Monday, July 6, 2026

Environmental Science

EcosystemsEnvironmental ScienceRemediation

Wildfires leave long-lasting impacts on water quality in the Western U.S.

Wildfires significantly impact water quality for up to 8 years post-burn, according to a new study that analyzes data from 500 watersheds across the western continental United States. This effort is the most extensive synthesis to date of large-scale, long-term trends in water quality in response to fires.

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Case StudiesEcosystemsEnvironmental ScienceHuman Exposure and Public HealthRemote EnvironmentsScience through time

Diving Deep for Volcanic Deposits: What the Hunga Volcanic Eruption Teaches Us About the Deep Sea

According to Chaknova and colleagues, the Honga Volcano eruption was the largest in the modern satellite era. It produced a 58 km plume, a 20 m high tsunami, and a pressure wave that propagated around the world.

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Animal behaviorEcosystemsEnvironmental ScienceScience through timeSustainabililty

Discovery of a Shortfin Mako Nursery

Featured Image Caption: Two shortfin mako sharks (Isurus oxyrinchus) by MarkConlin, public domain from U.S. National Oceanic and Atmospheric Administration

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Animal behaviorCitiesEnvironmental ScienceHuman Exposure and Public HealthRemediation

Urban Lizards Full of Lead, but Not Dead

Featured Image caption: Urban Lizard (Podacris muralis) by Gzen92 CC by SA 4.0 via Wikimedia CommonsPrimary Source Article: Moore, M.

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Environmental Science

To Cull or Coexist? Hunting as a False Solution to Wolf-Livestock Conflict 

The EU is poised to reintroduce wolf hunting in order to reduce predation on livestock. Research shows this policy is deadly for wolves and unlikely to benefit livestock.

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Animal behaviorClimateEnvironmental Science

Birds of a feather flock to bad weather: Study reveals how seabirds chase cyclones

Oceanic seabirds can spend weeks at a time traveling thousands of kilometers in search of food on the open ocean. A new study finds a perplexing and never-before-seen behavior in which birds intentionally follow cyclones across the north Atlantic. Researchers compared the trajectories of storms with GPS tracks of birds and examined how ocean conditions change in the wakes of cyclones. They conclude that cyclones enhance mixing of ocean waters and bring prey to the surface where they are easily accessible food sources for birds.

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