile birds appear largely white to rufous-white with dark brown bars on the head, nape, upper back, chin, throat, sides of neck and breast, the face and ear coverts less heavily marked. Remaining upperparts, including wing coverts more rufous, the feathers broadly edged with rufous-buff and tipped with white. Lower breast, belly and vent pale buffy-white, broadly barred with blackish-brown, more so on the flanks. The tail appears largely to be barred with rufous and black, with more numerous bars than adult have. They, too, like the adults, have a broad black sub-terminal tail band.

 

Gradually, the white and rufous edges on the upperparts disappear, the throat and upper breast turn ashy, and the bars on the underparts become more defined. Within five months of leaving the nest, the young are almost in adult plumage, the rufous band across the upper breast being ultimately lost except in females. However, they often have rufous or whitish tips to the flight feathers and upperwing coverts (Oates & Blanford 1895).

  

Soft parts: Iris dark yellowish-brown, orbital ring orange-yellow. Upper mandible black, lower mandible greenish-horn tipped with black, gape orange-yellow. Legs and feet orange-yellow, claws black.

  

Status, Habitat & Behaviour: A common winter visitor and passage migrant, is found throughout Singapore, the earliest date being 14th September, the latest date 19th May (Wang & Hails 2007). Between these two dates, this bird has not been recorded in Singapore, which suggests that C. m. concretus, the resident form found south to Johore in west Malaysia, does not occur in Singapore.

  

The nominate form is a vagrant to Borneo where C. m. concretus, a smaller and darker form, is also the resident race (Smythies & Davison 1999), up to 1100 m (3300 feet) in the Kelabit Highlands of Sarawak. In Sabah, it is found in primary, peatswamp and logged forests (Sheldon et. al. 2001).

  

In Singapore, it is more usually found in forests, along forest edges, in mangroves, secondary scrub and, occasionally, in gardens and parks (Wang & Hails 2007). In West Malaysia, both resident and migrant forms are found to 760 m (2500 feet), in the canopy of lowland and hill forests, as well as on offshore islands (Medway & Wells 1976). In India and Nepal, where it is very common in summer, it can be found in fairly wooded country to 2300 m, even up to 3700 m (Baker 1927).

  

A solitary and shy bird, it is generally found singly and easily overlooked, keeping to the treetops or flying hawk-like over the forest canopy. During the breeding season, however, it becomes very vocal, calling incessantly during the early hours of dawn and again at dusk, far into the night, especially on moonlit nights, even calling on the wing during courtship chases (Ali & Ripley 1969).

  

Food: It mainly eats caterpillars, ants, locustids, fruit, butterflies and grasshoppers (Smythies 1968), sometimes coming down to the ground, hopping about awkwardly to pick up insects from within the leaf litter (Ali & Ripley 1969). In Singapore, it was found feeding at a termite hatch (Subaraj 2008).

  

Voice and Calls: In India, its most common four-note call is a fine melodious pleasing whistle from which evolved some of its popular local names, Bo-kota-ko in Bengali (Jerdon 1862), Kyphulpakka (Oates & Blanford 1895), and the "Broken Pekoe" bird in English (Baker & Inglis 1930). The call has also been variously annotated by several other authors: as "crossword puzzle" (Ali & Ripley 1969), a far-carrying wa-wa-wa-wu (Medway & Wells 1976), a flute-like ko-ko-ta-ko (King, Woodcock & Dickinson 1975), as reminiscent of the beginning of Beethoven's 5th symphony (Sheldon et. al. 2001). There are several other interpretations of its call (Tsang 2010).

  

In the Kelabit Highlands of Sarawak, its call was continuously heard in late February over sub-montane forest at 900 m (3000 feet). The loud four-note call was fairly musical, koh-koh-koh-kok, the first three syllables on the same pitch, the third sometimes higher, the last note always lower. It was persistently uttered for several minutes at a time, each burst of four-note lasting slightly over one second with about two seconds between each burst, occasional with a fifteen to thirty seconds break between each set of notes. Once or twice, it made a more rounded fluting and musical variation of the same four notes. Most of the time, the call was echoed, almost synchronously, by a four-note squeaking call, much more shrill and softer, sometimes in a lower key (Sreedharan 2005).

  

It usually calls from the tops of tall trees or when flying from tree to tree (Jerdon 1862), and much more persistently during breeding season, often calling all night long (Smythies 1968). The call is uttered intermittently for hours on end, for more than five minutes at a stretch, at about 23 calls per minute, and, while courting a nearby female, the wings are dropped, the tail spread wide and erected, the bird pivoting from side to side (Ali & Ripley 1969).

  

Breeding: Very little is known of the breeding of this Cuckoo. It is brood parasitic and, instead of building its own nest, it surreptitiously lays eggs in the nests of several host species, its choice of victim varying from location to location. The nominate form, C. m. micropterus, does not breed in our area. The local form, C. m. concretus breeds in peninsular Malaysia.

  

The breeding season varies from May to July in northern China, March to August in India, January to June in Burma and January to August in the Malay Peninsula.

  

In India, the host species are said to be Streaked Laughing-Thrush Garrulax lineatus, White-bellied Redstart Hodgsonius phoenicuroides, Indian Bush-Chat Saxicola torquata and Indian Blue Robin Luscinia brunnea, all of which lay blue or bluish eggs, similar to those of this Cuckoo (Baker 1927).

  

Additionally, it is said to victimise species such as Fork-tailed Drongo Dicrurus adsimilis, Ashy Drongo Dicrurus leucophaeus but other species, "in whose nests putative eggs of this cuckoo are claimed to have been found, or have been observed feeding its young", include the Asian Paradise-flycatcher Terpsiphone paradisi, the Streaked Spiderhunter Arachnothera magna and, in Sri Lanka, the Black-hooded Oriole Oriolus xanthornus (Ali & Ripley 1969).

  

Given the difficulty in determining the identity of young cuckoos, it is hardly surprising that these two authors have included a caveat, stating that the available data on the breeding biology of this bird, indeed, of all parasitic cuckoos are, "by and large, meagre, and of dubious authenticity. Most accounts are vague, largely conjectural and often contradictory. The whole subject calls for a more methodical de novo re-investigation".

  

Currently, this picture (Ong 2008), of a juvenile Indian Cuckoo fostered by a Black-and-yellow Broadbill Eurylaimus ochromalus provides the only incontrovertible evidence of a confirmed host in Malaysia. In Amurland, Siberia, its main host is the Brown Shrike Lanius cristatus, the cuckoo's eggs hatching in about 12 days, two to three days sooner than that of the shrike (Ali & Ripley 1969).

  

Oviduct eggs from females are said to be of two types: whitish with small reddish-brown dots, closely matching drongo eggs, or pale greyish-blue, like those of the Turdinae, the eggs c. 25 x 19 mm in size (Ali & Ripley 1969).

  

Migration: Seventeen night-flying migrants, attributed to C. m. micropterus, were caught at Fraser's Hill from 10th October to 27th November and 7th to 14th April between 1966 and 1969. Birds on passage were also collected in November at One Fathom Bank Lighthouse and on Rembia and Pisang islands. None of these belonged to the resident races have been handled (Medway & Wells 1976).

  

Moult: In the Family Cuculidae, moult strategy is quite complex, occasionally suspended. The primaries moult from two centres, P1 to P4 descendantly, P5 to P10 ascendantly. The secondaries, too, have two centres, S1 to S5 centripetally, S6 to S9 ascendant and alternate. Tail moult is irregular. They moult twice annually, undergoing a partial summer moult and a complete winter moult which finishes in early spring (Baker 1993).

  

None of the migrant birds from the off-shore sources were in moult. The migrants caught at Fraser's Hill in autumn were all in post-juvenile or adult plumage, indicating that the annual moult is completed in the breeding grounds, before they reach winter quarters (Medway & Wells 1976).

 

500 + lb boar methodically pouring over every nook and cranny of the oak in search of tasty, irresistible bird feed...Image caught at 88.0 mm...

Last year a neighbour cut down a very old pear tree which is covered in old moss. They gave it to us for firewood, but every time I've taken samples from this moss, I've found multiple tardigrades as well as many other species such as bdelloid rotifers, so now I refuse to let my husband burn it! A few days ago I took another sample which I left in a petri dish with some rain water to re-hydrate the sample for a day and a half.

 

I used my C. Baker London vintage histology binocular microscope with the 10x turret. Usually to image with this microscope I use my Canon 1100D attached with a T-ring and 10mm extension tube which slots in place of one of the eye pieces. On this occasion, I decided to try out my ASI120MC camera, which is a CMOS astronomy imaging camera. The extension tube which screws into the T-ring has the same threads as the ASI camera so I was able to slot the ASI straight into one of the eye piece holders.

 

Because the sensor is smaller, it means everything looks bigger. The field of view covered with this set up was approximately 0.5mm which is much smaller than what you can see when you're looking through the microscope visually! I carefully removed some of the sample from the bottom of the petri dish with a pipette and put 2 drops into a microscope slide which has a small well in the middle. Then I just methodically scanned the sample, and shot a 1,000 frame video using SharpCap every time I saw something interesting. Each time I'd finished looking around a sample, I rinsed it into another dish with more rain water and when I'd finished I took the wash back out to where I'd isolated it from and returned it to the moss. I know these organisms are tiny but I never want to cause any of them any harm in the name of getting a nice photo or video.

 

I saw lots of bdelloid rotifers in this sample. It was only when I was reviewing the video clips today that I realised that on 25th June I had caught a rotifer hatching from its egg! The outline of the egg is very faint so I'd missed it at the time of capture. Because these guys wriggle around so much I hadn't realised exactly what I was seeing at the time. I'm so happy to have caught this special event on video. I'm not 100% certain exactly what kind of rotifer it is that I saw hatching but almost all other rotifers I've observed from this part of the garden are bdelloid rotifers. The other bdelloid rotifer video clips were captured on either 25th or 26th June 2020. The cilia on the front of their heads are actually beating to and fro rather than rotating, but the speed of rotation tricks the eye into thinking they are spinning. However, you can see the water current being pulled towards the rotifer where it blows food into its mouth.

 

The video clips were put together using Movie Maker 10.

Music: "Always the Teasmade, Never the Tease" by Doctor Turtle, via freemusicarchive.org, with a Creative Commons Licence

CANOGA PARK- The Los Angeles Fire Department battled a Major Emergency Structure Fire in the west San Fernando Valley on Monday, October 18, 2021.

 

The fire at 8423 Canoga Avenue in Canoga Park, was first noted at 12:18 PM by an LAFD Paramedic Ambulance crew returning from a nearby emergency. Within moments of their reporting the fire, flames were through the roof of the 125' x 125' one-story industrial building that also housed an adjoining but unrelated business at 8425 Canoga Avenue.

 

As that first-arriving LAFD Paramedic crew circled the structure to gain situational awareness and guide fellow responders, they encountered the first of three adult male civilians with severe burn injuries outside the burning building. Two proved to be in critical condition and the other in serious condition. All three were taken to area hospitals. Sadly, one of the critically injured men died later while undergoing hospital care.

 

The rapid spread of intense flames and multiple explosions heard within the building guided first-arriving firefighters to quickly commence defensive operations, applying multiple large diameter hose streams from the exterior, including two from atop extended aerial ladders, to prevent flames from extending beyond the well involved structure.

 

With the exception of a forty square-foot section of the roof at 8427 Canoga Avenue destroyed by surface fire, the tactics proved successful in holding the blaze to the pair of unrelated businesses under one roof at 8423 and 8425 Canoga Avenue.

 

It took 150 Los Angeles Firefighter just 75 minutes to extinguish the flames.

 

Firefighters remained active through the night extinguishing hotspots and minimizing hazards at the structurally compromised building with the help of LAFD's robotic firefighting vehicle and heavy equipment.

 

At daylight Tuesday, LAFD crews resumed a systematic search within the largely destroyed premises. During their methodical search among tons of burnt debris inside the structure, firefighters discovered the remains of an adult male, bringing the overall patient count to four, with a total of two deceased and two remaining hospitalized.

 

No other injuries were reported.

 

Scientific testing of materials inside the building of fire origin yielded positive results for hemp, and it appears that the operation inside involved the extraction from hemp, not dissimilar to that used in the Butane Honey Oil extraction process.

 

Though the business was a legal enterprise, the operation inside appeared to be illegal, as it did not adhere to established permitting processes and safety requirements.

 

Pursuant to protocol, the fire's cause remains the focus of a joint active investigation by the Los Angeles Fire Department, Los Angeles Police Department and the Los Angeles Interagency Metropolitan Police Apprehension Crime Task Force (L.A. Impact).

 

A positive identification of the dead men, as well as the cause, time and manner of their death will be determined by the Los Angeles County Department of Medical Examiner-Coroner.

 

© Photo by Mike Meadows

 

LAFD Incident 101821-0791

 

Connect with us: LAFD.ORG | News | Facebook | Instagram | Reddit | Twitter: @LAFD @LAFDtalk

The water buffalo or domestic Asian water buffalo (Bubalus bubalis) is a large bovid originating in South Asia, Southeast Asia, and China. Today, it is also found in Europe, Australia, and some American countries. The wild water buffalo (Bubalus arnee) native to Southeast Asia is considered a different species, but most likely represents the ancestor of the domestic water buffalo.

 

Two extant types of water buffalo are recognized based on morphological and behavioural criteria – the river buffalo of South Asia and further west to the Balkans, Egypt, and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The origins of the domestic water buffalo types are debated, although results of a phylogenetic study indicate that the swamp type may have originated in China and was domesticated about 4,000 years ago, while the river type may have originated from India and was domesticated about 5,000 years ago. Water buffalo were traded from the Indus Valley Civilisation to Mesopotamia, in modern Iraq, 2500 BC by the Meluhhas. The seal of a scribe employed by an Akkadian king shows the sacrifice of water buffalo.

 

At least 130 million domestic water buffalo exist, and more human beings depend on them than on any other domestic animal. They are especially suitable for tilling rice fields, and their milk is richer in fat and protein than that of dairy cattle. The large feral population of northern Australia became established in the late 19th century, and smaller feral herds are in New Guinea, Tunisia, and northeastern Argentina. Feral herds are also present in New Britain, New Ireland, Irian Jaya, Papua New Guinea, Colombia, Guyana, Suriname, Brazil, and Uruguay.

 

CHARACTERISTICS

The skin of river buffalo is black, but some specimens may have dark, slate-coloured skin. Swamp buffalo have a grey skin at birth, but become slate blue later. Albinoids are present in some populations. River buffalo have comparatively longer faces, smaller girths, and bigger limbs than swamp buffalo. Their dorsal ridges extend further back and taper off more gradually. Their horns grow downward and backward, then curve upward in a spiral. Swamp buffalo are heavy-bodied and stockily built; the body is short and the belly large. The forehead is flat, the eyes prominent, the face short, and the muzzle wide. The neck is comparatively long, and the withers and croup are prominent. A dorsal ridge extends backward and ends abruptly just before the end of the chest. Their horns grow outward, and curve in a semicircle, but always remain more or less on the plane of the forehead. The tail is short, reaching only to the hocks. Height at withers is 129–133 cm for males, and 120–127 cm for females. They range in weight from 300–550 kg, but weights of over 1,000 kg have also been observed.

 

Tedong bonga is a black pied buffalo featuring a unique black and white colouration that is favoured by the Toraja of Sulawesi.

 

The swamp buffalo has 48 chromosomes; the river buffalo has 50 chromosomes. The two types do not readily interbreed, but fertile offspring can occur. Buffalo-cattle hybrids have not been observed to occur, and the embryos of such hybrids do not reach maturity in laboratory experiments.

 

The rumen of the water buffalo has important differences from that of other ruminants. It contains a larger population of bacteria, particularly the cellulolytic bacteria, lower protozoa, and higher fungi zoospores. In addition, higher rumen ammonia nitrogen (NH4-N) and higher pH have been found as compared to those in cattle

 

ECOLOGY AND BEHAVIOR

River buffalo prefer deep water. Swamp buffalo prefer to wallow in mudholes which they make with their horns. During wallowing, they acquire a thick coating of mud. Both are well adapted to a hot and humid climate with temperatures ranging from 0 °C in the winter to 30 °C and greater in the summer. Water availability is important in hot climates, since they need wallows, rivers, or splashing water to assist in thermoregulation. Some breeds are adapted to saline seaside shores and saline sandy terrain.

 

DIET

Water buffalo thrive on many aquatic plants and during floods, will graze submerged, raising their heads above the water and carrying quantities of edible plants. They eat reeds (quassab), a giant reed (birdi), a kind of bulrush (kaulan), water hyacinth, and marsh grasses. Some of these plants are of great value to local peoples. Others, such as water hyacinth, are a major problem in some tropical valleys, and water buffalo may help to keep waterways clear.

 

Green fodders are used widely for intensive milk production and for fattening. Many fodder crops are conserved as hay, chaffed, or pulped. Fodders include alfalfa, berseem and bancheri, the leaves, stems or trimmings of banana, cassava, fodder beet, halfa, ipil-ipil and kenaf, maize, oats, pandarus, peanut, sorghum, soybean, sugarcane, bagasse, and turnips. Citrus pulp and pineapple wastes have been fed safely to buffalo. In Egypt, whole sun-dried dates are fed to milk-buffalo up to 25% of the standard feed mixture.

 

REPRODUCTION

Swamp buffalo generally become reproductive at an older age than river breeds. Young males in Egypt, India, and Pakistan are first mated at about 3.0–3.5 years of age, but in Italy

 

they may be used as early as 2 years of age. Successful mating behaviour may continue until the animal is 12 years or even older. A good river male can impregnate 100 females in a year. A strong seasonal influence on mating occurs. Heat stress reduces libido

 

Although buffalo are polyoestrous, their reproductive efficiency shows wide variation throughout the year. Buffalo cows exhibit a distinct seasonal change in displaying oestrus, conception rate, and calving rate. The age at first oestrus of heifers varies between breeds from 13–33 months, but mating at the first oestrus is often infertile and usually deferred until they are 3 years old. Gestation lasts from 281–334 days, but most reports give a range between 300 and 320 days. Swamp buffalo carry their calves for one or two weeks longer than river buffalo. It is not rare to find buffalo that continue to work well at the age of 30, and instances of a working life of 40 years are recorded.

 

TAXONOMIC HISTORY

Carl Linnaeus first described the genus Bos and the water buffalo under the binomial Bubalis bubalus in 1758; the latter was known to occur in Asia and as a domestic form in Italy. Ellerman and Morrison-Scott treated the wild and domestic forms of the water buffalo as conspecifics whereas others treated them as different species. The nomenclatorial treatment of wild and domestic forms has been inconsistent and varies between authors and even within the works of single authors.

 

In March 2003, the International Commission on Zoological Nomenclature achieved consistency in the naming of wild and domestic water buffalo by ruling that the scientific name Bubalus arnee is valid for the wild form. B. bubalis continues to be valid for the domestic form and applies also to feral populations.

 

DOMESTICATION AND BREEDING

Water buffalo were domesticated in India about 5000 years ago, and in China about 4000 years ago. Two types are recognized, based on morphological and behavioural criteria – the river buffalo of the Indian subcontinent and further west to the Balkans and Italy, and the swamp buffalo, found from Assam in the west through Southeast Asia to the Yangtze valley of China in the east. The present-day river buffalo is the result of complex domestication processes involving more than one maternal lineage and a significant maternal gene flow from wild populations after the initial domestication events. Twenty-two breeds of the river type water buffalo are known, including Murrah, Nili-Ravi, Surti, Jafarabadi, Anatolian, Mediterranean, and Egyptian buffalo. China has a huge variety of buffalo genetic resources, comprising 16 local swamp buffalo breeds in various regions.

 

Results of mitochondrial DNA analyses indicate that the two types were domesticated independently. Sequencing of cytochrome b genes of Bubalus species implies that the domestic buffalo originated from at least two populations, and that the river and the swamp types have differentiated at the full species level. The genetic distance between the two types is so large that a divergence time of about 1.7 million years has been suggested. The swamp type was noticed to have the closest relationship with the tamaraw.

 

DISTRIBUTION OF POPULATIONS

The water buffalo population in the world is about 172 million.

 

IN ASIA

More than 95.8% of the world population of water buffalo are found in Asia including both river and swamp types. The water buffalo population in India numbered over 97.9 million head in 2003, representing 56.5% of the world population. They are primarily of the river type, with 10 well-defined breeds comprising Badhawari, Murrah, Nili-Ravi, Jafarabadi, Marathwada, Mehsana, Nagpuri, Pandharpuri, Toda, and Surti. Swamp buffalo occur only in small areas in the north-eastern part of the country and are not distinguished into breeds.

 

In 2003, the second-largest population lived in China, with 22.759 million head, all of the swamp type with breeds kept only in the lowlands, and other breeds kept only in the mountains; as of 2003, 3.2 million swamp-type carabao buffalo were in the Philippines, nearly three million swamp buffalo were in Vietnam, and 772,764 buffalo were in Bangladesh. About 750,000 head were estimated in Sri Lanka in 1997.

 

The water buffalo is the main dairy animal in Pakistan, with 23.47 million head in 2010. Of these, 76% are kept in the Punjab. The rest of them are mostly in the province of Sindh. Breeds used are Nili-Ravi, Kundi, and Azi Kheli. Karachi has the largest population of water buffalos for an area where fodder is not grown, consisting of 350,000 head kept mainly for milking.

 

In Thailand, the number of water buffalo dropped from more than 3 million head in 1996 to less than 1.24 million head in 2011. Slightly over 75% of them are kept in the country's northeastern region. The statistics also indicate that by the beginning of 2012, less than one million were in the country, partly as a result of illegal shipments to neighboring countries where sales prices are higher than in Thailand.

 

Water buffalo are also present in the southern region of Iraq, in the marshes. These marshes were drained by Saddam Hussein in 1991 in an attempt to punish the south for the uprisings of 1991. Following 2003, and the fall of the Saddam regime, these lands were reflooded and a 2007 report in the provinces of Maysan and Thi Qar shows a steady increase in the number of water buffalo. The report puts the number at 40,008 head in those two provinces.

 

IN EUROPE AND THE MEDITERRANEAN

Water buffalo likely were introduced to Europe from India or other Oriental countries. To Italy they were introduced about the year 600 in the reign of the Longobard King Agilulf. As they appear in the company of wild horses, they probably were a present from the Khan of the Avars, a Turkic nomadic tribe that dwelt near the Danube River at the time. Sir H. Johnston knew of a herd of water buffalo presented by a King of Naples to the Bey of Tunis in the mid-19th century that had resumed the feral state in northern Tunis.

 

European buffalo are all of the river type and considered to be of the same breed named Mediterranean buffalo. In Italy, the Mediterranean type was particularly selected and is called Mediterranean Italian breed to distinguish it from other European breeds, which differ genetically. Mediterranean buffalo are also found in Romania, Bulgaria, Greece, Albania, Kosovo, and the Republic of Macedonia, with a few hundred in the United Kingdom, Germany, the Netherlands, Switzerland, and Hungary. Little exchange of breeding buffalo has occurred among countries, so each population has its own phenotypic features and performances. In Bulgaria, they were crossbred with the Indian Murrah breed, and in Romania, some were crossbred with Bulgarian Murrah. Populations in Turkey are of the Anatolian buffalo breed.

 

IN AUSTRALIA

Between 1824 and 1849, water buffalo were introduced into the Northern Territory from Timor, Kisar, and probably other islands in the Indonesian archipelago. In 1886, a few milking types were brought from India to Darwin. They have been the main grazing animals on the subcoastal plains and river basins between Darwin and Arnhem Land since the 1880s. In the early 1960s, an estimated population of 150,000 to 200,000 buffalo were living in the plains and nearby areas.

 

They became feral and are causing significant environmental damage. Buffalo are also found in the Top End. As a result, they were hunted in the Top End from 1885 until 1980. The commencement of the brucellosis and tuberculosis campaign (BTEC) resulted in a huge culling program to reduce buffalo herds to a fraction of the numbers that were reached in the 1980s. The BTEC was finished when the Northern Territory was declared free of the disease in 1997. Numbers dropped dramatically as a result of the campaign, but have since recovered to an estimated 150,000 animals across northern Australia in 2008.

 

During the 1950s, buffalo were hunted for their skins and meat, which was exported and used in the local trade. In the late 1970s, live exports were made to Cuba and continued later into other countries. Buffalo are now crossed with riverine buffalo in artificial insemination programs, and may be found in many areas of Australia. Some of these crossbreds are used for milk production. Melville Island is a popular hunting location, where a steady population up to 4,000 individuals exists. Safari outfits are run from Darwin to Melville Island and other locations in the Top End, often with the use of bush pilots. The horns, which can measure up to a record of 3.1 m tip-to-tip, are prized hunting trophies.

 

The buffalo have developed a different appearance from the Indonesian buffalo from which they descend. They live mainly in freshwater marshes and billabongs, and their territory range can be quite expansive during the wet season. Their only natural predators in Australia are adult saltwater crocodiles, with whom they share the billabongs, and dingoes, which have been known to prey on buffalo calves and occasionally adult buffalo when the dingoes are in large packs.

 

Buffalo were exported live to Indonesia until 2011, at a rate of about 3000 per year. After the live export ban that year, the exports dropped to zero, and had not resumed as of June 2013.

 

IN SOUTH AMERICA

Water buffalo were introduced into the Amazon River basin in 1895. They are now extensively used there for meat and dairy production. In 2005, the buffalo herd in the Brazilian Amazon stood at roughly 1.6 million head, of which 460,000 were located in the lower Amazon floodplain. Breeds used include Mediterranean from Italy, Murrah and Jafarabadi from India, and Carabao from the Philippines.

 

During the 1970s, small herds were imported to Costa Rica, Ecuador, Cayenne, Panama, Surinam, Guyana, and Venezuela.

 

In Argentina, many game ranches raise water buffalo for commercial hunting

 

IN NORTH AMERICA

In 1974, four water buffalo were imported to the United States from Guam to be studied at the University of Florida. In February 1978, the first herd arrived for commercial farming. Until 2002, only one commercial breeder was in the United States. Water buffalo meat is imported from Australia. Until 2011, water buffalo were raised in Gainesville, Florida, from young obtained from zoo overflow. They were used primarily for meat production, frequently sold as hamburger.[38] Other US ranchers use them for production of high-quality mozzarella cheese.

 

HUSBANDRY

The husbandry system of water buffalo depends on the purpose for which they are bred and maintained. Most of them are kept by people who work on small farms in family units. Their buffalo live in very close association with them, and are often their greatest capital asset. The women and girls in India generally look after the milking buffalo while the men and boys are concerned with the working animals. Throughout Asia, they are commonly tended by children who are often seen leading or riding their charges to wallowing places. Water buffalo are the ideal animals for work in the deep mud of paddy fields because of their large hooves and flexible foot joints. They are often referred to as "the living tractor of the East". It probably is possible to plough deeper with buffalo than with either oxen or horses. They are the most efficient and economical means of cultivation of small fields. In most rice-producing countries, they are used for threshing and for transporting the sheaves during the rice harvest. They provide power for oilseed mills, sugarcane presses, and devices for raising water. They are widely used as pack animals, and in India and Pakistan also for heavy haulage. In their invasions of Europe, the Turks used buffalo for hauling heavy battering rams. Their dung is used as a fertilizer, and as a fuel when dried.

 

Buffalo contribute 72 million tones of milk and three million tones of meat annually to world food, much of it in areas that are prone to nutritional imbalances. In India, river-type buffalo are kept mainly for milk production and for transport, whereas swamp-type buffalo are kept mainly for work and a small amount of milk.

 

DAIRY PRODUCTS

Water buffalo milk presents physicochemical features different from that of other ruminant species, such as a higher content of fatty acids and proteins. The physical and chemical parameters of swamp and river type water buffalo milk differ. Water buffalo milk contains higher levels of total solids, crude protein, fat, calcium, and phosphorus, and slightly higher content of lactose compared with those of cow milk. The high level of total solids makes water buffalo milk ideal for processing into value-added dairy products such as cheese. The conjugated linoleic acid (CLA) content in milk ranged from 4.4 mg/g fat in September to 7.6 mg/g fat in June. Seasons and genetics may play a role in variation of CLA level and changes in gross composition of the water buffalo milk.

 

Water buffalo milk is processed into a large variety of dairy products:

 

- Cream churns much faster at higher fat levels and gives higher overrun than cow cream.

- Butter from water buffalo cream displays more stability than that from cow cream.

- Ghee from water buffalo milk has a different texture with a bigger grain size than ghee from cow milk.

- Heat-concentrated milk products in the Indian subcontinent include paneer, khoa, rabri, kheer and basundi.

- Fermented milk products include dahi, yogurt, and chakka.

- Whey is used for making ricotta and mascarpone in Italy, and alkarish in Syria and Egypt.

- Soft cheeses made include mozzarella in Italy, karish, mish, and domiati in Egypt, madhfor in Iraq, alghab in Syria, kesong puti in the Philippines, and vladeasa in Romania.

- The semihard cheese beyaz peynir is made in Turkey.

- Hard cheeses include braila in Romania, rahss in Egypt, white brine in Bulgaria, and akkawi in Syria.

- Watered-down buffalo milk is used as a cheaper alternative to regular milk.

 

MEAT AND SKIN PRODUCTS

Water buffalo meat, sometimes called "carabeef", is often passed off as beef in certain regions, and is also a major source of export revenue for India. In many Asian regions, buffalo meat is less preferred due to its toughness; however, recipes have evolved (rendang, for example) where the slow cooking process and spices not only make the meat palatable, but also preserve it, an important factor in hot climates where refrigeration is not always available.Their hides provide tough and useful leather, often used for shoes.

 

BONE AND HORN PRODUCTS

The bones and horns are often made into jewellery, especially earrings. Horns are used for the embouchure of musical instruments, such as ney and kaval.

 

ENVIRONMENTAL EFFECTS

Wildlife conservation scientists have started to recommend and use introduced populations of feral domestic water buffalo in far-away lands to manage uncontrolled vegetation growth in and around natural wetlands. Introduced water buffalo at home in such environs provide cheap service by regularly grazing the uncontrolled vegetation and opening up clogged water bodies for waterfowl, wetland birds, and other wildlife. Grazing water buffalo are sometimes used in Great Britain for conservation grazing, such as in Chippenham Fen National Nature Reserve. The buffalo can better adapt to wet conditions and poor-quality vegetation than cattle.

 

Currently, research is being conducted at the Lyle Center for Regenerative Studies to determine the levels of nutrients removed and returned to wetlands when water buffalo are used for wetland vegetation management.

 

However, in uncontrolled circumstances, water buffalo can cause environmental damage, such as trampling vegetation, disturbing bird and reptile nesting sites, and spreading exotic weeds.

 

RESEARCH

The world's first cloned buffalo was developed by Indian scientists from National Dairy Research Institute, Karnal. The buffalo calf was named Samrupa. The calf did not survive more than a week, and died due to some genetic disorders. So, the scientists created another cloned buffalo a few months later, and named it Garima.

 

On 15 September 2007, the Philippines announced its development of Southeast Asia's first cloned buffalo. The Philippine Council for Agriculture, Forestry and Natural Resources Research and Development (PCARRD), under the Department of Science and Technology in Los Baños, Laguna, approved this project. The Department of Agriculture's Philippine Carabao Center (PCC) will implement cloning through somatic cell nuclear transfer as a tool for genetic improvement in water buffalo. "Super buffalo calves" will be produced. There will be no modification or alteration of the genetic materials, as in genetically modified organisms.

 

On 1 January 2008, the Philippine Carabao Center in Nueva Ecija, per Filipino scientists, initiated a study to breed a super water buffalo that could produce 4 to 18 litres of milk per day using gene-based technology. Also, the first in vitro river buffalo was born there in 2004 from an in vitro-produced, vitrified embryo, named "Glory" after President Gloria Macapagal-Arroyo. Joseph Estrada's most successful project as an opposition senator, the PCC was created through Republic Act 3707, the Carabao Act of 1992.

 

IN CULTURE

Some ethnic groups, such as Batak and Toraja in Indonesia and the Derung in China, use water buffalo or kerbau (called horbo in Batak or tedong in Toraja) as sacrificial animals at several festivals.

 

- Legend has it that the Chinese philosophical sage Laozi left China through the Han Gu Pass riding a water buffalo.

- According to Hindu lore, the god of death Yama, rides on a male water buffalo.

- The carabao subspecies is considered a national symbol in the Philippines.

- In Vietnam, water buffalo are often the most valuable possession of poor farmers: "Con trâu là đầu cơ nghiệp". They are treated as a member of the family: "Chồng cày, vợ cấy, con trâu đi bừa" ("The husband ploughs, the wife sows, water buffalo draws the rake") and are friends of the children. Children talk to their water buffalo, "Bao giờ cây lúa còn bông. Thì còn ngọn cỏ ngoài đồng trâu ăn." (Vietnamese children are responsible for grazing water buffalo. They feed them grass if they work laboriously for men.) In the old days, West Lake, Hà Nội, was named Kim Ngưu - Golden Water Buffalo.

- The Yoruban Orisha Oya (goddess of change) takes the form of a water buffalo.

 

FIGHTING FESTIVALS

- Pasungay Festival is held annually in the town of San Joaquin, Iloilo in the Philippines.

- Moh juj Water Buffalo fighting, is held every year in Bhogali Bihu in Assam. Ahotguri in Nagaon is famous for it.

- Do Son Water Buffalo Fighting Festival of Vietnam, held each year on the ninth day of the eighth month of the lunar calendar at Do Son Township, Haiphong City in Vietnam, is one of the most popular Vietnam festivals and events in Haiphong City. The preparations for this buffalo fighting festival begin from the two to three months earlier. The competing buffalo are selected and methodically trained months in advance. It is a traditional festival of Vietnam attached to a Water God worshipping ceremony and the Hien Sinh custom to show martial spirit of the local people of Do Son, Haiphong.

- "Hai Luu" Water Buffalo Fighting Festival of Vietnam, According to ancient records, the buffalo fighting in Hai Luu Commune has existed from the 2nd century B.C. General Lu Gia at that time, had the buffalo slaughtered to give a feast to the local people and the warriors, and organized buffalo fighting for amusement. Eventually, all the fighting buffalo will be slaughtered as tributes to the deities.

- "Ko Samui" Water Buffalo Fighting Festival of Thailand, is a very popular event held on special occasions such as New Year's Day in January, and Songkran in mid-April, this festival features head-wrestling bouts in which two male Asian water buffalo are pitted against one another. Unlike in Spanish Bullfighting, wherein bulls get killed while fighting sword-wielding men, Buffalo Fighting Festival held at Ko Samui, Thailand is fairly harmless contest. The fighting season varies according to ancient customs & ceremonies. The first Buffalo to turn and run away is considered the loser, the winning buffalo becomes worth several million baht. Ko Samui is an island in the Gulf of Thailand in the South China Sea, it is 700 km from Bangkok and is connected to it by regular flights.

- "Ma'Pasilaga Tedong" Water Buffalo Fighting Festival, in Tana Toraja Regency of Sulawesi Island, Indonesia, is a very popular event where the Rambu Solo' or a Burial Festival took place in Tana Toraja.

 

RACING FESTIVALS

Carabao Carroza Festival is being held annually every May in the town of Pavia, Iloilo, Philippines.

Kambala races of Karnataka, India, take place between December and March. The races are conducted by having the water buffalo (he buffalo) run in long parallel slushy ditches, where they are driven by men standing on wooden planks drawn by the buffalo. The objectives of the race are to finish first and to raise the water to the greatest height and also a rural sport. Kambala races are arranged with competition, as well as without competition and as a part of thanks giving (to god) in about 50 villages of coastal Karnataka.

 

In the Chonburi Province of Thailand, and in Pakistan, there are annual water buffalo races.

 

Chon Buri Water buffalo racing festival, Thailand In downtown Chonburi, 70 km south of Bangkok, at the annual water buffalo festival held in mid-October. About 300 buffalo race in groups of five or six, spurred on by bareback jockeys wielding wooden sticks, as hundreds of spectators cheer. The water buffalo has always played an important role in agriculture in Thailand. For farmers of Chon Buri Province, near Bangkok, it is an important annual festival, beginning in mid-October. It is also a celebration among rice farmers before the rice harvest. At dawn, farmers walk their buffalo through surrounding rice fields, splashing them with water to keep them cool before leading them to the race field. This amazing festival started over a hundred years ago when two men arguing about whose buffalo was the fastest ended up having a race between them. That’s how it became a tradition and gradually a social event for farmers who gathered from around the country in Chonburi to trade their goods. The festival also helps a great deal in preserving the number of buffalo, which have been dwindling at quite an alarming rate in other regions. Modern machinery is rapidly replacing buffalo in Thai agriculture. With most of the farm work mechanized, the buffalo-racing tradition has continued. Racing buffalo are now raised just to race; they do not work at all. The few farm buffalo which still do work are much bigger than the racers because of the strenuous work they perform. Farm buffalo are in the "Buffalo Beauty Pageant", a Miss Farmer beauty contest and a comic buffalo costume contest etc.. This festival perfectly exemplifies a favored Thai attitude to life — "sanuk," meaning fun.

 

Babulang Water buffalo racing festival, Sarawak, Malaysia, is the largest or grandest of the many rituals, ceremonies and festivals of the traditional Bisaya (Borneo) community of Limbang, Sarawak. Highlights are the Ratu Babulang competition and the Water buffalo races which can only be found in this town in Sarawak, Malaysia.

Vihear Suor village Water buffalo racing festival, in Cambodia, each year, people visit Buddhist temples across the country to honor their deceased loved ones during a 15-day period commonly known as the Festival of the Dead but in Vihear Suor village, about 35 km northeast of Cambodia, citizens each year wrap up the festival with a water buffalo race to entertain visitors and honour a pledge made hundreds of years ago. There was a time when many village cattle which provide rural Cambodians with muscle power to plough their fields and transport agricultural products died from an unknown disease. The villagers prayed to a spirit to help save their animals from the disease and promised to show their gratitude by holding a buffalo race each year on the last day of "P'chum Ben" festival as it is known in Cambodian. The race draws hundreds of spectators who come to see riders and their animals charge down the racing field, the racers bouncing up and down on the backs of their buffalo, whose horns were draped with colorful cloth.

Pothu puttu matsaram, Kerala, South India, is similar to Kambala races.

 

WIKIPEDIA

Keen to maintain some momentum and after a long days hike, I jumped on the bike and roared off to Windsor to get another stranger before the light died. I hoped the bright skies and tall buildings would make for some good even light as the sun dipped below the level of the skyline.

 

I was against the clock as I parked up and set off to look for a good location. Just about the whole town was in shadow and the streets that were packed a few hours earlier were almost empty. I wanted to use the pedestrianised high street - Peascod Street- to create some nice leading lines and allow the background drift nicely out of focus. Unfortunately it was deserted, so I found a spot in the centre around the station where there was more foot traffic, which provided some leading lines with the bright sky facing and sun below the top of the buildings.

 

I started to question the wisdom of trying to cram in a rushed Stranger portrait right at the end of the day when the light was dying and the busy centre was getting quieter by the minute. People walked by in twos and threes, in conversation or heading home after a days shopping. The longer I stood around the more I wondered if I was being too picky, or if I just timed my trip badly. The sun fell further and I bumped up the ISO a little further as my impatience grew.

 

I watched an interesting older couple; him with a beard and hat that hinted at an artistic bent wander slowly past. They sauntered past and into the distance, and I realised I really should have talked to them, as they were the most interesting subjects I'd seen and seemed to have a friendly demeanour.

 

I bumped up the ISO another notch and stared into the distance, willing another character to come around the corner, unladen with fistfulls of shopping bags or a group of impatient friends.

 

Luckily for me, Matt rounded the corner. Dressed formally but with with a relaxed gait, Matt walked with the air of someone with time to kill. I asked Matt to help out with my project, and luckily for me he was happy to let me give me a few minutes. I explained what I was up to, and tried one spot which I liked for the background, then another with better light. The first ended up too dark, so this shot is from the second angle. Afterwards as I reviewed the shots I realised that I had taken my impatient mindset from scouting for subjects into these shots, and I wasn't as calm and methodical as I need to be. Directing a subject requires a conscious effort for me, and I was too preoccupied with what I was doing to make the most of the situation. Matt was very relaxed and patient, but I didn't offer sufficient direction to get the shot I had in mind. Matt's dominant feature are his eyes, and to me he came across as authoritative but personable. In retrospect I would have liked to show this with engaged, communicative eye contact with the rest of his face relaxed, shot from straight on and slightly below eye level.

 

Coulda woulda shoulda.

 

It's a learning experience, and as this stranger shot has taught me to get out of scouting mode and into photographer mode when the time comes.

 

Thanks Matt for being generous with your time, and thanks to anyone that managed to read this far... these are turning into essays

 

100 Strangers Group:

www.flickr.com/groups/100strangers/

   

The Nutshell Studies of Unexplained Death are a series of nineteen (twenty were originally constructed) intricately designed dollhouse-style dioramas created by Frances Glessner Lee (1878–1962), a pioneer in forensic science. Glessner Lee used her inheritance to establish a department of legal medicine at Harvard Medical School in 1936, and donated the first of the Nutshell Studies in 1946 for use in lectures on the subject of crime scene investigation. In 1966, the department was dissolved, and the dioramas went to the Maryland Medical Examiner’s Office in Baltimore, Maryland, U.S. where they are on permanent loan and still used for forensic seminars.

 

The dioramas are detailed representations of death scenes that are composites of actual cases, created by Glessner Lee on a 1 inch to 1 foot (1:12) scale. She attended autopsies to ensure accuracy, and her attention to detail extended to having a wall calendar include the pages after the month of the incident, constructing openable windows, and wearing out-of-date clothing to obtain realistically worn fabric. The dioramas show tawdry and, in many cases, disheveled living spaces very different from Glessner Lee's own background. The dead include prostitutes and victims of domestic violence.

 

Glessner Lee called them the Nutshell Studies because the purpose of a forensic investigation is said to be to "convict the guilty, clear the innocent, and find the truth in a nutshell." Students were instructed to study the scenes methodically—Glessner Lee suggested moving the eyes in a clockwise spiral—and draw conclusions from the visual evidence. At conferences hosted by Glessner Lee, prominent crime-scene investigators were given 90 minutes to study each diorama.

www.phaselis.org/en/about/about-project

Phaselis Research

 

Phaselis

 

When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.

 

This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.

 

Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.

 

By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.

 

Phaselis Territorium

 

The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.

 

Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.

 

PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.

 

Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.

  

en.wikipedia.org/wiki/Phaselis

 

Great Blue Heron (Ardea herodias)

 

Form follows function is a principle associated with modern architecture and industrial design in the 20th Century, which states that the shape of a building or object should be predicated by or based upon its intended function or purpose. Linking the relationship between the form of an object and its intended purpose

 

It seems Nature has been utilizing this principle for millions of years. It's always fun to watch these majestic birds as they slowly and methodically move along the shallow waters. Once they spot their target - their long neck and spear like beak strike with amazing speed and accuracy.

 

side note: I actually photographed the Heron at the Fort Worth Zoo. It was not in an actual exhibit, but is native to North and Central America. This particular Heron has learned to hang out among the Zoo animals, and has become somewhat used to people, and I was happy to take advantage of the opportunity.