• Results for
    • Pigment
  • (46)
Huli Wigmen from the Tari Valley in Southern Highlands of Papua New Guinea, wearing a bill from Blyth's Hornbill as decoration, August 2011  -  David Tipling
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David Tipling / Huli Wigmen from the Tari Valley in Southern Highlands of Papua New Guinea, wearing a bill from Blyth's Hornbill as decoration, August 2011
Coloured powder at Pashupatinath Temple, Bagmati River, Kathmandu Valley, Nepal. March 2018.  -  Juan  Carlos Munoz
01607352
Juan Carlos Munoz / Coloured powder at Pashupatinath Temple, Bagmati River, Kathmandu Valley, Nepal. March 2018.
Violet turaco (Musophaga violacea) showing red flight feathers due to turacin, a pigment unique to turacos. Gambia,  West  Africa  -  Kim Taylor
01564538
Kim Taylor / Violet turaco (Musophaga violacea) showing red flight feathers due to turacin, a pigment unique to turacos. Gambia, West Africa
Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.  -  David  Shale
01473473
David Shale / Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.
Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.  -  David  Shale
01473472
David Shale / Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.
Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.  -  David  Shale
01473471
David Shale / Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.
Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.  -  David  Shale
01473470
David Shale / Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.
Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.  -  David  Shale
01473469
David Shale / Deep sea amphipod (Cystisoma) swimming, a deep sea species from the Mesopelagic zone. Mid-Atlantic Ridge. Body is totally transparent and the redness in the eye is the visual pigment in the retina.
Big fin squid (Magnapinna atlantica) species known only from two specimens collected in the northern Atlantic Ocean. First described in 2006.  It is characterised by several unique morphological featu...  -  Solvin Zankl
01469129
Solvin Zankl / Big fin squid (Magnapinna atlantica) species known only from two specimens collected in the northern Atlantic Ocean. First described in 2006. It is characterised by several unique morphological featu...
Big fin squid (Magnapinna atlantica) species only known from two specimens collected in the northern Atlantic Ocean. First described in 2006.  It is characterised by several unique morphological featu...  -  Solvin Zankl
01469126
Solvin Zankl / Big fin squid (Magnapinna atlantica) species only known from two specimens collected in the northern Atlantic Ocean. First described in 2006. It is characterised by several unique morphological featu...
Juvenile Arrow Squid (probably Loligo plei), showing chromatophores (colored pigment sacs) at night. Lighthouse Reef Atoll, Belize, Central America.  -  Doug Perrine
01415051
Doug Perrine / Juvenile Arrow Squid (probably Loligo plei), showing chromatophores (colored pigment sacs) at night. Lighthouse Reef Atoll, Belize, Central America.
Red algae living just below the surface of snow, known as 'Red Snow'. The red pigment provides protection from ultra-violet light. Austrian Alps, 2800 metres above sea level, June 2009.  -  Alex Hyde
01369210
Alex Hyde / Red algae living just below the surface of snow, known as 'Red Snow'. The red pigment provides protection from ultra-violet light. Austrian Alps, 2800 metres above sea level, June 2009.
Male Common cuttlefish (Sepia officinalis) in striped breeding colouration, guarding a female as she lays eggs within the seaweeds. Babbacombe Bay, Torbay, Devon, UK, May spawning period. Did you know...  -  Alex Mustard / 2020VISION
01366948
Alex Mustard / 2020VISION / Male Common cuttlefish (Sepia officinalis) in striped breeding colouration, guarding a female as she lays eggs within the seaweeds. Babbacombe Bay, Torbay, Devon, UK, May spawning period. Did you know...
Mating behaviour in Common fruit flies (Drosophila melanogaster) studied in laboratory for gene research, a Yellow (body pigmentation) Curly (wings turn up) type mutant male mates with a Yellow, Curly...  -  Solvin Zankl
01358061
Solvin Zankl / Mating behaviour in Common fruit flies (Drosophila melanogaster) studied in laboratory for gene research, a Yellow (body pigmentation) Curly (wings turn up) type mutant male mates with a Yellow, Curly...
Mating behaviour in Common fruit flies (Drosophila melanogaster) studied in laboratory for gene research, a Curly (wings turn up) and Orange (less red pigment in the eyes) mutant female rejects the ma...  -  Solvin Zankl
01358060
Solvin Zankl / Mating behaviour in Common fruit flies (Drosophila melanogaster) studied in laboratory for gene research, a Curly (wings turn up) and Orange (less red pigment in the eyes) mutant female rejects the ma...
Papua New Guinean artist with the natural pigment he uses when carving Malagan wooden sculptures, the ceremonial art of New Ireland's living culture. The black pigment is made from a fruit of a Kalapu...  -  Jurgen Freund
01348565
Jurgen Freund / Papua New Guinean artist with the natural pigment he uses when carving Malagan wooden sculptures, the ceremonial art of New Ireland's living culture. The black pigment is made from a fruit of a Kalapu...
Aspens (Populus tremuloides) in their autumn glory. Western USA.  -  Visuals Unlimited
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Visuals Unlimited / Aspens (Populus tremuloides) in their autumn glory. Western USA.
Golden Silk Spider (Nephila clavipes) female on web, Everglades, Florida, USA. December Note yellow pigment in web to attract small bees  -  Adrian Davies
01331537
Adrian Davies / Golden Silk Spider (Nephila clavipes) female on web, Everglades, Florida, USA. December Note yellow pigment in web to attract small bees
Barite (BaS04) on Cerrusite Mibladen Morocco Barite (orange) is the major ore of barium (barium sulfate) - Mineral class: sulfates - Barite is an important commercial mineral - Widely used as a pigmen...  -  John Cancalosi
01313064
John Cancalosi / Barite (BaS04) on Cerrusite Mibladen Morocco Barite (orange) is the major ore of barium (barium sulfate) - Mineral class: sulfates - Barite is an important commercial mineral - Widely used as a pigmen...
Dunnock (Prunella modularis) showing white pigment on primary feathers, Dorset, UK, March  -  Colin Varndell
01298003
Colin Varndell / Dunnock (Prunella modularis) showing white pigment on primary feathers, Dorset, UK, March
Dunnock (Prunella modularis) showing white pigment on primary feathers, Dorset, UK, March  -  Colin Varndell
01298002
Colin Varndell / Dunnock (Prunella modularis) showing white pigment on primary feathers, Dorset, UK, March
Red algae living just below the surface of snow, known as 'Red Snow'. The red pigment provides protection from ultra-violet light. Austrian Alps at 2800 metres altitude. June.  -  Alex Hyde
01266264
Alex Hyde / Red algae living just below the surface of snow, known as 'Red Snow'. The red pigment provides protection from ultra-violet light. Austrian Alps at 2800 metres altitude. June.
Sleeping 9-day puppies showing pigment freckles on nose  -  Jane Burton
01171376
Jane Burton / Sleeping 9-day puppies showing pigment freckles on nose
Great ramshorn snail (Planorbis corneus) sand winning pit, Holland.  This snail does not have enough pigment in its skin, the red colour is caused by haemaglobin.  -  Willem Kolvoort
01159932
Willem Kolvoort / Great ramshorn snail (Planorbis corneus) sand winning pit, Holland. This snail does not have enough pigment in its skin, the red colour is caused by haemaglobin.
Deep sea amphipod {Cystisoma sp} Mesopelagic. Atlantic ocean. Body is totally transparent and the redness in the huge eye is the visual pigment in the retina.  -  David Shale
01083123
David Shale / Deep sea amphipod {Cystisoma sp} Mesopelagic. Atlantic ocean. Body is totally transparent and the redness in the huge eye is the visual pigment in the retina.
Bald Eagle (Haliaeetus leucocephalus) powerful yellow legs and talons get pigment from salmon-rich diet, spring, south central Alaska  -  Yva Momatiuk & John Eastcott
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Yva Momatiuk & John Eastcott / Bald Eagle (Haliaeetus leucocephalus) powerful yellow legs and talons get pigment from salmon-rich diet, spring, south central Alaska
Greater Flamingo (Phoenicopterus ruber) preening color derived from pigment in Brine Shrimp, Rabida Island, Galapagos Islands, Ecuador  -  Tui De Roy
00143586
Tui De Roy / Greater Flamingo (Phoenicopterus ruber) preening color derived from pigment in Brine Shrimp, Rabida Island, Galapagos Islands, Ecuador
Greater Flamingo (Phoenicopterus ruber) preening, color derived from pigment in Brine Shrimp a main food source, Rabida Island, Galapagos Islands, Ecuador  -  Tui De Roy
00140383
Tui De Roy / Greater Flamingo (Phoenicopterus ruber) preening, color derived from pigment in Brine Shrimp a main food source, Rabida Island, Galapagos Islands, Ecuador
Female white or bleached tiger (Panthera tigris) with her cub, aged 10 days. This female tiger is a hybrid crossed from a Siberian tiger and Bengal tiger, has blue eyes and white fur caused by a lack...  -  Eric Baccega
01583657
Eric Baccega / Female white or bleached tiger (Panthera tigris) with her cub, aged 10 days. This female tiger is a hybrid crossed from a Siberian tiger and Bengal tiger, has blue eyes and white fur caused by a lack...
Barite (BaS04), the main ore of barium, with Chalcopyrite. Mineral class: sulfates, barite is an important commercial mineral, widely used as a pigment, and used in medical tests. Sample from Dreislar...  -  John Cancalosi
01346257
John Cancalosi / Barite (BaS04), the main ore of barium, with Chalcopyrite. Mineral class: sulfates, barite is an important commercial mineral, widely used as a pigment, and used in medical tests. Sample from Dreislar...
Variegated leaf colours of Painted Nettle (Coleus blumei)  -  Visuals Unlimited
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Visuals Unlimited / Variegated leaf colours of Painted Nettle (Coleus blumei)
Barite (barium sulphate, BaS04) on Cerrusite. Barite (orange), the major ore of barium, is an important commercial mineral widely used as a pigment and in medical tests. Cerrusite (lead carbonate, PbC...  -  John Cancalosi
01320426
John Cancalosi / Barite (barium sulphate, BaS04) on Cerrusite. Barite (orange), the major ore of barium, is an important commercial mineral widely used as a pigment and in medical tests. Cerrusite (lead carbonate, PbC...
Autumn leaves of Nandina plants. Sunlight stimulates the synthesis of red anthocyanin pigments in the fall but where part of the leaf is shaded by another leaf only the yellow carotenoid pigments are...  -  Visuals Unlimited
01310608
Visuals Unlimited / Autumn leaves of Nandina plants. Sunlight stimulates the synthesis of red anthocyanin pigments in the fall but where part of the leaf is shaded by another leaf only the yellow carotenoid pigments are...
Pinesap / False beechdrops (Monotropa hypopitys) saprotrophic plants, North America.  -  Visuals Unlimited
01308474
Visuals Unlimited / Pinesap / False beechdrops (Monotropa hypopitys) saprotrophic plants, North America.
Squaw Root (Conopholis americana), a parasitic plant that lacks chlorophyll and lives on tree roots, especially Oaks (Quercus sp), Orobranchaceae, Eastern North America.  -  Visuals Unlimited
01304682
Visuals Unlimited / Squaw Root (Conopholis americana), a parasitic plant that lacks chlorophyll and lives on tree roots, especially Oaks (Quercus sp), Orobranchaceae, Eastern North America.
Squaw Root (Conopholis americana), a parasitic plant that lacks chlorophyll and lives on tree roots, especially Oaks (Quercus sp), Orobranchaceae, Eastern North America.  -  Visuals Unlimited
01304681
Visuals Unlimited / Squaw Root (Conopholis americana), a parasitic plant that lacks chlorophyll and lives on tree roots, especially Oaks (Quercus sp), Orobranchaceae, Eastern North America.
Red Maple tree (Acer rubrum) leaves beginning to change to colour in autumn, North America.  -  Visuals Unlimited
01304164
Visuals Unlimited / Red Maple tree (Acer rubrum) leaves beginning to change to colour in autumn, North America.
Sugar Maple (Acer saccharum) in autumn colours, Eastern North America.  -  Visuals Unlimited
01304156
Visuals Unlimited / Sugar Maple (Acer saccharum) in autumn colours, Eastern North America.
Variegated leaves of Joseph's coat (Amaranthus tricolor).  -  Visuals Unlimited
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Visuals Unlimited / Variegated leaves of Joseph's coat (Amaranthus tricolor).
Variegated leaves of Coleus plant  -  Visuals Unlimited
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Visuals Unlimited / Variegated leaves of Coleus plant
Difference in chlorophyll content between the darker upper surface of a Red Maple leaf and the lighter lower surfaces (Acer rubrum), North America.  -  Visuals Unlimited
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Visuals Unlimited / Difference in chlorophyll content between the darker upper surface of a Red Maple leaf and the lighter lower surfaces (Acer rubrum), North America.
Caladium leaf variety.  -  Visuals Unlimited
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Visuals Unlimited / Caladium leaf variety.
Etiolation of leaves shows the lack of chlorophyll for plants exposed to little or no light.  -  Visuals Unlimited
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Visuals Unlimited / Etiolation of leaves shows the lack of chlorophyll for plants exposed to little or no light.
Chlorophyll in regular Asparagus plants on the left and bleached Asparagus plants on the right caused by the lack of sunlight.  -  Visuals Unlimited
01298713
Visuals Unlimited / Chlorophyll in regular Asparagus plants on the left and bleached Asparagus plants on the right caused by the lack of sunlight.
Plant pigments in Red Maple leaves (Acer rubrum), including chlorophyll, carotenoids, xanthophylls, and anthocyanins, North America.  -  Visuals Unlimited
01298712
Visuals Unlimited / Plant pigments in Red Maple leaves (Acer rubrum), including chlorophyll, carotenoids, xanthophylls, and anthocyanins, North America.
Various pigments of autumn Red Oak leaves (Quercus rubra), anthocyanins, carotenoids, xanthophylls, and chlorophyll, North America.  -  Visuals Unlimited
01298326
Visuals Unlimited / Various pigments of autumn Red Oak leaves (Quercus rubra), anthocyanins, carotenoids, xanthophylls, and chlorophyll, North America.