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Thank you friends, for your immediate and precise information!! I got it well wow it is nice!! This experience is likely to make me interested in fowls. (^O^) After browsing Japanese web sites on this, I knew that this bird often puzzles Japanese as I did haha
... well then,
Bariken/Taiwan-gamo/France-gamo, バリケン/台湾鴨/フランス鴨、Muscovy duck, Cairina moschata
According to Wikpedia ... "....... a large duck which is native to Mexico, Central and South America. ......... There also are feral breeding populations in North America in and around public parks in nearly every state of the USA and in the Canadian provinces. Although the Muscovy Duck is a tropical bird, it adapts to icy and snowy conditions down to -12°C (10°F) and below without ill effects The wild Muscovy Duck is all-dark apart from the white in the wings, with long talons on its feet and a wide flat tail. ...Some domesticated ducklings have a dark head and blue eyes, others a light brown crown and dark markings on their nape. They are agile and speedy precocial hunters.
From Japanese web search I also knew that ... Introduced to Japan for farming but marketing failed. escaped birds naturalized in many water surface,,,,the only house duck that is not originated in Mallard. ....Japanese name "Bariken" originates from Dutch word "Bergeeende" ... so maybe introduced from Netherland? Other Japanese name means "Taiwan duck", "French duck"
Otto muma park, Tsukuba, Ibaraki, japan Feb 2008
Nikon D70s / Sigma 150 macro
Initial discription -----------------------
I have little knowledge about birds, and nothing especially on fowls. Someone please teach me what is he!!
I thought this one is some kind of turkey or so (^.^;;, but ahh! it jumped into the pond!! I think a turkey does not swim... right? You may laugh at my stone ignorance!! (^O^)
Today I went to Otto-numa park to watch ducks. The sun was warm spring sun, but strong wind was winter north wind. I sit by the pond, and enjoyed watching ducks. I love to watch pin-tails, they are really cute and comical. Swans were swimming elegantly.
There are many feeders and every time someone feeds, there happened quite a mess lol. In front of me a mallard was trying to raxx a white duck (^.^;;
On the bank various kinds of homeless fowls, whom I cannot identify only if it is chicken or not lol, and landed pintails were always making mess following walkers expecting feed. This park, especially in winter is birds wonderland haha.
One after another, fowls came to me, walked about circling around me, so I did much conversation with them haha. "I know you ware nice jacket, but have you ever caught cold? Don't say you have that bird ful!" "..gobble... gobble"
I suddenly thought that fowl may be much more photogenic than wild birds here on close up, and tried some shots haha.
Lou Campanile (left) and George Van Why (right) inspect prototype components on a Coordinate Measuring Machine (CMM), a device that measures the precise dimensions of objects. Photo by Richard Mattox.
The Army is seeking new artillery weapons—missiles, howitzers, shells and rockets—that are more precise and more lethal over a longer range and that are capable of destroying or degrading an enemy’s anti-access and area denial systems. (U.S. Army photo)
Kilmallie Parish / Banavie War Memorial
More precise NGR NN 10875 76986
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Many local war memorials have been recently cleaned so came to see if this one had been cleaned but does not seem to have had any work done on it
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TO THE GLORIOUS MEMORY
OF THESE LOCHABER MEN WHO DIED
FOR KING AND COUNTRY IN THE GREAT WAR
1914- 1916
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MJR. E.S. GOOCH, TORCASTLE, BERKS YEOMANRY
TPR. A. MACDOUGALL, CORPACH, SCOTTISH HORSE
Q.M.S. J. CAMERON, MUIRSHEARLICH, LOVAT SCOUTS
TPR. J. MACSALMAN, BANAVUIE, LOVAT SCOUTS
TPR. A. CAMERON, GLENLOY, LOVAT SCOUTS
TPR. A. CAMERON, GUISACHAN, LOVAT SCOUTS
GUNR. D. MACDOUGALL, CORPACH, ARG.MTN.BTY.
PTE. D. CAMERON, CAOL, ROYAL SCOTS.
PTE. A. DONALDSON, MOUNT, K.O.S.B.
PTE. J. ROY DALZIEL, GUISACHAN, SCOTTISH RFLS.
PTE. A. GILLIES, LOCHY-SIDE, SCOTTISH RFLS.
L/CPL. A. CAMERON, BRAINCHAMUS, BLACK WATCH
L/CPL. J. GILMOUR, BLAICH, BLACK WATCH
SERGT. D. CAMPBELL, GLENPEAN, SEAFORTH HDRS.
L/CPL. J. GRAY, BANAVIE, SEAFORTH HDRS.
L/CPL. E. CAMPBELL, GLENPEAN, GORDON HDRS.
PTE. A. MACPHERSON, MUIRSHEARLICH, GORDON HDRS.
CAPT. A. CAMERON. OF LOCHIEL, CAMERON HDRS.
LIEUT. ARCHD. CAMERON. OF LOCHIEL, CAMERON HDRS.
PTE. P.A. SHAND, ACHNACARRY, CAMERON HDRS.
PTE. J. MACDONALD, ACHNACARRY, CAMERON HDRS.
PTE. H. MACCULLOCH, ACHNACARRY, CAMERON HDRS.
PTE. R. BAKER, ACHNACARRY, CAMERON HDRS.
PTE. P. MACDONALD, PUTACHAN, CAMERON HDRS.
PTE. J. MACLENNAN, GLEN-KINGIE, CAMERON HDRS.
PTE. B. SUTHERLAND, GLEN-KINGIE, CAMERON HDRS.
PTE. D. CAMPBELL, GAIRLOCHY,, CAMERON HDRS.
PTE. A. MACMASTER, MUIRSHEARLICH, CAMERON HDRS.
PTE. R.R.S. CRAWFORD, MANSE, CAMERON HDRS.
PTE. A. MACKENZIE, CORPACH, CAMERON HDRS.
PTE. D. MACMILLAN, CORPACH, CAMERON HDRS.
PTE. A. MACINTYRE, TRISLAIG, CAMERON HDRS.
PTE. J. CAMPBELL, BADABRIE, CAMERON HDRS.
PTE. A. MACLAREN, ARDECHIVE, CAMERON HDRS.
PTE. A. CAMERON, ACHAPHUBLE, CAMERON HDRS.
PTE. A. CAMERON, GLENMAILLIE, CAMERON HDRS.
PTE. J. MACLAREN, GLENFINNAN, CAMERON HDRS.
L/CPL. N. MARTIN, BANAVIE, ARG. & SUTHD. HDRS.
PTE. A.C. CAMERON, GLENMAILLIE, M.C.G.
PTE. M. COLQUHOUN, CORPACH, R.A.M.C.
PTE. J. CAMPBELL, GLENPEAN, R.A.M.C.
PTE. J. MACMASTER, FASSFERN, CANADIAN SFTHS.
D. GILLIES, LOCHY=SIDE, TRANSPORT
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"BITHIDH AN CLIU BUAN"
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1939 - 1945
A.B. T. ALEXANDER, TOMONIE, R.N.
A.B. J. MACDONALD, CORPACH, R.N.
A.B. D. ROBERTSON, CORPACH, R.N.
SGT. A. MACINTOSH, CORPACH, R.A.F.
PTE. D. MACDOUGALL, CORPACH, R.A.S.C.
PTE. K. MACDONALD, ACHNACARRY, CAM. HRS.
PTE. P. WILSON, TOMONIE, CAM. HRS.
---
ID:MHG52984
Type of record:Monument
Name:Banavie War Memorial, Fort William
Grid Reference:NN 10871 76995
Map Sheet:NN17NW
Civil Parish:KILMALLIE
Geographical Area:LOCHABER
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Site Type WAR MEMORIAL (20TH CENTURY)
Canmore ID 318842
Site Number NN17NW 63
NGR NN 10871 76994
Council HIGHLAND
Parish KILMALLIE
Former Region HIGHLAND
Former District LOCHABER
Former County INVERNESS-SHIRE
A few short years ago, it would be impossible to predict the precise way in which data has evolved, and just how much data we generate today. To say it has increased in the last few years would be an understatement. There has been exponential growth of new data, now commonly referred to as Big Data. Itâs not that big data didnât exist before; itâs just that itâs much, much bigger now, and itâs being generated at much faster rates, thanks to modern technology.
For example, YouTube alone boasts over 1 billion users, 300 hours of video uploaded every minute, and hundreds of millions of hours of video content watched and billions of views generated every single day. And thatâs just one website.
According to IBM, we generate 2.5 quintillion bytes of data every day. We are practically drowning in new data, at every second, and unless something is being done with it, all this data is rendered essentially useless. Since this is a trend that is not going away any time soon, how are we able to deal with it all?
Analyzing the data we generate, particularly online data, is an integral part of how businesses run today. It is important for businesses to understand and analyze information in order to use it to grow their company, and become more efficient with business decisions.
Moreover, because much of the data available today is user generated, with everything from emails and clicks, to tweets and Facebook posts, to uploaded photos and videos, it is all being used to gather information on clients and customers, to figure out their interests and habits, market and advertise to them, for the ultimate goal of generating sales from them.
This is why data visualization software, such as ZoomCharts charts and graphs, has been invaluable in making it easy to analyze, understand, and present data. ZoomCharts tools are completely interactive, support massive data sets, work on all modern devices including touch screens, and perform at incredibly fast speeds, to ensure that you are in total control of your data, and not the other way around.
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Drawn with the pencil tool in the iPad art app Graphite, based on this photograph: www.flickr.com/photos/nailbender/2745054194/
To say a drawing is "based on" a photograph -- or for that matter based on looking at living person or landscape directly -- is acknowledgement of a drawing source and also that the real live original in a different place and moment was unavoidably different, probably very different, and possibly not even recognizable. What my lack of skill completely failed to show in this picture was the young man's vigorous sense of aliveness and perhaps a hint of friendliness, conveyed in the photograph by lighting and expression that didn't transfer to my drawing. However, a likeness from somewhat accurate proportions and a hint of the fresh crispness of detail came through much better than I expected.
To be precise, the Kaue is a changing room with shower facilities at a colliery. In the 'White Kaue' the miners would change from their normal clothes, and in the 'Black Kaue' from their work clothes, and place them in baskets which they would hoist on pulleys up toward the ceiling. Each basket belongs to a miner. After hoisting the basket with a chain, they could lock it.
A really stunning place!
These are our latest discoveries since some time ago....
From this logical statistical point onwards, I guess it can help human beings forecast things more precisely and fast now.
Nothing is uncontrollable or predictable at all? Many things are possible & will be improved sooner or later…Right?
Have you ever tested such experiment or been making any mathematical calculations in your house or any where?
Our health is relied on the daily accumulation of valuable data & figure, does our life success also rely on the daily accumulation of valuable data & figure too.... it is not a nice game probably, but we have no other choice if we do not challenge further, right?
Do we have other better choice?
神化的宇宙梦境-008-健康是靠我们每天里所累积的珍贵数据和数字，成功的人生与否也是靠我们每天里所累积的珍贵数据和数字。。。也许不好玩吧？？
我们有其它更美好的选择吗？
If you are interested to know better, kindly please refer to the video at: video.cctv.com/opus/178681.html
We used to keep accumulating all kinds of molecules and pollutant substances every second into our body silently via perspiration process. Among these substances possibilities may include many unknown viruses and other categories as well. The main reason is this universe is full of too many mysterious items which beyond our forecast. Of course, this varies according to how polluted or how hygienic the situation of a particular place.
Have we ever controlled these problems? Can we minimize them?
How can we get rid of such problems cheaply? In fact, I am sure we can resist such problems via mathematical calculations clearly and fast via the valuable information data as shown above.
Do we still dare to counter attack such problems? Can we bet our life that we will be able to live in a minimum virus and pollution condition spontaneously? It can not be denied that people used to work or visit smelly fish or meat stalls environment no matter even in the indoor hypermarkets or at the outdoor compound areas, stuffy factories or massive population density area such as during the schools general meeting & many official general meetings, toilets and etc places usually everyday. All these pollution matters can not be solved logically if we never make a single change.
Since someone has invented certain electrical device which can allow us to minimize the virus and pollutant count effectively? If not mistaken it can release10,000,000,000,000,000 ion/second, this means it can neutralize up to 10,000,000,000,000,000 cations/second instantly.
Since we need to neutralize thousands of unknown positive metallicions especially, it doesn’t mean we can apply too powerful kind of such device.
The important reason here is excessive voltage or radial reaction supply probably may damage our human body’s internal tissue.
We have to choose the adequate electrical consumption supply kinds of equipments only. We must be careful always what brand and what products we shall choose. Brutal choice and action may lead to adverse life impact and life happiness consequently.
Shall we confirm and improve this beneficial fact further?
Isn’t it amazing enough if we can minimize our indoor air pollution problems by a simple touch yet under very cheap condition only? Just imagine if the electrical consumption cost for such smart device is only at around RM5/month. In other words it costs less than RM0.20/day only, isn’t it worthwhile for us to challenge? Prevention is better than cure definitely..
According to such company, their products are complied with the rules & regulations from MYIPO, FDA & and they have obtained many other certified laboratory test accreditation s too.
I think we have to take such kind of logical action no matter how; otherwise our life journey will be just like that forever. That is that… Can you let it go then? I am sure you will not, since you have been equipped with so much knowledge, experience, and power and so on etc
Some of them are beneficial for our body, whereas others might be harmful enough. The consequences of these reasons may result many big issues besides other interlinking disadvantaged possibilities as well.
If we can't filter certain harmful particles out from our body easily, what consequences we may face? Can we depend our luck by praying hard only in this literate world? It must be too ridiculous then if based on the principle of " Nothing Comes From Nothing ". If not, how? For those who are rich enough might be quite alert to undergo various kinds of detoxifications methods regularly.
What about for the poor categories of people, don’t you think they also want to detoxify their body?
Are the current solutions reliable and cheap enough? Have their products been tested & proven working well? Is there any side effect?
What rules & regulations our governments apply? How they govern our countries?
Why can’t human beings prevent them in the first place? This world is too huge, and we are so tiny.... It brings us too many mysterious stories... The more we read, hear and see the more exciting & thrilling we feel …. The consequences of certain experience making us sad and hard to bear sometimes…. Can’t we help our people get rid of certain possible problems? Can’t we help our people to challenge for better condition ???
???? Too many unknown questions keep spinning in my head everyday ...and causing me exhausted and headache only sometimes...
Can any angels help in this world? Well ... many there .... I hope. Just be confident...
The gulls took off, flew around, and later returned to the edge of the ice.
They're kind of blurry -- the lens I use doesn't really autofocus well. It's an 800mm lens, requiring precise focus, and f/5.6, which is the advertised limit of the D200's autofocus. (In fact the D200 can autofocus to f/8 or so under favorable conditions, but not very well.)
Its certainly been a while since I uploaded. To be precise, it has been 10 days.
Those 10 days may seem to have passed rather fast, but it has been a test of pain and patience for me. It has seemed like eternity. And the next few weeks are going to be exactly like that.
I just underwent an ACL reconstruction surgery the same 10 days ago, and the first few days have not been the most pleasant. Thankfully, I am no longer at that phase and things have seemingly got better. From now, it is a test of patience....
And I am hoping to get ready by summer.
Hopefully in time to go out and fully explore the wilds of California once again. I will probably miss the wildflower season this time around, but that, perhaps is a small price to pay for a better leg!
Thankfully, this now gives me plenty of time to go through my images once again to find out some memories that I had locked away. Like this one from a summer climb to the infamous Half Dome.
Those storm clouds brewing in the distance resulted in hail+sleet exactly where I was standing, 6 hours later. However, when I was there, the clear weather and the early morning sky provided wonderful vistas from the edge.
And since flickr doesn't do justice to panoramas, do view it large.
And what does it feel to be on the edge? Scroll down below
Yosemite National Park
CA USA
Warangal Fort, in the present-day Indian state of Telangana, appears to have existed since at least the 13th century CE. Although precise dating of its construction and subsequent enhancements are uncertain, historians and archaeologists generally accept that an earlier brick-walled structure was replaced with stone by Ganapatideva, who died in 1262, and that his successors – Rudramadevi and Prataparudra II – added to its height and added gateways, square bastions and additional circular earthern walls prior to the latter's death in 1323. This places the construction towards the end of the Kakatiya period. There were later modifications between the 15th and 17th centuries, comprising principally the addition of barbicans to the four gates in the stone wall and the creation of gates in the outer earthern wall.
Remnants of the structure can be seen today near to the town of Warangal, which was the Kakatiya capital. The Archaeological Survey of India has listed the remains as a Monument of National Importance.
_____________________________
The 12th and the 13th centuries saw the emergence of the Kakatiyas. They were at first the feudatories of the Western Chalukyas of Kalyana, ruling over a small territory near Warangal. A ruler of this dynasty, Prola II, who ruled from A.D.1110 to 1158, extended his sway to the south and declared his independence. His successor Rudra (A.D.1158--1195) pushed the kingdom to the north up to the Godavari delta. He built a fort at Warangal to serve as a second capital and faced the invasions of the Yadavas of Devagiri. The next ruler Mahadeva extended the kingdom to the coastal area. In A.D.1199, Ganapati succeeded him. He was the greatest of the Kakatiyas and the first after the Satavahanas to bring the entire Telugu area under one rule. He put an end to the rule of the Velanati Cholas in A.D.1210. He forced the Telugu Cholas of Vikramasimhapura to accept his suzerainty. He established order in his vast dominion and encouraged trade.
As Ganapati Deva had no sons, his daughter Rudramba succeeded him in A.D.1262 and carried on the administration. Some generals, who did not like to be ruled by her, rebelled. She could, however, suppress the internal rebellions and external invasions with the help of loyal subordinates. The Cholas and the Yadavas suffered such set backs at her hands that they did not think of troubling her for the rest of her rule.
Prataparudra succeeded his grandmother Rudramba in A.D.1295 and ruled till A.D.1323. He pushed the western border of his kingdom up to Raichur. He introduced many administrative reforms. He divided the kingdom into 75 Nayakships, which was later adopted and developed by the Rayas of Vijayanagara. In his time the territory constituting Andhra Pradesh had the first experience of a Muslim invasion. In A.D.1303, the Delhi Sultan Ala-ud-din Khilji sent an army to plunder the kingdom. But Prataparudra defeated them at Upparapalli in Karimnagar district. In A.D. 1310, when another army under Malik Kafur invaded Warangal, Prataparudra yielded and agreed to pay a large tribute. In A.D.1318, when Ala-ud-din Khilji died, Prataparudra withheld the tribute. It provoked another invasion of the Muslims. In A.D.1321, Ghiaz-ud-din Tughlaq sent a large army under Ulugh Khan to conquer the Telugu country then called Tilling. He laid siege to Warangal, but owing to internal dissensions he called off the siege and returned to Delhi. Within a short period, he came back with a much bigger army. In spite of unpreparedness, Prataparudra fought bravely. For want of supplies, he surrendered to the enemy who sent him to Delhi as a prisoner, and he died on the way. Thus ended the Kakatiya rule, opening the gates of the Telugu land to anarchy and confusion yielding place to an alien ruler.
The Kakatiya period was rightly called the brightest period of the Telugu history. The entire Telugu speaking area was under the kings who spoke Telugu and encouraged Telugu. They established order throughout the strife torn land and the forts built by them played a dominant role in the defence of the realm. Anumakonda and Gandikota among the `giridurgas', Kandur and Narayanavanam among the `vanadurgas', Divi and Kolanu among the `jaladurgas', and Warangal and Dharanikota among the `sthaladurgas' were reckoned as the most famous strongholds in the Kakatiya period. The administration of the kingdom was organized with accent on the military.
Though Saivism continued to be the religion of the masses, intellectuals favoured revival of Vedic rituals. They sought to reconcile the Vaishnavites and the Saivites through the worship of Harihara. Arts and literature found patrons in the Kakatiyas and their feudatories.
WIKIPEDIA & WIKIMAPIA
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Venice: San Giorgio Maggiore with the Guidecca, Ca.1770.
This painting dates from Guardi’s mature period and aptly demonstrates the style and technique for which the artist is best known and celebrated. It shows a view of Venice looking across the Bacino di San Marco, towards the islands of San Giorgio Maggiore (on the left) and Giudecca (on the right). This view – with the church of San Giorgio Maggiore, designed by Andrea Palladio (1508-1580), as its focal point – is taken from the quayside of the main land (the Riva degli Schiavoni) and represents one of the most popular scenes within 18th-century Venetian view painting.
The dramatic light, silvery tonality and short brushstrokes suggest a date of c. 1770s or early 1780s. Particularly notable is the way in which Guardi has skilfully captured the unique light and haze of Venice, in which the water, air and land seem to blur together. The overall impression is atmospheric and generalised – qualities which distinguish Guardi’s works from the detailed and precise observations of his major predecessor, Canaletto.
Although Guardi painted more pictures than Canaletto, he did not enjoy the same level of success with British buyers and Grand Tourists. Indeed, Guardi seems to have been more popular with French patrons and collectors.
December 6, 2013
Press kit:
nationalzoo.si.edu/SCBI/PartnersInTheSky/
Photo Credit: Centre for Conservation and Research.
In this photo: Satellite tracking of wild elephants is essential for better understanding their ecology and for developing effective conservation strategies.
Unlocking the mysteries of animal migration through precise, near real-time tracking can solve major conservation challenges and transform wildlife science worldwide. For the past year, scientists at the Smithsonian Conservation Biology Institute have been working with aviation and aerospace leaders, led by Airbus to launch the “Partners in the Sky” program using aviation and aerospace technology to create a first-of-its-kind global animal-tracking system.
“By bringing together the scientific expertise of the Smithsonian with this roster of partners and their technological assets, we will take a quantum leap forward in our understanding of migration and make a real and lasting impact on biodiversity,” says Steve Monfort, director of the Smithsonian Conservation Biology Institute. “Our Partners in the Sky initiative is an example of the public and private sectors sharing responsibility to take on a worldwide conservation challenge.”
Allan McArtor, chairman of Airbus Americas, learned of the technical challenges facing scientists tracking animals and knew industry could provide solutions. “Aviation and aerospace companies deploy similar technologies and programs every day—whether in satellite navigation, communication and surveillance or in high-fidelity tracking,” said McArtor. “No industry is better positioned to help the public sector transform wildlife conservation and make a difference in the health of our planet.”
Movement of animals is essential to maintaining ecosystems and ultimately a healthy planet. Migrations are common among more than 6,000 species and occur almost everywhere in the world, often spanning thousands of miles. More than 90 percent of the globe’s wildlife is too small to track. For larger species like elephants, conservation-tracking technologies are prohibitively expensive, have high failure rates and are limited in range and resolution.
SCBI scientists are leaders in studying animal movement and its consequences for species, communities and ecosystems. A comprehensive tracking program that SCBI can share across the conservation community has enormous potential. Integrating that information with key environmental and satellite data from other sources, potentially through one platform, will help scientists pinpoint what drives animal movement. The worldwide conservation community could track animals over their lifetime, discover unknown migration routes, understand the spread of infectious disease, reduce human-animal conflicts, combat poaching, pinpoint the root causes of migratory bird population declines and save species from extinction.
SCBI scientists identified specifications for the ideal tracking system and presented them to the Partners in the Sky consortium—Airbus, Intel, Iridium Communications Inc., Joubeh, Lockheed Martin, Michael Goldfarb Associates, Raytheon, Rockwell Collins and United Airlines. Pennsylvania State University’s Applied Research Laboratory joined the effort thanks to a donation from the Rick Bowe and Karen Nemeth Charitable Fund. Together with the Partners and Penn State’s ARL, SCBI scientists charted a course of action that includes four key parts:
•The 1 Gram Challenge. Miniaturizing tracking devices to 1 gram or less will help pinpoint precise movement of birds and other small migratory animals, like amphibians remotely. Existing devices are too large and heavy to track small animals. A tracking device should not weigh more than 5 percent of an animal’s total body weight to minimize impact on the health of the animal.
•Satellite Technology. Industry and scientists are working together to increase data transmission and make tracking devices more affordable and reliable, ideally lasting the lifetime of an animal. Increasing the use of low-orbit satellite networks will help track animals anywhere in the world at any time.
•Commercial Aircraft. Aircraft equipped with antennae and receivers will collect tracking data from transmitter-tagged wildlife on passenger routes and automatically download information to users on the ground. Partnering directly with commercial airlines to use existing transmitters and leverage a network of this scale is unprecedented in animal tracking.
•Big Data. By integrating tracking with environmental satellite data, scientists will be able to predict why, how, where and when animals move. These movement models can reveal connections between important conservation issues, such as climate effects on animal movement, infectious disease spread and human-wildlife conflict. Together with the Partners, SCBI will explore working with existing wildlife programs to integrate tracking data into one comprehensive platform.
The Partners in the Sky program is still in its beginning stages: expanding the markets to make the satellite solution affordable; developing high-power, 1 gram tracking devices; engineering, building, and certifying aircraft antenna to pick up tagged wildlife on overfly routes.
To showcase the potential of the technology, the Zoo’s Asian elephant Shanthi and elephants in the wild at the Centre for Conservation and Research in Sri Lanka, have been collared with tracking devices. Using the Iridium satellite constellation, their positions will be displayed on a kiosk at the Elephant Community Center and on the Zoo’s website. Position reports from three recently tagged black-crowned night herons will also be included, marking the first time that scientists will know the migratory route and winter destinations of these birds after they leave the National Zoo each summer. An “Animal Trax” module will be integrated into the Zoo’s existing App in early 2014. Through “Animal Trax,” users can keep track of the movements of their favorite animal.
# # #
When was the world's first railway laid? No one is quite confident on a precise date but simple rails have been used to guide vehicles for centuries, definitely as far back as the middle ages and possibly even in ancient Greece.
What is certain is that in the early 1600s a Nottinghamshire businessman called Huntingdon Beaumont came to Northumberland and laid rails from collieries near Blyth to a shipping point on the coast.
His waggonway used horses hauling wooden waggons on wooden wheels on wooden rails, however this was not a financial success. It did though provide the spark of progression from primitive wooden rails over short distances, to a railway network which would change Britain and the world forever.
Tyneside Roads
From the mid 1600 onwards waggonways and the Tyneside coal industry became linked so closely that they were known throughout the rest of Britain as 'Tyneside Roads'. A network of lines linked collieries on both sides of the Tyne to the river.
It is no coincidence that the North East was the area where waggonways took greatest hold, because canal building was impossible due to deep valleys and steep hills. What set the rail systems of Tyneside apart from all others was its use of the flanged wheel - a key element of the modern railway as we know it.
A revelation
When the Tanfield Railway - or waggonway as it was known at the time - was built in 1725, it was a revelation. Its massive engineering was unlike anything else in its era, or even since the Roman Empire. It was a triumph of engineering over nature, a clear signal that a new industrial age was upon the world, and that railways would play a massive part.
First laid down more than a quarter of a century before the first railway officially sanctioned by government, over 75 years before the first steam locomotive and a whole 100 years earlier than the Stockton and Darlington Railway, the Tanfield Railway is the world's oldest railway. We will be the first railway to celebrate our tricentenary in 2025.
O pequeno arco é muito leve e preciso e é ideal para esculturas com menos de 2,5 metros.
The small bow is very light and precise and it's ideal for sculptures under 8' (2,4 meters).
The warm walnut inlay is precise yet complicated in detail and contrasts well against the dark ebony wood. The doors with the stylized floral pattern become the focal point when approaching the piece. Although the piece also contained gothic style arches and other patterns, the contrasting floral inlay steals the show and shows the skill of the craftsman. Other pieces in the collection have carved legs made to look like roots and top arches that depicted canopies. The addition of flora and plants into the structure and aesthetics of furniture broke the mold of the historical revival styles of furniture found earlier in the 19th century.
Peñíscola (en castillan) ou Peníscola (en valencien), officiellement Peníscola/Peñíscola1, est une commune au nord de la Communauté valencienne en Espagne. Elle appartient à la Province de Castellón et plus précisément au district de Vinaroz, dans la comarque du Baix Maestrat (nom valencien, Bajo Maeztrazgo en castillan). La langue dominante officielle est le valencien.
À la fin du Grand Schisme d'Occident, l'antipape Benoît XIII (Pedro de Luna, dit le cardinal d'Aragon) exclu d'Avignon d'où il régnait sur une partie de la chrétienté et qui n'était plus toléré que par l'Aragon s'y installa et y mourut après 19 années de résistance à Rome.
Peñíscola (Peníscola en valenciano, y oficialmente Peníscola/Peñíscola) es un municipio de la Comunidad Valenciana, España, situado en la costa norte de la provincia de Castellón, en la comarca del Bajo Maestrazgo. Cuenta con una población de 8.094 habitantes (INE 2011). Posee título de Ciudad desde 1707.
Desde enero de 2013, Peñíscola forma parte de la red Los pueblos más bonitos de España
Peníscola (Valencian: [peˈniskola]) or Peñíscola (Spanish: [peˈɲiskola]), anglicised as Peniscola, is a municipality in the province of Castellón, Valencian Community, Spain. The town is located on the Costa del Azahar, north of the Serra d'Irta along the Mediterranean coast. It is a popular tourist destination.
Peníscola (Valencian: [peˈniskola]) or Peñíscola (Spanish: [peˈɲiskola]), anglicised as Peniscola, is a municipality in the province of Castellón, Valencian Community, Spain. The town is located on the Costa del Azahar, north of the Serra d'Irta along the Mediterranean coast. It is a popular tourist destination.
Peñíscola (Peníscola en valenciano, y oficialmente Peníscola/Peñíscola)3 es un municipio de la Comunidad Valenciana, España, situado en la costa norte de la provincia de Castellón, en la comarca del Bajo Maestrazgo. Cuenta con una población de 8.094 habitantes (INE 2011). Posee título de Ciudad desde 1707.
Desde enero de 2013, Peñíscola forma parte de la red Los pueblos más bonitos de España
Peñíscola (en castillan) ou Peníscola (en valencien), officiellement Peníscola/Peñíscola1, est une commune au nord de la Communauté valencienne en Espagne. Elle appartient à la Province de Castellón et plus précisément au district de Vinaroz, dans la comarque du Baix Maestrat (nom valencien, Bajo Maeztrazgo en castillan). La langue dominante officielle est le valencien.
À la fin du Grand Schisme d'Occident, l'antipape Benoît XIII (Pedro de Luna, dit le cardinal d'Aragon) exclu d'Avignon d'où il régnait sur une partie de la chrétienté et qui n'était plus toléré que par l'Aragon s'y installa et y mourut après 19 années de résistance à Rome.
The third week of daily sketchbook pages - this week was particularly productive, with multiple pages on most days - loving all the collages!
Materials used:
- various scrapbooking papers, magazine pages, book pages, stickers
- masking tape
- washi tape
- Uniball delux micro black pen
- Pilot Precise V5 pens in various colours
- Faber-Castell PITT artist pens (orange 113 and indanthrene blue 247)
- Sharpie paint pens (white, silver, gold)
- Prismacolor Premier (crimson red)
- Staedtler triplus fineliner (pink, blue)
- pencil crayons
When was the world's first railway laid? No one is quite confident on a precise date but simple rails have been used to guide vehicles for centuries, definitely as far back as the middle ages and possibly even in ancient Greece.
What is certain is that in the early 1600s a Nottinghamshire businessman called Huntingdon Beaumont came to Northumberland and laid rails from collieries near Blyth to a shipping point on the coast.
His waggonway used horses hauling wooden waggons on wooden wheels on wooden rails, however this was not a financial success. It did though provide the spark of progression from primitive wooden rails over short distances, to a railway network which would change Britain and the world forever.
Tyneside Roads
From the mid 1600 onwards waggonways and the Tyneside coal industry became linked so closely that they were known throughout the rest of Britain as 'Tyneside Roads'. A network of lines linked collieries on both sides of the Tyne to the river.
It is no coincidence that the North East was the area where waggonways took greatest hold, because canal building was impossible due to deep valleys and steep hills. What set the rail systems of Tyneside apart from all others was its use of the flanged wheel - a key element of the modern railway as we know it.
A revelation
When the Tanfield Railway - or waggonway as it was known at the time - was built in 1725, it was a revelation. Its massive engineering was unlike anything else in its era, or even since the Roman Empire. It was a triumph of engineering over nature, a clear signal that a new industrial age was upon the world, and that railways would play a massive part.
First laid down more than a quarter of a century before the first railway officially sanctioned by government, over 75 years before the first steam locomotive and a whole 100 years earlier than the Stockton and Darlington Railway, the Tanfield Railway is the world's oldest railway. We will be the first railway to celebrate our tricentenary in 2025.
well 99 years to be precise!
Woolworths...
When the giant came to town
They where all put out of business when the giant came to town
who offered jobs a plenty for someone they could trust
with a reference and a smile
Soon there’ll be no local shops
It didn’t take a while
First, we lost the newsagents, the hardware fancy dress
And as they lowered prices, small business fell into a mess
They called it competition and challenge as they might
But, with their buying power, only they could win the fight
Ample free car parking to help you fill your boot
Whilst other local business faltered…
But they didn’t give a hoot!
The giant super market wants to swallow you whole
And if you let them do it, they will conquer and control
You haven’t any transport. Then use our clean free bus
We can get you there and back with the minimum of fuss
To the twenty first century cathedral
All gleaming shinny bright
With it’s neatly stacked shelves like solders on parade
Ready for battle to commence
But did they ever visit? And try their merchandise
Or like the others moan and pass by once or twice
So much for local custom so much for being loyal
Thanks for nothing locals protest when the giant’s plans unveiled
Hypocrite locals swim their crocodile tears
Never visited local shops that stood there for years
A memory, nostalgic maybe you’ll read about
When it’s long closed down
Thanks for nothing mate…it’s gone
Should have used it when it was there anybody got any junk?
There’s a charity shop opening in the precinct,
DWANE READS
action nitro, to be precise
Posted by Second Life Resident Torley Olmstead. Visit Action Surf Sk8te.
New spatial search dialog box in Manufacturing Process Planner provides more precise control of the search bounding box for cross-boundary and in-boundary results from complex assemblies.
Warangal Fort, in the present-day Indian state of Telangana, appears to have existed since at least the 13th century CE. Although precise dating of its construction and subsequent enhancements are uncertain, historians and archaeologists generally accept that an earlier brick-walled structure was replaced with stone by Ganapatideva, who died in 1262, and that his successors – Rudramadevi and Prataparudra II – added to its height and added gateways, square bastions and additional circular earthern walls prior to the latter's death in 1323. This places the construction towards the end of the Kakatiya period. There were later modifications between the 15th and 17th centuries, comprising principally the addition of barbicans to the four gates in the stone wall and the creation of gates in the outer earthern wall.
Remnants of the structure can be seen today near to the town of Warangal, which was the Kakatiya capital. The Archaeological Survey of India has listed the remains as a Monument of National Importance.
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The 12th and the 13th centuries saw the emergence of the Kakatiyas. They were at first the feudatories of the Western Chalukyas of Kalyana, ruling over a small territory near Warangal. A ruler of this dynasty, Prola II, who ruled from A.D.1110 to 1158, extended his sway to the south and declared his independence. His successor Rudra (A.D.1158--1195) pushed the kingdom to the north up to the Godavari delta. He built a fort at Warangal to serve as a second capital and faced the invasions of the Yadavas of Devagiri. The next ruler Mahadeva extended the kingdom to the coastal area. In A.D.1199, Ganapati succeeded him. He was the greatest of the Kakatiyas and the first after the Satavahanas to bring the entire Telugu area under one rule. He put an end to the rule of the Velanati Cholas in A.D.1210. He forced the Telugu Cholas of Vikramasimhapura to accept his suzerainty. He established order in his vast dominion and encouraged trade.
As Ganapati Deva had no sons, his daughter Rudramba succeeded him in A.D.1262 and carried on the administration. Some generals, who did not like to be ruled by her, rebelled. She could, however, suppress the internal rebellions and external invasions with the help of loyal subordinates. The Cholas and the Yadavas suffered such set backs at her hands that they did not think of troubling her for the rest of her rule.
Prataparudra succeeded his grandmother Rudramba in A.D.1295 and ruled till A.D.1323. He pushed the western border of his kingdom up to Raichur. He introduced many administrative reforms. He divided the kingdom into 75 Nayakships, which was later adopted and developed by the Rayas of Vijayanagara. In his time the territory constituting Andhra Pradesh had the first experience of a Muslim invasion. In A.D.1303, the Delhi Sultan Ala-ud-din Khilji sent an army to plunder the kingdom. But Prataparudra defeated them at Upparapalli in Karimnagar district. In A.D. 1310, when another army under Malik Kafur invaded Warangal, Prataparudra yielded and agreed to pay a large tribute. In A.D.1318, when Ala-ud-din Khilji died, Prataparudra withheld the tribute. It provoked another invasion of the Muslims. In A.D.1321, Ghiaz-ud-din Tughlaq sent a large army under Ulugh Khan to conquer the Telugu country then called Tilling. He laid siege to Warangal, but owing to internal dissensions he called off the siege and returned to Delhi. Within a short period, he came back with a much bigger army. In spite of unpreparedness, Prataparudra fought bravely. For want of supplies, he surrendered to the enemy who sent him to Delhi as a prisoner, and he died on the way. Thus ended the Kakatiya rule, opening the gates of the Telugu land to anarchy and confusion yielding place to an alien ruler.
The Kakatiya period was rightly called the brightest period of the Telugu history. The entire Telugu speaking area was under the kings who spoke Telugu and encouraged Telugu. They established order throughout the strife torn land and the forts built by them played a dominant role in the defence of the realm. Anumakonda and Gandikota among the `giridurgas', Kandur and Narayanavanam among the `vanadurgas', Divi and Kolanu among the `jaladurgas', and Warangal and Dharanikota among the `sthaladurgas' were reckoned as the most famous strongholds in the Kakatiya period. The administration of the kingdom was organized with accent on the military.
Though Saivism continued to be the religion of the masses, intellectuals favoured revival of Vedic rituals. They sought to reconcile the Vaishnavites and the Saivites through the worship of Harihara. Arts and literature found patrons in the Kakatiyas and their feudatories.
WIKIPEDIA & WIKIMAPIA
via
Many factors prevent you from delivering strong and precise strikes. One of the main factors is the fear of hurting yourself, it maybe an unconscious fear until you become or are made aware of it. Most individuals are afraid of hurting their own hand upon striking (this explains why in many contact sports, such as boxing, people wear gloves or wrap-up their hands before fighting).
This fear of hurting your hand leads to excessive clenching of the fist, the muscles of the forearm become tense and the strength is dispersed, thus the strike is no longer as powerful. It is important that your fist becomes heavy but not tense while the rest of the body remains in a relaxed state.
If your forearm muscles are tense, the strike delivery distance noticeably changes – the distance becomes shorter. You will have to reach to compensate and attain your target, therefore losing strike impact power.
In many contact sports we see the techniques of putting the weight of the whole body into the strike, placing the feet in a specific way and leaning the body into the strike. These techniques increase the general body tension, and as we know, body tension limits your mobility and makes you telegraph your intentions. Moreover, a lot of pressure is applied to such weaker areas as wrist and fingers and that may easily lead to injuries. You can see how with these common techniques, there would be no precision. How precisely can you hit with a sledge hammer? Or imagine that you take a pencil and try to make a drawing using the movements of your whole body, the same idea is applied to striking, fine muscles have to do fine work.
In Systema, we only tense up the needed muscles.
Another common mistake of delivering strikes is losing the form of the hand by breaking the straight line between the elbow joint and the knuckles. There should be absolutely no angle at the wrist joint, the angle would make you lose strength.
The following drills from the Summit of Masters are recommended for all martial art practitioners, for improvement of both physical skill and health.
NOTE:
Any exercise that does not include a health benefit will actually destroy in the long run. It may not be apparent immediately, but with repeated practice will become visible with age.
Drill 1 – Fist Walking – Partner on the Floor
Partner on the floor lying on his back, his hands along the sides. You are in a pushup position, on your fists, legs wide apart, start from above his ankles and walk your way up his body all the way up to his shoulders, and then down his arms. Place your fists in the areas that provide you with good contact area. As much as possible make the surface area of contact as big and even as you can (so that your whole fist is in contact with your partner’s body). Pick the most comfortable spots for you to stay balanced and for your partner not to get hurt.
If you are comfortable you will not be fearful of hurting your partner, you will relax your shoulders, stay sensitive and will not damage your partner. In Systema, relaxed shoulders are a high priority because they greatly increase the sensitivity of the arms and hands.
As you are walking up on your fists, the surface area where you have to balance yourself is so small, preventing you from tensing your arms and body. If you tense up, you will slip off your partner.
Fist walking also teaches you to chose the proper distance and adjust your position in a dynamic way – an ideal preparation for proper striking. You will also be forced to pick just the right spots on your partner’s body and these will be the spots for most effective strikes. You will learn to develop precision of hand placement and depth of impact.
Your partner also greatly benefits from this drill by getting a pressure massage and learning where tension exists in his body. Instinctively you will place your fists on the areas of his greatest tension.
Remember to continuously breathe throughout this whole drill.
You should try this drill at least twice with your partner lying down on his back. The third time, have your partner lay on his stomach and repeat fist walking up his back starting with the feet.
Drill 2 – Fist Walking – Partner against the Wall
Your partner is standing comfortably with his back against the wall and arms along the sides. You squat in front of him with your feet wide apart, start from above his ankles and walk up his legs and front of the body to the shoulders, while straightening your legs and adjusting your stance as needed with each step of your hands. Finish by walking down his arms.
You should try this drill at least twice with your partner’s back against the wall. The third time, have your partner stand facing the wall and repeat the drill up his back starting with the feet.
You will see how in the standing position, the muscle tension of your partner will be different. He will respond to your pressure in a different way and he will not be as stable. This presents a great opportunity for you to learn the different placement angles and the amount of pressure.
Remember to continuously breathe throughout this whole drill.
Drill 3 – Wall Fist Walking
This drill you do by yourself. You squat facing the wall, and walk up with your fists from the ground all the way up.
You should try this drill at least twice.
Remember to continuously breathe throughout this whole drill.
In this scenario, you learn contact with hard surface. Your whole body has to adjust to minimize discomfort. The more tension there is, the more pain you will experience. It will force you to relax your shoulders and later when you deliver strikes, there will be no rebound effect of the strike back into your body.
Happy Fist Walking…
This article was first published on September 19, 2006.
marylandsystema.com/systema-fist-walking-drills-help-impr...
Cleveland has something really neat: a lake. Lake Erie to be precise, "the fourth-largest lake (by surface area) of the five Great Lakes in North America, and the eleventh-largest globally if measured in terms of surface area" (Wikipedia). It's gorgeous, and its shoreline hosts a beautiful park, Edgewater park. The park includes a pier, used by wandering souls, tourists, and people who like to fish.
This pier has been battered by the world around it, by weather, has been repaired, remodeled many times, and in turn features great textures.
I took my trusty camera, and captured sixteen of these great textures. I gently edited them, color-corrected them, and here we are. The set includes the original textures, negative versions, transparent versions, Bitmap TIFF versions, and vector versions.
These can be used for backgrounds, distressing, to give depth. Use the negative versions as aging artifacts on photos, by changing their blending mode to screen, and lowering the opacity to 25-50%. Have fun!
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- Sixteen (16) raster textures, sized at 3264x2448 pixels
- Includes high contrast versions for softer effects
- Includes negative versions (screen textures)
- Includes Bitmap TIFF versions (ideal for vector work, without bogging down your machine)
- Includes transparent versions
- Includes vector versions (bonus vintage color palettes, sampled from 1960s-1970s packaging)
- Archive size: 3.42 GB
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You should add your name to the Shop's mailing list at https://mailchi.mp/de8bed089b59/theshop. On the menu: new release sneak peeks, deals information, and other general updates from the factory floor. No spam, guaranteed.
Point Precise uses photogrammetry and your iPhone’s device sensors to convert your scans into precise 3D point clouds.
YAG side-pumped laser possesses the most sophisticated technology, the earliest one in laser application.
2. It’s the cheapest laser marking machine.
3. Can quickly mark letter, figure, graphics or auto-coding, serial No., batch No., barcode, 2 -D code, etc. on metal or nonmetal surface (plastic, silicon or porcelain,etc.) which are precise, permanent, non-polluting and environment-friendly.
4. High-speed YAG laser marking machine is mainly equipped with lamp-pumped laser tube, continuous YAG Laser electricity source, A/O Q switch, driver, high-speed X-Y axes galvanometer scanning mirror, water cooling unit., movable workable, computer control system and marking software.
Very precise location in which to avoid combining walking and jumping in one's gait. This particular example in Corn Exchange Street in Cambridge
Tenuous Link: urban message
The large fires of the RxCADRE project were lit in precise predetermined patterns using GIS aboard ATVs (all-terrain vehicles). Eglin Air Force base conducts a lot of prescribed burns, and was able to do this work quite precisely.
We acknowledge funding from the Joint Fire Science Program under Project JFSP 11-2-1-1.
Photo by Ellen Eberhardt