Environment
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After the Fukushima Nuclear Catastrophe, Vegetation Regrowth Reduced Unsustainable Sediment Impacts
Researchers have discovered that despite the soil purification efforts made in the wake of the Fukushima nuclear catastrophe, the amount of particle radiocesium rapidly decreased while suspended river sediment levels remained consistently high upstream.
Latest Research Articles
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Novel Technology May Help Combat Climate Crisis
Gulf of Maine Cleanup Drive Hauls Mountain of Ghost Gear, Nearly 5000 Pounds in Four Days
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Cave Explorers Discover the Deepest Known Cave in Australia
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Senate Democrats Made a Bill That Can Reduce Greenhouse Gases With the Help of American Farmers
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Britain’s Current Drought Conditions Leaves Their Wildlife Fighting for Life
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Illegal Animal Farms in Three States Caused Toxic Algae Blooms in Lake Erie
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Evolution and Adaptation of Wheat Powdery Mildew: Why Researchers are Studying It
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Recurring Occurrence of Crown-of-Thorns Starfish Causes Decline of Southern Section of Great Barrier Reef's Average Reef Cover
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Volcano Erupts Near Iceland’s Capital in a Seismic Area
Nature-Friendly Farming Boosts Biodiversity, Crop Yields —10-Year Study Reveals
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Government of Spain Limits Air Conditioning and Heating to Save Energy Until 2023
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Rare Video Shows How Silent Predator Hunts Prey for the First Time
MOST POPULAR
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Atlantic Tropical Storms 2025: Forecast Updates, Official Storm Names, and Key Seasonal Outlook
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Who Owned the 140-Year-Old Lake Michigan Ghost Ship? Wreck Found After Eluding Searchers for Decades
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Texas Woman Hopped on a Kayak to Escape Floodwaters With Her Dogs: 'I'm Still in Shock'
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How Gene Editing Could Save Endangered Species from Extinction
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Met Office Issues Warning About Thunderstorms And Flooding: Are They Coming To A Place Near You?
