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Dandelion (Taraxacum officinale) seedhead, Germany
00641275
00641275 Dandelion (Taraxacum officinale) seedhead, Germany© Willi Rolfes/ BIA
Yellow Vine (Tribulus terrestris) seed covered in sharp spines that enable dispersal, magnification 23x  -  Albert Lleal
00536931
00536931 Yellow Vine (Tribulus terrestris) seed covered in sharp spines that enable dispersal, magnification 23x© Albert Lleal
Blue Hound's Tongue (Cynoglossum creticum) noxious pasture weed seed with hooks to enable dispersal  -  Albert Lleal
00536930
00536930 Blue Hound's Tongue (Cynoglossum creticum) noxious pasture weed seed with hooks to enable dispersal© Albert Lleal
Upright Hedge-parsley (Torilis japonica) spines on seed enable animal dispersal, magnification 800x  -  Albert Lleal
00536928
00536928 Upright Hedge-parsley (Torilis japonica) spines on seed enable animal dispersal, magnification 800x© Albert Lleal
Snowflake seen through microscope  -  Steve Gettle
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00480353 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480352
00480352 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480351
00480351 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480350
00480350 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480347
00480347 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480346
00480346 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480345
00480345 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480344
00480344 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480343
00480343 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480342
00480342 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480341
00480341 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480340
00480340 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480339
00480339 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480338
00480338 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480336
00480336 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480335
00480335 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480334
00480334 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480333
00480333 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480332
00480332 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480331
00480331 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480330
00480330 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480329
00480329 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480328
00480328 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480327
00480327 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480326
00480326 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480325
00480325 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480324
00480324 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480323
00480323 Snowflake seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480322
00480322 Snowflake seen through microscope© Steve Gettle
Granite boulders, Devils Marbles Conservation Reserve, Northern Territory, Australia  -  Yva Momatiuk & John Eastcott
00477480
00477480 Granite boulders, Devils Marbles Conservation Reserve, Northern Territory, Australia© Yva Momatiuk & John Eastcott
Humpback Whale (Megaptera novaeangliae) feeding underwater by blowing bubbles to concentrate and disorient school of krill or small fish, Cape Evensen, Antarctica  -  Yva Momatiuk & John Eastcott
00345617
00345617 Humpback Whale (Megaptera novaeangliae) feeding underwater by blowing bubbles to concentrate and disorient school of krill or small fish, Cape Evensen, Antarctica© Yva Momatiuk & John Eastcott
Humpback Whale (Megaptera novaeangliae) feeding underwater by blowing bubbles to concentrate and disorient school of krill or small fish, Cape Evensen, Antarctica  -  Yva Momatiuk & John Eastcott
00345615
00345615 Humpback Whale (Megaptera novaeangliae) feeding underwater by blowing bubbles to concentrate and disorient school of krill or small fish, Cape Evensen, Antarctica© Yva Momatiuk & John Eastcott
Volvox (Volvox aureus) green algae colony with daughter colonies, Amsterdam, Noord-Holland, Netherlands  -  Jan van Arkel/ NiS
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70044846 Volvox (Volvox aureus) green algae colony with daughter colonies, Amsterdam, Noord-Holland, Netherlands© Jan van Arkel/ NiS
Karri (Eucalyptus diversicolor) forest, Australia
00555143
00555143 Karri (Eucalyptus diversicolor) forest, Australia© Chris Stenger/ Buiten-beeld
Volvox (Volvox sp) colonies, England  -  Kim Taylor/ npl
00416749
00416749 Volvox (Volvox sp) colonies, England© Kim Taylor/ npl
Volvox (Volvox sp) colonies, England  -  Kim Taylor/ npl
00416748
00416748 Volvox (Volvox sp) colonies, England© Kim Taylor/ npl
Water droplet splashing onto pond surface and making concentric ripples  -  Kim Taylor/ npl
00416438
00416438 Water droplet splashing onto pond surface and making concentric ripples© Kim Taylor/ npl
Saguaro (Carnegiea gigantea) cactus, Arizona
00588592
00588592 Saguaro (Carnegiea gigantea) cactus, Arizona© Tim Fitzharris
Stinging Nettle (Urtica dioica) trichomes, 13x magnification, Barcelona, Spain
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00587916 Stinging Nettle (Urtica dioica) trichomes, 13x magnification, Barcelona, Spain© Albert Lleal
Boulders, Hidden Beach, Lake Tahoe, Nevada
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00586347 Boulders, Hidden Beach, Lake Tahoe, Nevada© Tim Fitzharris
Snowflakes seen through microscope  -  Steve Gettle
00480505
00480505 Snowflakes seen through microscope© Steve Gettle
Snowflake seen through microscope  -  Steve Gettle
00480337
00480337 Snowflake seen through microscope© Steve Gettle
Coral growing in marine tank where impacts of complex environmental changes are researched. National Sea Simulator, Australian Institute of Marine Science, Cape Ferguson, Queensland, Australia. 2019.
90852586
90852586 Coral growing in marine tank where impacts of complex environmental changes are researched. National Sea Simulator, Australian Institute of Marine Science, Cape Ferguson, Queensland, Australia. 2019.©
Girl with umbrella, Yichun City, Heilongjiang Province, China. July 2016
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90800999 Girl with umbrella, Yichun City, Heilongjiang Province, China. July 2016© Staffan Widstrand / Wild Wonders of China
Salt evaporation ponds on Isle de Re, Charente-Maritime, France, Atlantic Coast. July 2017. The colours are produced by the concentration of algae or halobacteria that live in the ponds which indicate...
90776317
90776317 Salt evaporation ponds on Isle de Re, Charente-Maritime, France, Atlantic Coast. July 2017. The colours are produced by the concentration of algae or halobacteria that live in the ponds which indicate...© Loic Poidevin
Salt evaporation ponds on Isle de Re, Charente-Maritime, France, Atlantic Coast. July 2017. The colours are produced by the concentration of algae or halobacteria that live in the ponds which indicate...
90776316
90776316 Salt evaporation ponds on Isle de Re, Charente-Maritime, France, Atlantic Coast. July 2017. The colours are produced by the concentration of algae or halobacteria that live in the ponds which indicate...© Loic Poidevin
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