Published inFossils et al.How Crocodiles Escaped Mass Extinction — TwiceAnd what their survival story can teach us today3d ago103d ago10
Published inThe EnvironmentHow Tropical Trees Became Chemists in a Battle for SurvivalNew research shows that the secrets to biodiversity may lie in the microscopic chemistry of tree leaves5d ago95d ago9
Published inFossils et al.The Dinosaur-Killing Asteroid Didn’t Just End Life, It May Have Kickstarted It, TooNew research shows hydrothermal activity at ground zero played a surprising role in post-impact ocean lifeApr 1012Apr 1012
Published inThe New Climate.This 22-Year Amazon Study Revealed a Quiet Climate CrisisA long-term Amazon study shows how rising nighttime temperatures and wetter air are quietly reducing seed production, changing the food webApr 93Apr 93
Published inThe EnvironmentWhy Tropical Field Stations Might Be Our Best Bet for Saving BiodiversityA new global survey shows just how powerful (and vulnerable) these outposts of science and conservation really areApr 45Apr 45
Published inSouthern WindsThe Antarctic Plumbing Problem That’s Speeding Up Ice MeltWhat a new study reveals about ancient meltwater systems and their role in future ice lossApr 13Apr 13
Published inFossils et al.Forgotten Shark Jaws Are Now a Goldmine for Ocean ScienceHow a new study unlocked decades of hidden data from preserved shark and ray jaws in museum collectionsMar 235Mar 235
Published inSouthern WindsHow Overfishing Became a Conservation Strategy in AustraliaTargeting an invasive sea urchin may be the key to saving Tasmania’s kelp forestsMar 1910Mar 1910
Published inFossils et al.The Real Reason Megalodon Got So Gigantic (and Then Went Extinct)The surprising science behind the ocean’s largest shark — and why it couldn’t lastMar 1411Mar 1411
Published inThe EnvironmentAI Meets Conservation: The Tech That Could Change How We Protect ForestsScientists are using smart tech to listen to forests, track climate threats in real time, and predict changes before it’s too lateMar 1110Mar 1110