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Snake Skulls Adapt To Different Prey Types To Meet the Demands of Their Habitats and Food Sources
By studying the skull shapes of dipsadine snakes, researchers at The University of Texas at Arlington have found how these species of snakes in Central and South America have evolved and adapted to meet the demands of their habitats and food sources.
Latest Research Articles
Brittle Stars: Brainless Echinoderms Can Also Learn Through Experience [Study]
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Barcelona Drought Forces Water Bills to Spike by Up to 16%
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North American Wolverine Receives Threatened Species Status Due to Climate Change Impacts
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UN Human Rights Expert Alarm Over Pollution From A Manufacturing Plant in North Carolina
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Extreme Flooding Became More Intense in Eastern China Due to Climate Change Effects in 2020
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Orcas Disemboweled Great White Shark In Australia To Feast On Liver
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Ancient Animals Walked On Bird-Like Feet Over 210 Million Years Ago, Study Says
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Winter Storm Warning Issued for US Pacific Northwest [NWS]
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Strong Geomagnetic Storm Likely to Bring Bright Aurora Lights to Northern US
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December Weather Forecast: Atmospheric River To Bring Heavy Snow, Rain to Northwest Next Week
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NWS Weather Forecast: Wintry Mix Outlook to Hit Interior Northeast, Central Plains This Week
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FDA Expands Cantaloupe Recalls As Salmonella Infections Affects 32 States
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Hellfire Missile Video Reveals MQ-9 Reapers Being Used for Aerial Combat
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Is the iPhone Air Eco-Friendly? Environmental Trade-Offs Explained
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Is Yerba Mate Nature's Ozempic? Weighing In Risk Vs. Benefits
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WATCH: 'Ed the Zebra' Airlifted Home After More than a Week on the Run in Tennessee
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Enjoying Nature: How Outdoor Activities Can Benefit Children & Teens
