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Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
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Light micrography of Volvox colonies.
The colonies are composed of hundreds of green algae cells similar to Chlamydomonas, each cell has 2 whip like flagella and a red eye spot. The individual cells are connected by thin strands of cytoplasm and together can swim in a...
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Tardigrade (Hypsibius dujardini) walking through algae under a microscope.
Tardigrades are commonly known as water bears or moss piglets. They are found in practically every habitat on Earth, from hot springs to beneath ice sheets, and are renowned for their toughness. Experiments have shown they can survive...
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ECU TD Shot of Synura type of freshwater algae and is common in plankton in lakes and ponds. They occur as spherical colonies / Newcastle Emlyn, Ceredigion, United Kingdom
ECU TD Shot of Synura type of freshwater algae and is common in plankton in lakes and ponds. They occur as spherical colonies / Newcastle Emlyn, Ceredigion, United Kingdom
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ECU TS Shot of Synura type of freshwater algae and is common in plankton in lakes and ponds. They occur as spherical colonies / Newcastle Emlyn, Ceredigion, United Kingdom
ECU TS Shot of Synura type of freshwater algae and is common in plankton in lakes and ponds. They occur as spherical colonies / Newcastle Emlyn, Ceredigion, United Kingdom
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Paramecium and Spirochaeta bacteria moving around algal cell
Paramecium and Spirochaeta bacteria moving around algal cell
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Motion video of waterdrop on green moss
Motion video of macro waterdrop moving from wind on green moss / lichen over the tree in the forest on bokeh background
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Motion video of waterdrop on green moss
Motion video of macro waterdrop moving from wind on green moss / lichen over the tree in the forest on bokeh background
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Common octopus underwater
Tiny octopus between the alga between the rocks - in Cabo de Gata , Spain.
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Octopus between the rocks
Common octopus in the mediterranean waters, with water surface in upper part of the image.
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Volvox colony releasing daughter colony into surrounding watercomposed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.
Volvox colony releasing daughter colony into surrounding watercomposed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.
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Volvox colony with daughter colonies; composed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.
Volvox colony with daughter colonies; composed of hundreds of green algae cells each with 2 whip like flagellae and a red eye spot.
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T/L blue green algae filaments moving; procaryote cell
T/L blue green algae filaments moving; procaryote cell
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Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
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Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
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Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU
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Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU. Diatom visible
Time lapse Procaryotic cell (Oscillatoriales). Blue green algae moving across screen. ECU. Diatom visible
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T/L blue green algae filaments moving; procaryote cell (Oscillatoriales) and diatom
T/L blue green algae filaments moving; procaryote cell (Oscillatoriales) and diatom