Viele übersetzte Beispielsätze mit "feather out" – Deutsch-Englisch Wörterbuch und Suchmaschine für Millionen von Deutsch-Übersetzungen. Deutsche Übersetzung von "feather" | Der offizielle Collins Englisch-Deutsch Wörterbuch online. Über Deutsche Übersetzungen von. Viele Übersetzungsbeispiele, die nach Aktivitäten kategorisiert wurden, mit “feather” – Englisch-Deutsch Wörterbuch und intelligenten Übersetzungs assistent.
Deutsch-Englisch-WörterbuchViele übersetzte Beispielsätze mit "feather out" – Deutsch-Englisch Wörterbuch und Suchmaschine für Millionen von Deutsch-Übersetzungen. Lernen Sie die Übersetzung für 'feather' in LEOs Englisch ⇔ Deutsch Wörterbuch. Mit Flexionstabellen der verschiedenen Fälle und Zeiten ✓ Aussprache und. Übersetzung Englisch-Deutsch für feather im PONS Online-Wörterbuch nachschlagen! Gratis Vokabeltrainer, Verbtabellen, Aussprachefunktion.
Feather Deutsch Navigation menu VideoPink Panther, The Pepperoni King - 35 Minute Compilation - Pink Panther \u0026 Pals Lernen Sie die Übersetzung für 'feather' in LEOs Englisch ⇔ Deutsch Wörterbuch. Mit Flexionstabellen der verschiedenen Fälle und Zeiten ✓ Aussprache und. Übersetzung Englisch-Deutsch für feather im PONS Online-Wörterbuch nachschlagen! Gratis Vokabeltrainer, Verbtabellen, Aussprachefunktion. Übersetzung für 'feather' im kostenlosen Englisch-Deutsch Wörterbuch von LANGENSCHEIDT – mit Beispielen, Synonymen und Aussprache. Englisch-Deutsch-Übersetzungen für feather im Online-Wörterbuch mcintosh-anderson.com (Deutschwörterbuch). English The worst part was that she had allodynia, the medical term for the phenomenon that I just illustrated Will Kassouf the feather and with the torch. Das Wort des Tages free climbing. Hexenstich m. Feather meal is a byproduct of processing poultry; it is made from poultry feathers by partially grinding them under elevated heat and pressure, and then grinding and drying. A study found that the use of feather meal may contribute to arsenic exposure in humans. Visa Kartenprüfnummer the moment, Dennis is not guaranteeing Christmas deliveries on new tree orders, with the exception of trees already made for immediate shipment.
Amazona guildingii St. Vincent Parrot. Turdus eunomus Naumann's Thrush. Emberiza cirlus Cirl Bunting. Oenanthe hispanica Western Black-eared Wheatear.
Sylvia atricapilla Blackcap. Hirundo rustica Barn Swallow. Francolinus francolinus Black Francolin. Serinus mozambicus Yellow-fronted canary.
Syrmaticus mikado Mikado pheasant. Argusianus argus Great Argus. They are considered the most complex integumentary structures found in vertebrates   and a premier example of a complex evolutionary novelty.
Although feathers cover most of the bird's bodies, they arise only from certain well-defined tracts on the skin. They aid in flight, thermal insulation, and waterproofing.
In addition, coloration helps in communication and protection. Feathers are among the most complex integumentary appendages found in vertebrates and are formed in tiny follicles in the epidermis , or outer skin layer, that produce keratin proteins.
There are two basic types of feather: vaned feathers which cover the exterior of the body, and down feathers which are underneath the vaned feathers.
The pennaceous feathers are vaned feathers. Also called contour feathers, pennaceous feathers arise from tracts and cover the entire body.
A third rarer type of feather, the filoplume, is hairlike and if present in a bird; they are entirely absent in ratites  are closely associated with pennaceous feathers and are often entirely hidden by them, with one or two filoplumes attached and sprouting from near the same point of the skin as each pennaceous feather, at least on a bird's head, neck and trunk.
A typical vaned feather features a main shaft, called the rachis. Fused to the rachis are a series of branches, or barbs ; the barbs themselves are also branched and form the barbules.
These barbules have minute hooks called barbicels for cross-attachment. Down feathers are fluffy because they lack barbicels, so the barbules float free of each other, allowing the down to trap air and provide excellent thermal insulation.
At the base of the feather, the rachis expands to form the hollow tubular calamus or quill which inserts into a follicle in the skin.
The basal part of the calamus is without vanes. This part is embedded within the skin follicle and has an opening at the base proximal umbilicus and a small opening on the side distal umbilicus.
Hatchling birds of some species have a special kind of natal down feathers neossoptiles which are pushed out when the normal feathers teleoptiles emerge.
Flight feathers are stiffened so as to work against the air in the downstroke but yield in other directions. Feathers insulate birds from water and cold temperatures.
They may also be plucked to line the nest and provide insulation to the eggs and young. The individual feathers in the wings and tail play important roles in controlling flight.
Although feathers are light, a bird's plumage weighs two or three times more than its skeleton, since many bones are hollow and contain air sacs.
Color patterns serve as camouflage against predators for birds in their habitats, and serve as camouflage for predators looking for a meal.
As with fish, the top and bottom colors may be different, in order to provide camouflage during flight. Striking differences in feather patterns and colors are part of the sexual dimorphism of many bird species and are particularly important in selection of mating pairs.
In some cases there are differences in the UV reflectivity of feathers across sexes even though no differences in color are noted in the visible range.
Some birds have a supply of powder down feathers which grow continuously, with small particles regularly breaking off from the ends of the barbules. These particles produce a powder that sifts through the feathers on the bird's body and acts as a waterproofing agent and a feather conditioner.
Powder down has evolved independently in several taxa and can be found in down as well as in pennaceous feathers. They may be scattered in plumage as in the pigeons and parrots or in localized patches on the breast, belly, or flanks, as in herons and frogmouths.
Herons use their bill to break the powder down feathers and to spread them, while cockatoos may use their head as a powder puff to apply the powder.
Feathers can then become waterlogged, causing the bird to sink. It is also very difficult to clean and rescue birds whose feathers have been fouled by oil spills.
The feathers of cormorants soak up water and help to reduce buoyancy, thereby allowing the birds to swim submerged.
Bristles are stiff, tapering feathers with a large rachis but few barbs. Rictal bristles are found around the eyes and bill.
They may serve a similar purpose to eyelashes and vibrissae in mammals. Although there is as yet no clear evidence, it has been suggested that rictal bristles have sensory functions and may help insectivorous birds to capture prey.
Grebes are peculiar in their habit of ingesting their own feathers and feeding them to their young. Observations on their diet of fish and the frequency of feather eating suggest that ingesting feathers, particularly down from their flanks, aids in forming easily ejectable pellets.
Contour feathers are not uniformly distributed on the skin of the bird except in some groups such as the penguins , ratites and screamers.
Filoplumes and down may arise from the apterylae. The arrangement of these feather tracts, pterylosis or pterylography, varies across bird families and has been used in the past as a means for determining the evolutionary relationships of bird families.
The colors of feathers are produced by pigments, by microscopic structures that can refract , reflect, or scatter selected wavelengths of light, or by a combination of both.
Most feather pigments are melanins brown and beige pheomelanins , black and grey eumelanins and carotenoids red, yellow, orange ; other pigments occur only in certain taxa — the yellow to red psittacofulvins  found in some parrots and the red turacin and green turacoverdin porphyrin pigments found only in turacos.
Structural coloration    is involved in the production of blue colors, iridescence , most ultraviolet reflectance and in the enhancement of pigmentary colors.
Structural iridescence has been reported  in fossil feathers dating back 40 million years. White feathers lack pigment and scatter light diffusely; albinism in birds is caused by defective pigment production, though structural coloration will not be affected as can be seen, for example, in blue-and-white budgerigars.
The blues and bright greens of many parrots are produced by constructive interference of light reflecting from different layers of structures in feathers.
In the case of green plumage, in addition to yellow, the specific feather structure involved is called by some the Dyck texture.
In some birds, feather colors may be created, or altered, by secretions from the uropygial gland , also called the preen gland.
The yellow bill colors of many hornbills are produced by such secretions. It has been suggested that there are other color differences that may be visible only in the ultraviolet region,  but studies have failed to find evidence.
The reds, orange and yellow colors of many feathers are caused by various carotenoids. A bird's feathers undergo wear and tear and are replaced periodically during the bird's life through molting.
New feathers, known when developing as blood, or pin feathers , depending on the stage of growth, are formed through the same follicles from which the old ones were fledged.
The presence of melanin in feathers increases their resistance to abrasion. They observed that the greater resistance of the darker birds confirmed Gloger's rule.
Although sexual selection plays a major role in the development of feathers, in particular the color of the feathers it is not the only conclusion available.
New studies are suggesting that the unique feathers of birds is also a large influence on many important aspects of avian behavior, such as the height at which a different species build their nests.
Since females are the prime care givers, evolution has helped select females to display duller colored down so that they may blend into the nesting environment.
The position of the nest and whether it has a greater chance of being under predation has exerted constraints on female birds' plumage.
Since the female is the main care giver in some species of birds, evolution has helped select traits that make her feathers dull and often allow her to blend into the surroundings.
The height study found that birds that nest in the canopies of trees often have many more predator attacks due to the brighter color of feathers that the female displays.
Birds develop their bright colors from living around certain colors. Most bird species often blend into their environment, due to some degree of camouflage, so if the species habitat is full of colors and patterns, the species would eventually evolve to blend in to avoid being eaten.
Birds' feathers show a large range of colors, even exceeding the variety of many plants, leaf and flower colors. The feather surface is the home for some ectoparasites, notably feather lice Phthiraptera and feather mites.
Feather lice typically live on a single host and can move only from parents to chicks, between mating birds, and, occasionally, by phoresy.
This life history has resulted in most of the parasite species being specific to the host and coevolving with the host, making them of interest in phylogenetic studies.
Feather holes are chewing traces of lice most probably Brueelia spp. They were described on barn swallows , and because of easy countability, many evolutionary, ecological, and behavioral publications use them to quantify the intensity of infestation.
Parasitic cuckoos which grow up in the nests of other species also have host-specific feather lice and these seem to be transmitted only after the young cuckoos leave the host nest.
Birds maintain their feather condition by preening and bathing in water or dust. It has been suggested that a peculiar behavior of birds, anting , in which ants are introduced into the plumage, helps to reduce parasites, but no supporting evidence has been found.
Feathers are both soft and excellent at trapping heat ; thus, they are sometimes used in high-class bedding , especially pillows , blankets , and mattresses.
They are also used as filling for winter clothing and outdoor bedding, such as quilted coats and sleeping bags. Goose and eider down have great loft , the ability to expand from a compressed, stored state to trap large amounts of compartmentalized, insulating air.
Bird feathers have long been used for fletching arrows. Colorful feathers such as those belonging to pheasants have been used to decorate fishing lures.
Feathers of large birds most often geese have been and are used to make quill pens. The word pen itself is derived from the Latin penna , meaning feather.
Feathers are also valuable in aiding the identification of species in forensic studies, particularly in bird strikes to aircraft.
The ratios of hydrogen isotopes in feathers help in determining the geographic origins of birds.
The poultry industry produces a large amount of feathers as waste, which, like other forms of keratin, are slow to decompose. Autofeather is a feature of the engines on some turboprop or piston engine aircraft.
When the power being produced by the engine drops to the point where it is not contributing to thrust, the propeller will go into a feathered mode to reduce drag.
The auto feather system also allows pilots to reduce the drag of the propellers during an engine failure, therefore, allowing the plane to glide for a longer period of time.
An automatic feathering system was first introduced on the Martin aircraft, a piston engine airplane. The system was designed to automatically feather an engine that failed during takeoff or initial climb.
It is not used during cruise. I was just getting to know - your friend, Feather. RJ and Feather could move there, and he could be the mayor of Stupidville.
Yes, well, then, perhaps, in the case of The Crimson Feather Club Maybe Mr. Feather might recognize her dress.