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Extreme Events in Forests Can Disrupt the Global Carbon Cycle, Study Shows
The radiative effects of smoke from individual extreme forest fires can apparently lead to global impacts that influence the energy balance of the atmosphere and thus the global climate in a complex way.
Latest Research Articles
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US Weather Forecast: Locally Heavy Rains, Flooding to Hit Florida Peninsula, Gulf Coast This Midweek
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Heavy Rains, Mountain Snow Threaten West Coast Due To Brewing Storm
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Thanksgiving Weather in US: Rain, Snow Likely to Bring Travel Disruptions for 55 Million Travelers
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Floods Wreak Havoc in Northern France, Leaving Roads Impassable and Schools Closed
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The Evolution of Hunting from Survival to Sustainability
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Fly Larvae's Healthy Proteins for Animals Have Less Environmental Impact in Costa Rica, Report Shows
Endangered Mammal Emerged in Indonesia’s Province of Papua After Being Elusive for 60 Years
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Snake with Legs: Snake Evolution Shows How These Ancient Reptiles Transitioned from Walking to Losing Their Legs
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Animal Stripes and Spots Mystery Finally Solved by Biologists [New Study]
Wildfire Leaves Oahu Forest National Wildlife Refuge with Charred Trees, Several Bald Spots
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Storm Over Gulf of Alaska to Bring Snow, Rain to West Coast This Week
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Late-Season Tropical Storm Likely to Emerge in the Caribbean Sea as Atlantic Hurricane Season Ends
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Weak Spot in Earth's Magnetic Field Raises Concerns for Humanity's Future
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1831 Volcano Eruption That Turned Sun Blue Finally Identified by Scientists
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What Caused the Palisades Wildfire Ravaging Homes in the Los Angeles Area?
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Climate Crisis Disrupts Water Cycle, Fuels Disasters Affecting Billions
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230-Million-Year-Old Fossil in Wyoming Redefines Dinosaur Origins
