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Slow motion Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species.
Slow motion Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species.
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species.
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species.
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species.
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species.
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Long thin bacterium? moving through spirochaete bacteria and flagellate protozoa. Avoidance behaviour
Long thin bacterium? moving through spirochaete bacteria and flagellate protozoa. Avoidance behaviour
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Microscopic view of Ciliates, Differential Interference Contrast
Microscopic view of Ciliates, Differential Interference Contrast
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
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Long thin bacterium? moving through spirochaete bacteria and flagellate protozoa. Avoidance behaviour
Long thin bacterium? moving through spirochaete bacteria and flagellate protozoa. Avoidance behaviour
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CU Mosquito (Aedes aegypti) pupae at water surface. Aedes aegypti spreads yellow fever, dengue fever, Chikungunya and other diseases.
CU Mosquito (Aedes aegypti) pupae at water surface. Aedes aegypti spreads yellow fever, dengue fever, Chikungunya and other diseases.
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Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
Microscopic view of Flagellates and spirochaeta bacteria, Differential Interference Contrast
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Getty Images
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Getty Images
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Getty Images
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion.
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Beating heart of Water flea (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their almost transparent body makes them valuable for micrscope research.
Beating heart of Water flea (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their almost transparent body makes them valuable for micrscope research.
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion. 25mm Luminar slow motion.
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion. 25mm Luminar...
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Cypris, freshwater ostracod, resting on algae
Cypris, freshwater ostracod, resting on algae
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Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
Water fleas (Daphnia sp.): common planktonic Crustaceans in eutrophic swamps and freshwater environments. Their sort lifespans and reproductive capibilities make them a useful indicator species. 40mm Luminar slow motion
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Vorticella sp. filter feeding. Vorticella is a genus of protozoa, with over 16 known species. They are stalked inverted bell-shaped ciliates, placed among the peritrichs.
Each cell has a separate stalk anchored onto the substrate, which contains a contractile fibril called a myoneme. When stimulated this shortens, causing the stalk to coil like a spring. Vorticella mainly live in freshwater ponds and...
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Vorticella sp. with contracting stalks. Vorticella is a genus of protozoa, with over 16 known species. They are stalked inverted bell-shaped ciliates, placed among the peritrichs.
Each cell has a separate stalk anchored onto the substrate, which contains a contractile fibril called a myoneme. When stimulated this shortens, causing the stalk to coil like a spring. Vorticella mainly live in freshwater ponds and...
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Vorticella sp. filter feeding. Vorticella is a genus of protozoa, with over 16 known species. They are stalked inverted bell-shaped ciliates, placed among the peritrichs.
Each cell has a separate stalk anchored onto the substrate, which contains a contractile fibril called a myoneme. When stimulated this shortens, causing the stalk to coil like a spring. Vorticella mainly live in freshwater ponds and...