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New study finds ecosystem changes following loss of great white sharks
18-year study provides new insights into how an ocean ecosystem can change following the decline of an apex predator
Latest Research Articles
The widow next door: Where is the globally invasive noble false widow settling next?
Toward automated animal identification in wildlife research
How a fungus can cripple the immune system
Evolution: Larger datasets unravel deep roots
Insights on amphipods mating rituals
Deep sea reveals linkage between earthquake and carbon cycle
Folliculin mutations disrupt embryo implantation
CABI helps map ferocious speed and likely cause of woody weed spread across Ethiopia
Ice Age survivors or stranded travellers? A new subterranean species discovered in Canada
Underwater forests threatened by future climate change
NASA-NOAA's Suomi NPP satellite catches development of Tropical Cyclone 12S
Male killer whales hunt more than females
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New Tylosaurus Rex Mosasaur Discovery Reveals a Skull-Crushing Sea Predator From the Dinosaur Age
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White Hydrogen Discovery in Canada Reveals Massive Underground Energy Potential
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Global Sea Level Rise Is Rising Faster Than Expected Due to Ocean Warming and Ice Sheet Melt
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Wildlife Behavior Changes Study Reveals How Human Presence Affects Wildlife Worldwide
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Why Mother Animals Abandon Their Offspring: The Case of Punch, an Infant Macaque
