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Chiswick Grammar School form 5A (1954)
Back row: 1) Michael Hughes 2) Brian Martin 3) Jimmy Jarvis RIP 4) David (Dibby) Harvey (RIP)
5) Roger Lipman 6) George Helyar 7) Doug Neuff RIP (great sprinter) 8) David Parrott 9) Bob Rickman 10) David Powell 11) Lewis ?? ? 12) Eric Grover 13) Fred Barrett.
Middle row: 1) Vivian Emerson 2) John Lewis 3) Peter Stear 4) Rod Wafer 5) Mr Ernest "Ernie" Finch 6) Terry Phillips RIP 7) Graham ‘Tubby’ Hall 8) David Smith 9) William Catling.
Front row: 1) David Lewisohn RIP 2) Bert Kitchener 3) Paul Tomlinson 4) Fred Curbishley
5) Terry Clements; 6) Keith Rushby 7) Peter ?? Moss 8) Tony Hutton.
School Library reference JL 03
Thanks to Brian Martin ,Graham Hall Rod Wafer and Roger Lipman for the names.
Igneous rocks form by the cooling & crystallization of hot, molten rock (magma & lava). If this happens at or near the land surface, or on the seafloor, they are extrusive igneous rocks. If this happens deep underground, they are intrusive igneous rocks. Most igneous rocks have a crystalline texture, but some are clastic, vesicular, frothy, or glassy.
Peridotites are coarsely-crystalline, ultramafic, intrusive igneous rocks. Ultramafic rocks have <45% silica (= SiO2 chemistry). Peridotites themselves are dominated by the mineral olivine, with or without a significant pyroxene component. They are often greenish-colored or greenish-black.
Peridotites are scarce in much of the Earth’s crust, but are common in Earth's upper mantle. There are a few places on Earth where mantle rocks have been uplifted to the surface. Examples of localities with exposed mantle peridotites (or metamorphosed peridotites) include Oman, Cyprus, the Shetland Islands, Austria, and Newfoundland. Sometimes, peridotite rocks from the mantle get caught up in rising masses of magma. When erupted from volcanoes at the surface, the lava flows will have mantle peridotite xenoliths.
There are four principal varieties of peridotite, based on different percentages of the three main minerals: olivine, clinopyroxene, and orthopyroxene. These four rocks are dunite, harzburgite (formerly saxonite), wehrlite, and lherzolite. Dunite has 90 to 100% olivine, with minor pyroxene. Lherzolite, harzburgite, and wehrlite have decent mixes of olivine & pyroxene. Harzburgite is a mix of olivine and orthopyroxene (40 to 90% olivine & 10 to 60% orthopyroxene). Wehrlite is a mix of olivine and clinopyroxene (40 to 90% olivine & 10 to 60% clinopyroxene). Lherzolite is a mix of olivine (40 to 90% of the rock), plus orthopyroxene and clinopyroxene.
The peridotite seen here is a dunite - it's almost exclusively composed of forsterite olivine. The scattered, black specks are small crystals of chromite (FeCr2O4).
Each time I think I have a Sulphur identified I'm wrong. I learned....... "Some Orange Sulphurs, especially late in the season and with females both orange and white, have a lot of dark scaling, referred to as melanic forms." It's always worth double checking. Someday I may have something different :)
Inside this tower would once have been a hive of activity.
Under the command of No. 1 Group RAF, Swinderby came under the auspices of RAF Bomber Command and housed several RAF Bomber Squadrons, among others No. 300 Polish Bomber Squadron and No. 301 Polish Bomber Squadron, initially flying the Fairey Battle, then Vickers Wellington. Other squadrons operated aircraft, such as the Handley Page Hampden.
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Rocky planets may be able to form in harsher environments than we thought. Webb detected key building blocks of planets, including water and carbon dioxide, in a rocky planet-forming zone being hit by extreme amounts of ultraviolet radiation.
Planets are formed from disks of gas, dust and rock surrounding stars. The specific disk Webb observed, XUE 1, is near several massive stars. These stars emit high levels of ultraviolet radiation, which scientists expected would disperse gas and break apart chemical molecules.
To the team’s surprise, Webb found partially crystalline silicate dust, plus various molecules (water, carbon monoxide, carbon dioxide, hydrogen cyanide, acetylene) that can form rocky planets. It’s the first time such molecules have been detected under these extreme conditions.
Learn more: www.nasa.gov/missions/webb/webb-study-reveals-rocky-plane...
This image: This spectrum shows data from the protoplanetary disk termed XUE 1, which is located in the star cluster Pismis 24. The inner disk around XUE 1 revealed signatures of water (highlighted here in blue), as well as acetylene (C2H2, green), hydrogen cyanide (HCN, brown), and carbon dioxide (CO2, red). As indicated, some of the emission detected was weaker than some of the predicted models, which might imply a small outer disk radius.
Credit: NASA, ESA, CSA, M. Ramírez-Tannus (Max Planck Institute for Astronomy), J. Olmsted (STScI)
[Image description: Graphic titled “XUE 1 Irradiated Protoplanetary Disk, MIRI Medium -Resolution Spectroscopy” shows a graph of brightness on the y-axis versus wavelength of light in microns on the x-axis. An arrow pointing down along the y-axis reads “dimmer;” arrow pointing up reads “brighter.” (There are no values or tick marks on the y-axis.) The x-axis ranges from 13.3 microns on the left to 15.5 microns on the right, labeled in even increments of 0.5 microns, starting at 13.5. A key in the upper right corner shows that model data are plotted in purple and Webb data are plotted in white. Both the model and data form jagged lines with numerous peaks and valleys. The model and data do not match perfectly, but the general trends align. Four sets of peaks are highlighted and labeled. (1) Acetylene, C 2 H 2—highlighted in green; centered around 13.7 microns. (2) Hydrogen Cyanide, H C N—brown; 14.0 microns. (3) Water, H 2 O—blue; 14.2 microns. (4) Carbon Dioxide, C O 2—bright red; 14.95 microns.]
Naturally formed ice that occurs in Tennessee at below freezing temperatures,i call them ice flowers!The formation of frost flowers, also known as "ice flowers," is apparently dependent on a freezing weather condition occurring when the ground is not already frozen. The sap in the stem of the plants will expand (water expands when frozen), causing long, thin cracks to form along the length of the stem. Water is then drawn through these cracks via capillary action and freezes upon contact with the air. As more water is drawn through the cracks it pushes the thin ice layers further from the stem, causing a thin "petal" to form. In the case of woody plants and (living or dead) tree branches the freezing water is squeezed through the pores of the plant forming long thin strings of ice that look uncannily like hair i.e. "frost beard".
The petals of frost flowers are very delicate and will break when touched. They usually melt or sublimate when exposed to sunlight and are usually visible in the early morning or in shaded areas.
Dunk Island, known as Coonanglebah in the Warrgamay and Dyirbal languages, is an island within the locality of Dunk in the Cassowary Coast Region, Queensland, Australia. It lies 4 kilometres (2.5 mi) off the Australian east coast, opposite the town of Mission Beach. The island forms part of the Family Islands National Park and is in the larger Great Barrier Reef World Heritage Area.
The island is surrounded by reefs and has a diverse population of birds. The Bandjin and Djiru peoples once used the island as a source for food. Europeans first settled on the island in 1897. Dunk Island was used by the Royal Australian Air Force during World War II. In recent years the island and its resort facilities have been adversely affected by both Cyclone Larry and Cyclone Yasi.
The traditional Aboriginal owners of Dunk Island are the Bandjin and Djiru people, who have lived in this area for tens of thousands of years. After the sea level rise, they paddled to the islands in bark canoes to gather food and materials. The Warrgamay and Dyirbal name for Dunk Island is Coonanglebah, meaning "The Island of Peace and Plenty". It received its European name from Captain Cook, who sailed past it on 8 June 1770, remarked that it was a "tolerable high island" and named it after George Montague-Dunk, 2nd Earl of Halifax (a former First Lord of the Admiralty).
Europeans settled the nearby mainland during the 1800s, seeking gold, timber and grazing land. In 1848, John MacGillivray studied the fauna and flora of the island while HMS Rattlesnake was anchored off the island for ten days. He subsequently wrote of its natural features in the Narrative of the Voyage of HMS Rattlesnake, published in England in 1852.
Dunk Island, eight or nine miles in circumference, is well wooded—it has two conspicuous peaks, one of which (the North-West one) is 857 feet in height. Our excursions were confined to the vicinity of the watering place and the bay in which it is situated. The shores are rocky on one side and sandy on the other, where a low point runs out to the westward. At their junction, and under a sloping hill with large patches of brush, a small stream of fresh water, running out over the beach, furnished a supply for the ship, although the boats could approach the place closely only at high-water. — John MacGillivray, Narrative of the Voyage of HMS Rattlesnake
Edmund Banfield
In 1897, suffering from work anxiety and exhaustion, and advised by doctors that he had just six months to live, writer Edmund James Banfield moved to Dunk Island with his wife Bertha – so becoming the island's first white settlers. Previously a journalist and senior editor with the Townsville Daily Bulletin for fifteen years, Banfield let the tranquillity of this unspoilt tropical paradise weave its magic and he lived on Dunk Island for the remaining 26 years of his life until his death in 1923.
A small hut built with the assistance of an Aborigine called Tom was the Banfields' first home. Over a period of time they cleared four acres of land for a plantation of fruit and vegetables. Combined with their chickens, cows and goats as well as the abundance of seafood and mangrove vegetation, they lived very self-sufficiently. Fascinated by Dunk Island's flora and fauna Banfield meticulously recorded his observations and went on to write a series of articles about island life under the pseudonym Rob Krusoe. He was further inspired to write a full-length book entitled Confessions of a Beachcomber (1908). The book became a celebrated text for romantics and escapists and established Dunk Island's reputation as an exotic island paradise.
In the ensuing years, Banfield wrote several other books about Dunk including My Tropical Isle (1911) and Tropic Days (1918). In these he shared the secrets of nature that he had uncovered and described the customs and legends of the Aboriginal people on the island. E. J. Banfield died on 2 June 1923 and his final book Last Leaves from Dunk Island was published posthumously in 1925. His widow remained on the island for another year before moving to Brisbane where she died, ten years after her husband. Today both are buried on the trail to Mt Kootaloo.
Commencement of the resort and World War II
The island was bought in 1934 by Captain Brassey and Banfield's bungalow provided the basis for the beginnings of a resort. The resort was commenced in 1936. The Royal Australian Air Force occupied Dunk Island during World War II, building its airstrip in 1941. They installed a radar station on the island's highest point a year later, which was then dismantled when the war ended in 1945.
Post-war development of the resort
The Brassey family returned to run the resort for a period at the end of the war. The island then went through a succession of owners. In 1956, Gordon & Kathleen Stynes purchased it and relocated their family there from Victoria. They then redeveloped and upgraded the resort's facilities to establish the island as a tourist destination. As a result, Dunk Island became a popular destination for celebrities[11] including Sean Connery, Henry Ford II, and Australian Prime Ministers Harold Holt and Gough Whitlam. The Stynes Family owned and operated the island and resort until 1964, when it was sold to Eric McIlree, founder of Avis Rent-A-Car.
In 1976, Trans Australia Airlines purchased Dunk Island. Ownership passed to Qantas in 1992, following its merger with Australian Airlines. On 24 December 1997, the island was purchased by P&O Australian Resorts, which was acquired by Voyages in July 2004. In September 2009, both Dunk and Bedarra island resorts were purchased by Hideaway Resorts, a wholly owned subsidiary of Pamoja Capital.
Artists' colony
Dunk Island was also home to a small community of artists who lived, worked and showcased their work to many international and local visitors on a property on the southern side of the island. The Colony was established in 1974 by former Olympic wrestler Bruce Arthur, who died at his home on Island in March 1998 and continued to operate under resident metalsmith Susi Kirk until Cyclone Larry damaged much of the colony. Kirk continued to live at the colony until Cyclone Yasi destroyed her home in 2011, and has subsequently continued to live and work on Dunk Island as the last member of the artist colony.
After Cyclone Yasi, 2011–2020
After Cyclone Yasi, Dunk Island was bought by Australian entrepreneur Peter Bond and redevelopment of the resort commenced in 2014. This redevelopment never took place.
In September 2019 Mayfair 101, an Australian family-owned investment conglomerate led by James Mawhinney, purchased Dunk Island. Mayfair 101 also secured over 250 properties on mainland Mission Beach as part of its estimated AUD1.6 billion 10-15-year plan to restore the region. Mayfair 101 was awarded the Dunk Island Spit tender on 14 November 2019 by the Cassowary Coast Regional Council, providing the opportunity for Mayfair 101 to negotiate a 30-year lease over the iconic Dunk Island Spit. The island's redevelopment is being undertaken by Mayfair 101's property division, Mayfair Iconic Properties, which has established a team based at Mission Beach to undertake the significant rejuvenation of the region.
In August 2020, the previous owners of the island, Family Islands Operations, owned by the family of Australian businessman Peter Bond repossessed the island after the owners Mayfair 101 failed to meet their payment obligations.
Source: en.wikipedia.org/wiki/Dunk_Island
Image source: Queensland State Archives Item ID ITM435811 Islands - Barrier Reef
Free drawing made in Erloy by the fireplace with old paper found on the flee market in brussels and rotring pen.
may 4&5th 2009
This is only some of the forms, income slips and receipts I received during 2011 to report my 2011 income tax. It's so freaking complicated and annoying.
The Hong Kong expat community has a sarcastic nickname for Canada's tax recenue agency -- the Land of Ten Thousand Taxes.
You're given so many income slips, receipts and forms to file. When I used to do it using paper, pen and calculator, it used to take me at least one day to go through all of them, and that's because I'm very well-organised and have all the forms in a folder already. I know people who spend days and weeks to gather all the forms.
In Hong Kong, there's no sales tax, no VAT, no tax on interest and investment income (to encourage people to save and invest, rather than rely on the government). People pay a uniform 16% tax on employment income in Hong Kong. That's it, end of story.
Here in Canada, you report all kinds of income, then the government gives you a number of tax credits to offset the tax deducted, and some tax refunds. But it's so complicated! I get a headache just thinking about it each spring : (
Formed up outside Winchester Cathedral, another shot taken during the Regiment's Freedom of the City Parade and the Turning of the pages Ceremony, when the book of remembrance is brought out to the Rifle Regiments memorial, turned to a new page and the names of the fallen read out.
Felix Gonzalez-Torres: Specific Object without Specific Form at WIELS, Brussels, through April 25, 2010
This is the usual colour form we have in Kent, although the markings on the lip of this has faded giving it a semi-var. alba look to it.
I think it looks rather nice.
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We woke at quarter to six in Swindon.
Outside it was warm and cloudy. But with the promise of sunshine later.
We had a shower, dressed and was down fr breakfast for half six, with all bar the cooked food ready.
So, we filled our boots with fruit and coffee before the fry up was brought. Aroud us, young red-eyed familes ate in a daze, and men in work clothes got ready for their last working day of the week.
We had a 90 minute drive, so we turned out of the car park at seven, across the huge roundabout ond onto the M4 heading due west for Bath, Bristol and Wales.
We put the radio on, and as the cruised through the Wiltshire countryside, the clouds above thinned and the sun broke through.
It was going to be a perfect day for orchiding.
We crossed over the new bridge ito Wales, traffic was heavier, but it flowed well, and all around the weather improved.
Past Newport and Cardiff beofre trning off to the coast, lead by the sat nav into which I had programmed the postcode. Although that wasn't enough, as the post coast was a gated farm track.
We tried to drive into the nearest town, and there was no reserve, but on the way out I saw a brown sign with a waterfowl, the symbol for a reserve.
Getting close now.
We arrived, and already the car park was half full, because sadly most people use reserves as dog exercise areas, and we were to be harassed and harried all our visit but aggressive small and larger dog and owners who don't give a toss.
I was here to see a rarer colour variation of the Early Marsh, but Kenfig is also home to the only western colony of Fen Orchids. I had seen these in Norfolk a few years back, but as were here, and someone on Twitter supplied me with a grid reference and good directions, as the orchids are tiny.
So, we went via a maze of tracks, heading mostly west, through coppices and dunes, until there was a large open area of grass.
And orchids.
And there were the magenta coloured EMO.
I filled my boots.
Then, to find the Fens.
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The Early Marsh-orchid is one of our most beautiful and enigmatic wild orchids. The flowers occur in four colours, and they are sufficiently different from one another to have all been given subspecies status: a pale salmon pink, Dactylorhiza incarnata subsp. incarnata; brick red, Dactylorhiza incarnata subsp. coccinea; purple, Dactylorhiza incarnata subsp. pulchella; and cream Dactylorhiza incarnata subsp. ochroleuca. The latter is confined to the East Anglian fens. In favoured habitats Dactylorhiza incarnata can carpet the ground in early spring, and in most good sites it is easy to find two or more of the subspecies growing in close proximity. In addition to the above there is also another subspecies. Sometimes called the Flecked Marsh-orchid or Leopard Orchid, Dactylorhiza incarnata subsp. cruenta is known only from part of western Ireland and a few sites in Scotland; it is classified as Endangered in the UK, while in Ireland, where it mainly occurs in The Burren, it is also under threat from habitat degradation. Early Marsh-orchid in all its variations flowers between mid May and late June. The subspecies which occur in England, Scotland and Wales are localised but can be abundant in good years. With the exception of Dactylorhiza incarnata subsp. pulchella (which is tolerant of more acid conditions and occurs in bogs and on heathland), these orchids favour alkaline substrates and can be found in fens, wet alkaline meadows and sand-dune slacks. On the European mainland, Dactylorhiza incarnata is recorded from Scandinavia in the north to Italy and Spain in the south.
D. incarnata subsp. incarnata
Plant: 7 to 40cm but typically 20 to 40cm; stem pale green or yellowish, usually hollow.
Leaves: bright green; 3 to 5 broad, keeled sheathing leaves at base of stem, and 1 or 2 non sheathing leaves higher up.
Bracts: bright green, sometimes flushed pink.
Flowers: 10 to 70 flowers in a densely-packed inflorescence; pale pink, often salmon pink. Sepals and petals paler than the lip; upper sepal and petals form a tight hood over the lip. Lip pale pink, slightly lobed with lateral lobes deflected downwards, liberally covered with dark-pink dots within loops.
www.hardyorchidsociety.org.uk/hos%201012/orchidphotos/dac...
Spinning is an ancient textile art in which plant, animal or synthetic fibers are drawn out and twisted together to form yarn. For thousands of years, fiber was spun by hand using simple tools, the spindle and distaff. Only in the High Middle Ages did the spinning wheel increase the output of individual spinners, and mass-production only arose in the 18th century with the beginnings of the Industrial Revolution. Hand-spinning remains a popular handicraft.
Characteristics of spun yarn vary according to the material used, fiber length and alignment, quantity of fiber used, and degree of twist.
HISTORY
HAND SPINNING
The origins of spinning fiber to make string or yarn are lost in time, but archaeological evidence in the form of representation of string skirts has been dated to the Upper Paleolithic era, some 20,000 years ago. In the most primitive type of spinning, tufts of animal hair or plant fiber are rolled down the thigh with the hand, and additional tufts are added as needed until the desired length of spun fiber is achieved. Later, the fiber is fastened to a stone which is twirled round until the yarn is sufficiently twisted, whereupon it is wound upon the stone and the process repeated over and over.
The next method of spinning yarn is with the spindle, a straight stick eight to twelve inches long on which the yarn is wound after twisting. At first the stick had a cleft or split in the top in which the thread was fixed. Later, a hook of bone was added to the upper end. The bunch of wool or plant fibers is held in the left hand. With the right hand the fibers are drawn out several inches and the end fastened securely in the slit or hook on the top of the spindle. A whirling motion is given to the spindle on the thigh or any convenient part of the body. The twisted yarn is then wound on to the upper part of the spindle. Another bunch of fibers is drawn out, the spindle is given another twirl, the yarn is wound on the spindle, and so on.
The distaff was used for holding the bunch of wool, flax, or other fibers. It was a short stick, on one end of which was loosely wound the raw material. The other end of the distaff was held in the hand, under the arm or thrust in the girdle of the spinner. When held thus, one hand was left free for drawing out the fibers.
A spindle containing a quantity of yarn rotates more easily, steadily, and continues longer than an empty one; hence, the next improvement was the addition of a weight called a spindle whorl at the bottom of the spindle. These whorls are discs of wood, stone, clay, or metal with a hole in the center for the spindle, which keep the spindle steady and promote its rotation. Spindle whorls appeared in the Neolithic era. They allowed the spinner to slowly lower, or drop, the spindle as it was spinning, thus allowing a greater quantity of yarn to be created before it had to be wound onto the spindle; hence the name "drop spindle," which is now most commonly used for the hand spindle with whorl attached.
In mediæval times, poor families had such a need for yarn to make their own cloth and clothes that practically all girls and unmarried women would keep busy spinning, and "spinster" became synonymous with an unmarried woman. Subsequent improvements with spinning wheels and then mechanical methods made hand-spinning increasingly uneconomic, but as late as the twentieth century hand-spinning remained widespread in poor countries: in conscious rejection of international industrialization, Gandhi was a notable practitioner. The hand spinning movement that he initiated as a part of the Indian freedom struggle has made the handwoven cloth known as "Khadi" made from handspun cotton yarn world famous. Women spinners of cotton yarn still continue to work to produce handspun yarn for the weaving of Khadi in Ponduru, a village in South India.
A great wheel (also called a wool wheel, high wheel or walking wheel) is advantageous when using the long-draw technique to spin wool or cotton because the high ratio between the large wheel and the whorl (sheave) enables the spinner to turn the bobbin faster, thus significantly speeding up production.
A Saxony wheel (also called a flax wheel) or an upright wheel (also called a castle wheel), can be used to spin wool or cotton, but are invaluable when spinning flax (linen). The ends of flax fibers tend to stick out from the thread unless wetted while being spun. The spinner typically keeps a bowl of water handy when spinning flax, and on these types of wheels, both hands are free (since the wheel is turned with a treadle, rather than by hand), so the spinner can use one hand to draft the fibers and the other to wet them.
INDUSTRIAL SPINNING
Modern powered spinning, originally done by water or steam power but now done by electricity, is vastly faster than hand-spinning.
The spinning jenny, a multi-spool spinning wheel invented c. 1764 by James Hargreaves, dramatically reduced the amount of work needed to produce yarn of high consistency, with a single worker able to work eight or more spools at once. At roughly the same time, Richard Arkwright and a team of craftsmen developed the spinning frame, which produced a stronger thread than the spinning jenny. Too large to be operated by hand, a spinning frame powered by a waterwheel became the water frame.
In 1779, Samuel Crompton combined elements of the spinning jenny and water frame to create the spinning mule. This produced a stronger thread, and was suitable for mechanisation on a grand scale. A later development, from 1828/29, was Ring spinning.
In the 20th century, new techniques including Open End spinning or rotor spinning were invented to produce yarns at rates in excess of 40 meters per second.
CHARACTERISTICS OF SPUN YARNS
MATERIALS
Yarn can be, and is, spun from a wide variety of materials, including natural fibers such as animal, plant, and mineral fibers, and synthetic fibers. It was probably first made from plant fibers, but animal fibers soon followed.
TWIST AND PLY
The direction in which the yarn is spun is called twist. Yarns are characterized as S-twist or Z-twist according to the direction of spinning (see diagram). Tightness of twist is measured in TPI (twists per inch or turns per inch).
Two or more spun yarns may be twisted together or plied to form a thicker yarn. Generally, handspun single plies are spun with a Z-twist, and plying is done with an S-twist. This is a cultural preference differing in some areas but surprisingly common.
PLYING METHODS
Yarns can be made of two, three, four, or more plies, or may be used as singles without plying. Two-ply yarn can also be plied from both ends of one long strand of singles using a center-pull ball, where one end feeds from within a ball of yarn while the other end feeds from the outside. So-called "Andean" plying, in which the single is first wound around one hand in a specific manner that allows unwinding both ends at once without tangling, is another way to ply smaller amounts of yarn. The name comes from a method used by Andean spinners to manage and splice unevenly matched singles being plied from multiple spindles. "Navajo" (aka "chain-") plying is another method of producing a three-ply yarn, in which one strand of singles is looped around itself in a manner similar to crochet and the resulting three parallel strands twisted together. This method is often used to keep colors together on singles dyed in sequential colors. Cabled yarns are usually four-ply yarns made by plying two strands of two-ply yarn together in the direction opposite to the plying direction for the two-ply yarns.
CONTEMPORARY HAND SPINNING
Hand-spinning is still an important skill in many traditional societies. Hobby or small scale artisan spinners spin their own yarn to control specific yarn qualities and produce yarn that is not widely available commercially. Sometimes these yarns are made available to non-spinners online and in local yarn stores. Handspinners also may spin for self-sufficiency, a sense of accomplishment, or a sense of connection to history and the land. In addition, they may take up spinning for its meditative qualities.
Within the recent past, many new spinners have joined into this ancient process, innovating the craft and creating new techniques. From using new dyeing methods before spinning, to mixing in novelty elements (Christmas Garland, eccentric beads, money, etc.) that would not normally be found in traditional yarns, to creating and employing new techniques like coiling, this craft is constantly evolving and shifting.
To make various yarns, besides adding novelty elements, spinners can vary all the same things as in a machined yarn, i.e., the fiber, the preparation, the color, the spinning technique, the direction of the twist, etc. A common misconception is yarn spun from rolags may not be as strong, but the strength of a yarn is actually based on the length of hair fiber and the degree of twist. When working with shorter hairs, such as llama or angora rabbit, the spinner may choose to integrate longer fibers, such as mohair, to prevent yarn breakage. Yarns made of shorter fibers are also given more twist than yarns of longer fibers, and are generally spun with the short draw technique.
The fiber can be dyed at any time, but is often dyed before carding or after the yarn has been spun.
Wool may be spun before or after washing, although excessive amounts of lanolin may make spinning difficult, especially when using a drop-spindle. Careless washing may cause felting. When done prior to spinning, this often leads to unusable wool fiber. In washing wool the key thing to avoid is too much agitation and fast temperature changes from hot to cold. Generally, washing is done lock by lock in warm water with dish-soap.
EDUCATION
There are number of guilds and educational institutions which offer certificate programs in handspinning. The Handweavers Guild of America (HGA) offers a Certificate of Excellence in Handspinning. Olds College in Alberta, Canada, offers a Master Spinner program both on campus and by distance education. The Ontario Handweavers & Spinners offer both a Spinning Certificate as well as a Master Spinning Certificate. These programs feature in-depth examinations of handspinning topics, as well as extensive assignments and skill evaluations.
TECHNIQUES
A tightly spun wool yarn made from fiber with a long staple length in it is called worsted. It is hand spun from combed top, and the fibers all lie in the same direction as the yarn. A woolen yarn, in contrast, is hand spun from a rolag or other carded fiber (roving, batts), where the fibers are not as strictly aligned to the yarn created. The woolen yarn, thus, captures much more air, and makes for a softer and generally bulkier yarn. There are two main techniques to create these different yarns: short draw creates worsted yarns, and long draw creates woolen yarns. Often a spinner will spin using a combination of both techniques and thus make a semi-worsted yarn.
Short draw spinning is used to create worsted yarns. It is spun from combed roving, sliver or wool top. The spinner keeps his/her hands very close to each other. The fibers are held, fanned out, in one hand, and the other hand pulls a small number from the mass. The twist is kept between the second hand and the wheel. There is never any twist between the two hands.
Long draw is spun from a carded rolag. The rolag is spun without much stretching of the fibers from the cylindrical configuration. This is done by allowing twist into a short section of the rolag, and then pulling back, without letting the rolag change position in one's hands, until the yarn is the desired thickness. The twist will concentrate in the thinnest part of the roving; thus, when the yarn is pulled, the thicker sections with less twist will tend to thin out. Once the yarn is the desired thickness, enough twist is added to make the yarn strong. Then the yarn is wound onto the bobbin, and the process starts again.
SPINNING IN THE GREASE
Handspinners are split, when spinning wool, as to whether it is better to spin it 'in the grease' (with lanolin still in) or after it has been washed. More traditional spinners are more willing to spin in the grease, as it is less work to wash the wool after it is in yarn form. Spinners who spin very fine yarn may also prefer to spin in the grease as it can allow them to spin finer yarns with more ease. Spinning in the grease covers the spinner's hands in lanolin and, thus, softens the spinner's hands.
Spinning in the grease works best if the fleece is newly sheared. After several months, the lanolin becomes sticky, which makes the wool harder to spin using the short-draw technique, and almost impossible to spin using the long-draw technique. In general, spinners who use the long-draw technique do not spin in the grease.
Such spinners generally buy their fibers pre-washed and carded, in the form of roving, sliver, or batts. This means less work for the spinners, as they do not have to wash out the lanolin. Spinners then have available predyed fiber, or blends of fibers, which are hard to create when the wool is still in the grease. As machine carders cannot card wool in the grease, pre-carded yarn generally is not spun in the grease. Some spinners use spray-on lanolin-like products to get the same feel of spinning in the grease with carded fiber.
WIKIPEDIA
DESIGNERS’ OWN HOMES: JIM JENNINGS | 2009
Emphasizing Form and Light in His Elegantly Spare Palm Springs Retreat
The Southern California desert has a sensuality all its own—hot, dry air, strong winds, flash floods, chaparral, fan palms, skies clarified to a molten blue. A house in Palm Springs designed by the San Francisco-based architect Jim Jennings, for himself and his partner, writer Therese Bissell, draws on the vernacular of this landscape in elemental ways. On a plot of virgin land near the San Jacinto Mountains, Jennings built a wall and created a world inside—at once a refuge from the desert and an homage to its spaces and extraordinary light.
He and Bissell bought the land in 1999. “Once we had the property, I couldn’t resist designing a house,” reports Jennings. He had not built a residence for himself from the ground up before. Still, he took his time: “When you’re your own client, you can be as demanding as you like. And you know how difficult everything will be, especially when it appears simple.” The house was completed a decade later, and the couple started spending time at their desert retreat in January 2009.
An eight-foot wall of painted concrete block defines the Jennings house, enclosing 3,000 square feet of space. A flat roof seems to float above the building, just as the entire structure seems to float in the landscape. There is no driveway. You approach across white desert sand, past creosote bush, up to the carport in the north side of the white wall. On a sunny day (Palm Springs normally has more than 350 sunny days a year), light filtering through the carport’s painted-steel trellis roof draws vertical stripes on the horizontal blocks. Then you step from the carport through a clear-anodized-aluminum pivot door into the entrance courtyard and pure astonishment.
From the courtyard you see all the way through the living room to a second courtyard with a lap pool at the far (west) end and a mountain beyond. The east and west walls of the living room are sliding glass doors; on each side, three five-foot-wide panels telescope on separate tracks into a wall recess. (The doors stay entirely open most of the time.) With the privacy afforded by the enclosing wall, Jennings gives new definition to indoor-outdoor living, inverting the idea of 1950s post-and-beam Palm Springs architecture, which was about openness as an extension of the surrounding landscape. The Jennings house is all about enclosure, with the openness inside.
The interior section of the residence occupies just 750 square feet: living room and bedroom separated by an in-line kitchen and a luxuriant bath. “We simply wanted a space for the two of us,” says Bissell. Another 15-foot set of glass doors opens from the bedroom to the 1,730-square-foot courtyard.
The inspired steel-deck roof, supported by steel beams, sits above clerestories facing north and south that effectively float the roof above the house. Eight-foot overhangs cantilevered to the east and west provide essential shade. From the living room sofa, the owners can see the neighboring mountain both through the clerestory to the south and above the wall of the pool courtyard to the west. “The emptiness of the pool courtyard intensifies one’s sense of the mountain,” Jennings notes. “It is a void that works in counterpoint with the solid.”
The décor complements the spare aesthetic of the architecture. The couple bought almost nothing new, using pieces they already owned—architectural drawings, a Parentesi lamp, a Charles Eames splint—and others that Jennings designed: the gel-coated-fiberglass table and benches in the entrance/dining courtyard; a powdercoated-aluminum panel bed set on a wood base. In searching for a chair that would work indoors and out, Bissell looked at hundreds of designs—she wanted “no surface that can’t be sat on in a wet bathing suit”—until she found Cappellini’s Spring plastic chair by Ronan and Erwan Bouroullec: It even has a drain hole of sorts.
Hailing from a family of architects, Bissell has design in her blood. “Architecturally,” says Jennings, “she was my muse. For every other aspect of this project she was my collaborator.” Bissell, for her part, says, “Jim and I think alike. I was very interested in what he was doing. But if he had said, ‘I’m going to build a house for us, and we’ll fly down there in about three years,’ that would have been fine, too.”
La cathédrale Notre-Dame-de-l'Assomption de Clermont est une cathédrale gothique située à Clermont-Ferrand. Elle a été édifiée à partir de 1248 au centre de la ville de Clermont, la capitale historique de l'Auvergne. Elle a remplacé une cathédrale romane située au même endroit qui elle-même avait été précédée par deux autres sanctuaires chrétiens. Son patronage initial est celui de saint-Vital et saint-Agricol. La majeure partie de la construction actuelle date de la seconde moitié du XIIIe siècle, c'est le premier exemple d'utilisation en architecture de la pierre de Volvic. La façade occidentale et d'autres rénovations ont été effectuées par Eugène Viollet-le-Duc au cours de la seconde moitié du XIXe siècle.
Featured Image from Sonata Series
Sonata concentrates on seeing rather than looking. In our waking-state, we look at things all the time but consciously unless chosen to do we make the effort to see. This on-going series concentrates on the elements of design ; color, line, shape texture form and pattern. Each image composes of a singular point of interest to achieve photographic satisfaction. Here the visible, mundane & overlooked has its moment.
Nkosi.artiste@gmail.com
ABOUT THE ARTIST
Chance Nkosi Gomez known initiated by H.H Swami Jyotirmayanda as Sri Govinda walks an integral yogic path in which photography is the primary creative field of expression. The medium was introduced during sophomore year of high school by educator Dr. Devin Marsh of Robert Morgan Educational Center. Coming into alignment with light, its nature and articulating the camera was the focus during that time. Thereafter while completing a Photographic Technology Degree, the realization of what made an image “striking” came to the foreground of the inner dialogue. These college years brought forth major absorption and reflection as an apprentice to photographer and educator Tony A. Chirinos of Miami Dade College. The process of working towards a singular idea of interest and thus building a series became the heading from here on while the camera aided in cultivating an adherence to the present moment. The viewfinder resembles a doorway to the unified field of consciousness in which line, shape, form, color, value, texture all dissolve. It is here that the yogi is reminded of sat-chit-ananda (the supreme reality as all-pervading; pure consciousness). As of May 2024 Govinda has completed his 300hr yoga teacher training program at Sattva Yoga Academy studying from Master Yogi Anand Mehrotra in Rishikesh, India, Himalayas. This has strengthened his personal Sadhana and allows one to carry and share ancient Vedic Technology leading others in ultimately directing their intellect to bloom into intuition. As awareness and self-realization grows so does the imagery that is all at once divine in the mastery of capturing and controlling light. Over the last seven years he has self-published six photographic books, Follow me i’ll be right behind you (2017), Sonata - Minimal Study (2018), Birds Singing Lies (2018), Rwanda (2019), Where does the body begin? (2019) & Swayam Jyotis (2023). Currently, Govinda is employed at the Leica Store Miami as a camera specialist and starting his journey as a practitioner of yoga ॐ
With the start of construction on the interior walls for the new SR 520 Pontoons just weeks away the fabrication yard is buzzing with carpenters' saws and activity. The precision work is creating the forms in which the concrete walls will be cast.
Exercise in Form and Perception 12 angles (Freestanding and balanced plywood construction, 62cm x 52cm x 28cm, Dirk Marwig 2016)
*This pic shows 12 angles of the object, turning it on the axis. This object stands on any solid and level surface.
Curso de “Corte e Costura” ABECAO
As beneficiárias da Oficina de Corte e Costura da ABECAO estão colocando em prática as técnicas adquiridas nas aulas, confeccionando vários modelos de vestuários. O objetivo do curso visa resgatar este projeto de qualificação tradicional, ensinando as técnicas para confecção de vestuários de maneira clara, objetiva e completa de como cortar e costurar, promovendo a profissionalização da mão de obra prioritariamente às pessoas em risco social, formando profissionais atendendo a necessidade do mercado de trabalho, estimulando o desenvolvimento da criatividade com qualidade as alunas, Natalia Aparecida Silva Santos, Alessandra Carla da Silva, Aparecida Castanha Vieira, Elaine Pereira Gomes, Graziela Pereira Celestino, Lindalva Leite Melo Barboza, Maria Aparecida Olmedo, Rose Mara Domelas de Castro,Tassiana de Menezes da Silva, demonstra grande aptidão profissional como mostra as fotos, parabéns as alunas e a monitora Marlene Canhada.