resultFull

SPOTTED HYENA (CROCUTA CROCUTA) CUBS, MASAI-MARA GAME RESERVE, KENYA

Spotted hyena (Crocuta crocuta) cubs, Masai-Mara Game Reserve, Kenya. (KEYSTONE/NATURE PICTURE LIBRARY/DENIS-HUOT)

COMPUTER DEPENDENCY

Computer dependency. Conceptual image of a pair of hands chained to a computer screen. This image may represent an addiction to internet use, or society being increasingly dependent upon computers. (KEYSTONE/SCIENCE PHOTO LIBRARY/VICTOR DE SCHWANBERG)

INTESTINAL LINING, SEM

Intestinal lining. Coloured scanning electron micrograph (SEM) of a freeze-fractured surface of the small intestine. The surface consists of deep folds, called villi, that have been sectioned in this view. The intestinal surface (orange, upper frame) is exposed to food (pink). The underlying structure of this surface is seen in the sectioned area. Surface (epithelial) cells (red) are supported by connective tissue (light brown) that forms the core of each fold (villus). The folds increase the area for the absorption of nutrients from food. The height of a villus varies in a small intestine from 0.3 to 0.8 millimetres. (KEYSTONE/SCIENCE PHOTO LIBRARY/STEVE GSCHMEISSNER)

SENSORY HAIR CELLS IN EAR, SEM

Sensory hair cells in ear. Coloured scanning electron micrograph (SEM) of hair cells in the cochlea, the inner ear's auditory sense organ. The crescent-shaped areas across centre are numerous stereocilia, and are located on top of supporting hair cells. Sound waves entering the inner ear displace the fluid that surrounds the stereocilia, causing them to bend. This triggers a response in the hair cells, which release neurotransmitter chemicals that generate nerve impulses. The nerve impulses travel to the brain along the auditory nerve. This process can transmit information about the loudness and pitch of a sound. Magnification: x2000 when printed 10cm wide. (KEYSTONE/SCIENCE PHOTO LIBRARY/STEVE GSCHMEISSNER)

VISION

MODEL RELEASED. Vision. Woman's face with her eyes highlighted as a negative image. (KEYSTONE/SCIENCE PHOTO LIBRARY/NEAL GRUNDY)

VISION

Vision. Glowing human eye. (KEYSTONE/SCIENCE PHOTO LIBRARY/NEAL GRUNDY)

ARTERIOLE AND RED BLOOD CELLS, SEM

Arteriole. Coloured scanning electron micrograph (SEM) of a cross-section through a small human artery known as an arteriole. Red blood cells are seen in the central space (lumen) and connective tissue surrounds the arteriole. The inner wall (tunica intima) of the lumen is thin and folded. It comprises an endothelial lining and a thin elastic layer that stretches. These layers enable the arteriole to expand and contract, regulating arterial blood pressure. Magnification: x480 when printed 10cm wide. (KEYSTONE/SCIENCE PHOTO LIBRARY/STEVE GSCHMEISSNER)

TECHNOLOGICAL HAND

Technological hand. Conceptual image of a hand and technological equipment. This could represent the development of technology being in part due to the dexterity of a human hand. (KEYSTONE/SCIENCE PHOTO LIBRARY/NEAL GRUNDY)

COLLAGEN FIBRES, SEM

Collagen fibres. Coloured scanning electron micrograph (SEM) of bundles of collagen fibres from connective tissue. The characteristic banding pattern is seen on each individual fibre. The width of a collagen fibre can range from 1-12 micrometres (millionths of a metre) because it depends upon the number of smaller fibrils contained in the fibre, a number that varies depending upon the type of collagen. Collagen is the body's major structural protein, forming large bundles found in tissues such as bones, tendons and skin. (KEYSTONE/SCIENCE PHOTO LIBRARY/STEVE GSCHMEISSNER)

FACE PROFILE

MODEL RELEASED. Face profile. (KEYSTONE/SCIENCE PHOTO LIBRARY/NEAL GRUNDY)

WOMAN'S FACE

MODEL RELEASED. Woman's face, negative image. (KEYSTONE/SCIENCE PHOTO LIBRARY/NEAL GRUNDY)

OVARIAN FOLLICLE, SEM

Ovarian follicle. Coloured scanning electron micrograph (SEM) of an undeveloped human egg cell (primary oocyte, purple, centre) revealed by the fracturing of an ovarian follicle (large circle). An ovary contains many primary oocytes that do not develop further until hormonal signals trigger one to mature in each of a woman's menstrual cycles. The primary oocyte then develops into a secondary oocyte that carries half of the genetic material needed for reproduction. This secondary oocyte is released from the ovary and develops further as it forms an ovum during fertilisation, when the ovum fuses with the spermatozoan (male reproductive cell). Magnification: x80 when printed 10cm wide. (KEYSTONE/SCIENCE PHOTO LIBRARY/STEVE GSCHMEISSNER)

GAS STORAGE TANKS

Gas storage tanks. Supporting structures of three gas storage tanks and two electricity pylons and power lines silhouetted against a setting sun. These large cylindrical tanks are sometimes called gasholders or gasometers. The actual storage tanks (not seen) are telescopic, and their height above ground varies with the amount of gas in them. The gas level here is low, and only the framework that supports the full tanks is seen. The gas stored is obtained from natural gas, and used as a household and industrial fuel. The pylons carry power lines that distribute electricity. Gas and electricity are the main sources of household energy. (KEYSTONE/SCIENCE PHOTO LIBRARY/VICTOR DE SCHWANBERG)

ROSETTE NEBULA

Rosette Nebula. Coloured optical image of the Rosette Nebula (NGC 2237-39). This is a large starbirth region which glows due to ionisation of its gases by radiation from a cluster of hot young stars (NGC 2244) at its centre. The strong stellar winds from these stars cleared the central hole. This nebula is 100 light years wide and lies 5000 light years from Earth in the constellation Monoceros. Image taken in February 2003 by the Canada-France-Hawaii Telescope. (KEYSTONE/SCIENCE PHOTO LIBRARY/CANADA-FRANCE-HAWAII TELESCOPE)

OPEN STAR CLUSTER M35

M35 open star cluster, optical image. M35 (upper left) contains a couple of hundred stars, is some 110 million years old and lies about 2800 light years away in the constellation Gemini. Also seen is a more distant open star cluster, NGC 2158 (lower right), which is some 16,000 light years distant and about 10 times older. Image taken in January 2003 by the Canada-France-Hawaii Telescope. (KEYSTONE/SCIENCE PHOTO LIBRARY/CANADA-FRANCE-HAWAII TELESCOPE)

PULSAR

Pulsar. Computer artwork of the emission mechanism of a pulsar. Pulsars are rapidly rotating neutron stars that cast out narrow beams of energy (purple) as they rotate. The beams are confined by extremely strong magnetic fields (blue). Any pulsar whose beam chances to cross Earth will appear to be flashing like a lighthouse, with regular pulses of energy sweeping across Earth. Pulsars rotate extremely fast, with periods ranging from hundredths of seconds to a few seconds. The pulse is visible from radio to X- ray wavelengths. Pulsars are formed in supernova explosions, and are composed of the star's dense collapsed core. (KEYSTONE/SCIENCE PHOTO LIBRARY/RUSSELL KIGHTLEY)

GALAXY FORMATION

Galaxy formation. Computer artwork of the stages in the evolution of a spiral galaxy (clockwise from top left). Clouds of gas created during the Big Bang gradually condense, resulting in the formation of stars. Mutual gravitational attraction and the rotation of the galaxy pulls these stars into a characteristic shape. The galaxy formed here is a spiral galaxy, which has a central bulge and a disc consisting of spiral arms. The first galaxies formed 600 million years after the Big Bang. (KEYSTONE/SCIENCE PHOTO LIBRARY/RUSSELL KIGHTLEY)

GROUP OF GALAXIES

Group of galaxies. Gemini Multi-Object Spectro- graph (GMOS) image of the Hickson Compact Group 87 (HCG 87). The galaxies seen are: edge-on spiral HCG 87a (lower left), the bright elliptical galaxy HCG 87b (lower right), the spiral HCG 87c (upper centre) and the smaller spiral HCG 87d (centre). HCG 87d is more distant than the other galaxies and is not thought to be part of the group. The other galaxies are linked by mutual gravitational attraction, which has distorted their shapes. The cluster lies about 400 million light years from Earth in the constellation Capricornus. (KEYSTONE/SCIENCE PHOTO LIBRARY/NOAO/AURA/NSF)

WEST NILE VIRUSES, TEM

West Nile viruses. Coloured transmission electron micrograph (TEM) of a group of West Nile virus (WNV) particles. This virus is known to cause encephalitis in humans. The WNV belongs to the group of flaviviruses, which are RNA viruses that are surrounded by an outer protein coat (capsid, pink) with a cubic symmetry. It is transmitted by mosquitoes and infects both humans and animals. Symptoms can be include a mild fever, most frequently seen in world travellers, to spontaneous bleeding of the skin and circulatory failure, which are often fatal. (KEYSTONE/SCIENCE PHOTO LIBRARY/DR LINDA STANNARD, UCT)

MEASLES VIRUS, TEM

Measles virus. Coloured transmission electron micrograph (TEM) of a measles virus (rubeola), with its envelope broken exposing the nucleocapsid filaments. Nucleocapsids are protein-nucleic acid complexes that are normally coiled up into a ball, which contain the genetic material of the virus. Measles viruses are morbilliviruses, a type of paramyxovirus. Measles is highly infectious and mainly affects children, producing fever and a rash. One attack usually provides lifelong immunity. (KEYSTONE/SCIENCE PHOTO LIBRARY/DR LINDA STANNARD, UCT)

ARTIFICIAL LEG

Artificial leg, abstract image. (KEYSTONE/SCIENCE PHOTO LIBRARY/NEAL GRUNDY)

ASSORTED PILLS

Assorted pills and medicine bottles. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

ASSORTED PILLS

Assorted pills and medicine bottles. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

ASSORTED PILLS

Assorted pills. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

SMALLPOX VACCINATION KIT

Smallpox vaccination kit. Equipment used to vaccinate people against the Variola (smallpox) virus. The phial contains dried Vaccinia vaccine, which is obtained from the lymph fluid of calves that have been infected with the cowpox virus, a virus closely related to smallpox. The vaccine is reconstituted by the addition of a diluent, contained in the syringe. The vaccine is applied to the upper arm by repeatedly jabbing the skin with a bifurcated needle. Smallpox was globally eradicated in 1979 due to the effectiveness of vaccination. Despite this, a risk of re-introduction of smallpox exists due to the threat of bioterrorism. (KEYSTONE/SCIENCE PHOTO LIBRARY/CDC)

SMALLPOX VACCINE

Smallpox vaccine. Phial containing Vaccinia vaccine that is used to vaccinate people against the Variola (smallpox) virus. The dried vaccine is obtained from the lymph fluid of calves that have been infected with the cowpox virus, a virus closely related to smallpox. It is a live vaccine. Before use the vaccine is reconstituted with a diluent and is applied to the upper arm by repeatedly jabbing the skin with a bifurcated needle (not seen). Smallpox was globally eradicated in 1979 due to the effectiveness of vaccination. Despite this, a risk of re- introduction of smallpox exists due to the threat of bioterrorism. (KEYSTONE/SCIENCE PHOTO LIBRARY/CDC)

SMALLPOX VACCINE NEEDLE

Smallpox vaccine needle. Gloved hand holding a bifurcated needle that is used to vaccinate people against the Variola (smallpox) virus. The tip of the needle has two points. When dipped into the vaccine solution (not seen), a droplet of fluid is retained between the points. The tip of the needle is then repeatedly jabbed into the skin of the upper arm to apply the vaccine. Smallpox was globally eradicated in 1979 due to the effectiveness of vaccination. Despite this, a risk of re-introduction of smallpox exists due to the threat of bioterrorism. (KEYSTONE/SCIENCE PHOTO LIBRARY/CDC)

SMALLPOX VACCINE

Smallpox vaccine. Gloved hand holding a phial containing Vaccinia vaccine that is used to vaccinate people against the Variola (smallpox) virus. The dried vaccine is obtained from the lymph fluid of calves that have been infected with the cowpox virus, a virus closely related to smallpox. It is a live vaccine. Before use the vaccine is reconstituted with a diluent and is applied to the upper arm by repeatedly jabbing the skin with a bifurcated needle (not seen). Smallpox was globally eradicated in 1979 due to the effectiveness of vaccination. Despite this, a risk of re-introduction of smallpox exists due to the threat of bioterrorism. (KEYSTONE/SCIENCE PHOTO LIBRARY/CDC)

SMALLPOX VACCINE NEEDLE

Smallpox vaccine needle. Tip of a bifurcated needle that is used to vaccinate people against the Variola (smallpox) virus. The space between the two points of the needle contains a droplet of vaccine solution. The tip of the needle is repeatedly jabbed into the skin of the upper arm to apply the vaccine. Smallpox vaccine is derived from the lymph fluid of calves that have been infected with cowpox virus (Vaccinia), a virus closely related to smallpox. Smallpox was globally eradicated in 1979 due to the effectiveness of vaccination. Despite this, a risk of re-introduction of smallpox exists due to the threat of bioterrorism. (KEYSTONE/SCIENCE PHOTO LIBRARY/CDC)

SMALLPOX VACCINATION

Smallpox vaccination. Application of Vaccinia vaccine to the skin with a bifurcated needle. Vaccinia is used to vaccinate people against the Variola (smallpox) virus. The needle has two points. When dipped into the vaccine solution (not seen), a droplet is retained between the points. The tip of the needle is then repeatedly jabbed into the skin of the upper arm to apply the vaccine. Smallpox was globally eradicated in 1979 due to the effectiveness of vaccination. Despite this, a risk of re-introduction of smallpox exists due to the threat of bioterrorism. (KEYSTONE/SCIENCE PHOTO LIBRARY/CDC)

BABY'S LEGS

Baby's legs. Legs of a 6-month-old baby boy who is being supported by his father. Babies need support until their leg muscles are strong enough. They start to stand at around 8 months old. (KEYSTONE/SCIENCE PHOTO LIBRARY/IAN HOOTON)

WINE GLASS

Red wine glass. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

MYCOBACTERIUM BOVIS, TEM

Mycobacterium bovis. Coloured transmission electron micrograph (TEM) of a group of M. bovis bacteria. It is a Gram-positive, aerobic, non- motile bacterium. M. bovis is a variant of M. tuberculosis, which causes tuberculosis in cattle and humans. A strain of this bacterium, known as BCG (bacillus of Calmette-Guerin), is used as a live, attenuated vaccine in humans. (KEYSTONE/SCIENCE PHOTO LIBRARY/DR LINDA STANNARD, UCT)

MYCOBACTERIUM BOVIS, TEM

Mycobacterium bovis. Coloured transmission electron micrograph (TEM) of a group of M. bovis bacteria. It is a Gram-positive, aerobic, non- motile bacterium. M. bovis is a variant of M. tuberculosis, which causes tuberculosis in cattle and humans. A strain of this bacterium, known as BCG (bacillus of Calmette-Guerin), is used as a live, attenuated vaccine in humans. (KEYSTONE/SCIENCE PHOTO LIBRARY/DR LINDA STANNARD, UCT)

MYCOBACTERIUM BOVIS, TEM

Mycobacterium bovis. Coloured transmission electron micrograph (TEM) of a group of M. bovis bacteria. It is a Gram-positive, aerobic, non- motile bacterium. M. bovis is a variant of M. tuberculosis, which causes tuberculosis in cattle and humans. A strain of this bacterium, known as BCG (bacillus of Calmette-Guerin), is used as a live, attenuated vaccine in humans. (KEYSTONE/SCIENCE PHOTO LIBRARY/DR LINDA STANNARD, UCT)

MYCOBACTERIUM BOVIS, TEM

Mycobacterium bovis. Coloured transmission electron micrograph (TEM) of a group of M. bovis bacteria. It is a Gram-positive, aerobic, non- motile bacterium. M. bovis is a variant of M. tuberculosis, which causes tuberculosis in cattle and humans. A strain of this bacterium, known as BCG (bacillus of Calmette-Guerin), is used as a live, attenuated vaccine in humans. (KEYSTONE/SCIENCE PHOTO LIBRARY/DR LINDA STANNARD, UCT)

EMULSION TEST FOR LIPIDS

Emulsion test for lipids. Image 3 of 3. The food to be tested is broken up into small pieces, mixed with pure ethanol, and shaken. Any lipids present will dissolve in the alcohol (ethanol). This top layer is poured off and mixed with water, producing a white emulsion (top) if lipid droplets are present. If the mixture remains clear, no lipids are present. For a sequence of images of this test, see: C016/3899, C016/3900, and A700/0207. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

ETHANE, ETHENE AND ETHYNE MOLECULES

Ethane, ethene and ethyne molecules. Molecular models of ethane (C2H6, upper left), an alkane, ethene (C2H4, centre), an alkene, and ethyne (C2H2), an alkyne. Carbon atoms are black and hydrogen atoms are white. Ethane and ethene are both found in natural gas. Ethene is manufactured in larger quantities than any other organic chemical. It is produced naturally by fruits and accelerates the ripening of fruit. Ethyne is also known as acetylene. it is a starting chemical for many other chemicals and is used in oxy-acetylene welding. All three compounds form explosive mixtures with air. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

ALKANE MOLECULES

Alkane molecules. Molecular models of hexane (C6H14, right) and cyclohexane (C6H12). Carbon atoms are black and hydrogen atoms are white. Hexane is a colourless liquid that is insoluble in water. It is mainly used as a solvent, particularly in the extraction of oil from oil- seeds. Cyclohexane is also a colourless liquid. It is used in industry as an intermediate in the production of Nylon, as a solvent for oils, fats and waxes, and as a paint remover. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

GLUCOSE MODELS

Glucose models. Molecular models of the aldehyde form of glucose (C6H12O6). At top, the molecule is laid out flat. At bottom, the atoms have been linked by bonds to show the bent structure of the molecule. Glucose is a hexose sugar, meaning that it has six carbon atoms. Aldehyde has all six carbon atoms (black) linked in a chain. Hydrogen atoms (white) and hydroxyl groups (OH) are attached to each carbon atom. Oxygen atoms are red. The aldehyde form of glucose exists only in solution. Glucose is found in many plants and is a normal constituent of blood. It is widely used in the confectionary industry as a sweetener. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

GLYCERALDEHYDE ISOMER MODELS

Glyceraldehyde isomer models. Molecular models of the two isomeric forms of glyceraldehyde. D- glyceraldehyde (left) has a hydroxyl group (OH) on the right side of the asymmetric carbon atom, whereas L-glyceraldehyde has an OH group on the left side. Carbon atoms are black, oxygen atoms are red, and hydrogen atoms are white. Glyceraldehyde is a sweet, colourless, crystalline solid. It is an intermediate compound in carbohydrate metabolism. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

METHOXYETHANE MOLECULE

Methoxyethane molecule. Molecular model of methoxyethane (CH3.CH2O.CH3), which contains one atom of oxygen (red), three carbon atoms (black) and eight hydrogren atoms (white). (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

DARK MATTER DISTRIBUTION

Dark matter distribution. Supercomputer simulation of the distribution of dark matter in the local universe. Dark matter is a form of matter that cannot be detected by telescopes as it emits no radiation. Its presence is inferred by its gravitational action on visible matter. It is thought that visible matter (such as galaxies) occupies halos of dark matter (bright dots). The halos are connected by filaments of cold, invisible dark matter (red). This simulation matches the observed distribution of galaxies well, suggesting current theories about the universe are accurate. (KEYSTONE/SCIENCE PHOTO LIBRARY/MAX)

GALAXY COLLISION MODEL

Galactic collision. Image 1 of 2. Supercomputer model of a collision between two spiral galaxies. Each frame, from left to right along the top then the bottom, is separated by 100 million years. As the galaxies approach each other (top right) there is a burst of star formation (blue) due to compression of their gas. As they carry on through each other, tails of stars are flung out. These tails form a bridge between the galaxies, and long arcing tails of stars are formed pointing away from the other galaxy. Over time, the galaxies will attract each other more, and eventually coalesce. See image R826/091 for this process. (KEYSTONE/SCIENCE PHOTO LIBRARY/MAX)

GALAXY COLLISION MODEL

Galactic collision. Image 2 of 2. Supercomputer model of a collision between two spiral galaxies. The top left frame is 200 million years after the bottom right frame in image R826/090, and each frame along the top row is 200 million years after the one before it. Along the bottom row, the increments are 250 million years, 150 million years and 200 million years. The galaxies have passed through each other and are now falling together again due to mutual gravitational attraction. This leads to the formation of one large elliptical or irregular galaxy (bottom right). (KEYSTONE/SCIENCE PHOTO LIBRARY/)

ALCOHOL MOLECULES

Alcohol molecules. Molecular models of four types of alcohol molecule. They are, clockwise from top left: methanol, ethanol, propan-2-ol and propan- 1-ol. Each molecule has a different number or placement of methyl (CH3) groups. Carbon atoms are black, hydrogen atoms are white and oxygen atoms are red. Methanol is poisonous and causes blindness if ingested. It is used in chemical manufacture. Ethanol is found in alcoholic drinks, and is used as a fuel. Ethanol, propan-1- ol and propan-2-ol are used as solvents in industry and in the manufacture of other chemicals. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

PARAFFIN MOLECULES

Alkane molecules. Molecular models of three types of alkane (paraffin) molecule. They are, from left: butane (C4H10), isobutane (2-methylpropane, C4H10) and 2,2-dimethylpropane (C5H12). Carbon atoms are black and hydrogen atoms are white. Butane and isobutane both occur in natural gas and are produced during the cracking of petroleum. Both are used in refrigeration. Butane is also used for cooking and heating, for example in camping gas bottles. 2,2-dimethylpropane is a raw material in the production of isobutylene, which is used to make synthetic butyl rubber. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

ETHANOL AND METHOXYMETHANE MOLECULES

Ethanol and methoxymethane molecules. Molecular models of ethanol (CH3.CH2.OH, left) and methoxymethane (CH3.O.CH3). Both compounds contain the same atoms but in different arrangements. Carbon is black, hydrogen is white and oxygen is red. Ethanol (ethyl alcohol) is produced by the fermentation of sugar by yeast in alcoholic drinks. It is manufactured for use as a fuel and as a starting chemical for many other compounds. Methoxymethane (dimethyl ether) is used as an aerosol propellant and a fuel. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

GLUCOSE ISOMER MODELS

Glucose isomer models. Molecular models of the glucopyranose form of glucose. Glucose (C6H12O6) is a hexose sugar. Glucopyranose has a five carbon ring and an additional asymmetric carbon atom. Carbon atoms are black, hydrogen are white, and oxygen are red. The placement of the hydroxyl group (OH) determines whether the isomer is alpha or beta-glucose. Glucose is found in many plants and is a normal constituent of blood. It is widely used in the confectionary industry as a sweetener. (KEYSTONE/SCIENCE PHOTO LIBRARY/ANDREW LAMBERT PHOTOGRAPHY)

SUEDAFRIKA KAPSTADT

Suedafrika, Kapstadt, City Center, Love Parade, junge Kapstaedter, Jugend, (KEYSTONE/LAIF/Emmler/laif )

8827700005

A group of kayakers wait their turn to surf on the Skookumchuck wave on the Sunshine Coast of BC, Canada (KEYSTONE/CAVAN IMAGES/Tom Bear)

ITALIEN FIAT 500

Italien, Sardinien, Cagliari, Fiat 500, rot, Europa (KEYSTONE/LAIF/Biskup/laif )

DEUTSCHLAND FIRMA 3B SCIENTIFIC BABYMODELLE

Firma 3B Scientific, Babymodelle, Koepfe, Babykopf, Kopf, Saeuglingskopf, Modell, Nachbildung, Medizin, Herstellung, Lehrmittel, Anschauungsmaterial, Materialien, didaktisch, Hamburg, Deutschland, Europa, skuril, Klonen, Klon, menschliche Klone. (KEYSTONE/LAIF/Frommann) === ===

FREIZEIT HOBBY

Illustration Hausfrau und Mutter; "Gaertnerin", Gartenarbeit, Deutschland, 04.2003 Gaertnern, Gartenpflege. model release English: illustration housewife and mother; "gardener", gardening work, working in garden, Germany, April 2003, model release (KEYSTONE/LAIF/Eisermann/laif ) === ===

GESELLSCHAFT EHE

Illustration Hausfrau und Mutter; 'Gesellschafterin, repraesentativ', Deutschland, 04.2003 Ehepaar, Vorbereitung, Ausgehen, schick. model release English: illustration housewife and mother; 'presentable, partner', Germany, April 2003, married couple, getting ready to go out, chic, model release (KEYSTONE/LAIF/Eisermann/laif ) === ===

DEUTSCHLAND WASSER FLASCHE

Wasserflasche am Strand, aufgenommen am 23. September 2003 (KEYSTONE/CARO/Caro / Westermann) === ===

DEUTSCHLAND WASSER FLASCHE

Wasserflasche am Strand, aufgenommen am 23. September 2003 (KEYSTONE/CARO/Caro / Westermann) === ===

DEUTSCHLAND WASSER FLASCHE

Wasserflasche am Strand, aufgenommen am 23. September 2003 (KEYSTONE/CARO/Caro / Westermann) === ===

FRAU PICKNICK

[Stockbild] Frau. Woman. Female. Food. Essen. Picnic. Picknick. Nature. Natur. (KEYSTONE/ CAMERA PRESS/Richard Stonehouse) === , MODEL RELEASED ===

FRAU PICKNICK

[Stockbild] Frau. Woman. Female. Food. Essen. Picnic. Picknick. Nature. Natur. (KEYSTONE/ CAMERA PRESS/Richard Stonehouse) === , MODEL RELEASED ===

FRAU PICKNICK

[Stockbild] Frau. Woman. Female. Food. Essen. Picnic. Picknick. Nature. Natur. (KEYSTONE/ CAMERA PRESS/Richard Stonehouse) === , MODEL RELEASED ===

FRAU PICKNICK

[Stockbild] Frau. Woman. Female. Food. Essen. Picnic. Picknick. Nature. Natur. (KEYSTONE/ CAMERA PRESS/Richard Stonehouse) === , MODEL RELEASED ===

FRAU PICKNICK

[Stockbild] Frau. Woman. Female. Food. Essen. Picnic. Picknick. Nature. Natur. (KEYSTONE/ CAMERA PRESS/Richard Stonehouse) === , MODEL RELEASED ===

SCHWEIZ WETTER WOLKEN

Cloud move above the Jura mountains in Bursinel near Geneva, Switzerland, Tuesday, September 2, 2003. (KEYSTONE/Laurent Gillieron)