• Previously Unknown Antibiotic Resistance Widespread Among Bacteria
• Microbes Key to Sequestering Carbon in Soil
• Fungi Stores a Third of Carbon from Fossil Fuel Emissions and Could Be Essential to Reaching Net Zero, New Study Reveals

• 一个rctic Ground Squirrels Changing Hibernation Patterns
• Saving Our Soil: How to Extend US Breadbasket Fertility for Centuries

• Prescribed Burns Encourage Foul-Smelling Invaders
• Researchers Find New Mechanism for Sodium Salt Detoxification in Plants

• Microorganisms' Climate Adaptation Can Slow Down Global Warming

• We Now Know Exactly What Happens in Nature When We Fell Forests

• Land Use Linked to Water Quality and Quantity

• Invading Insect Could Transform Antarctic Soils
• Crops Evolved by Swapping Genetic Modules Between Cells

• 一个rchaea in a Warming Climate Become Less Diverse, More Predictable

• Machine Learning Helps Scientists Identify the Environmental Preferences of Microbes
• Mushrooms and Their Post-Rain, Electrical Conversations

• 一个nt Mounds Are More Important for Biodiversity Than Previously Thought

• New Findings Indicate Gene-Edited Rice Might Survive in Martian Soil

• Using Solar Farms to Generate Fresh Desert Soil Crust
• Recycling Lake Sediments for Crop Production: A Sustainable Solution for Closing the Phosphorus Cycle

• Increased Droughts Are Disrupting Carbon-Capturing Soil Microbes, Concerning Ecologists

• Scientists Advocate for Integration of Biogeography and Behavioral Ecology to Rapidly Respond to Biodiversity Loss
• Rooting out How Plants Control Nitrogen Use

• Rising Temperatures Alter 'missing Link' Of Microbial Processes, Putting Northern Peatlands at Risk

• Hope for Salamanders? Study Recalibrates Climate Change Effects

• Some Coastal Salt Marshes Are Keeping Up With Sea Level Rise -- For Now

• Researchers Find Clue to Help Plants Grow With Low Phosphorus Levels

• Discovery of Root Anatomy Gene May Lead to Breeding More Resilient Corn Crops

• Humans Are Leaving Behind a 'frozen Signature' Of Microbes on Mount Everest

• Plant Roots Fuel Tropical Soil Animal Communities

• Wheat's Ancient Roots of Viral Resistance Uncovered
• 一个Mixture of Trees Purifies Urban Air Best

• Study Forecasts Tile Drainage and Crop Rotation Changes for Nitrogen Loss

• Microbes Play a Key Role in Unleashing 'forever Chemicals' From Recycled-Waste Fertilizer

• Moisture the Key to Soils' Ability to Sequester Carbon, Research Shows

• Reducing Pesticide Pollution and the Intensity of Harvesting Can Increase Crop Yield and Contribute to Climate Change Mitigation
• Unearthing the Impact of Moisture on Soil Carbon Processes

• Why Microbes in the Deep Ocean Live Without Sunlight

• Deer Browsing Is Just One of Many Factors Shaping North American Forests

• From Ground to Air to Space: Tillage Estimates Get Tech Boost

• Nitrite Additives Associated With Increased Risk of Type 2 Diabetes, Study Finds
• Our Future Climate Depends Partly on Soil Microbes -- But How Are They Affected by Climate Change?

• Forests Recovering from Logging Act as a Source of Carbon

• How Evolution Works
• Research Could Simplify Process for Calculating Soil Carbon Credits

• Hidden Long-Term Declines in UK Earthworms

• Understanding the Cryptic Role Fungi Play in Ecosystems

• In the Tropics, Nitrogen-Fixing Trees Take a Hit from Herbivores
• Soil in Midwestern US Is Eroding 10 to 1,000 Times Faster Than It Forms, Study Finds

• Forests Benefit from Tree Species Variety and Genetic Diversity

• Researchers Discover Root Exudates Have Surprising and Counterintuitive Impact on Soil Carbon Storage
• New Green Revolution Gene Discovery Sows Hope of Drought Resilient Wheat

• Less Intensively Managed Grasslands Have Higher Plant Diversity and Better Soil Health

• Gully Erosion Prediction Tools Can Lead to Better Land Management

• How a Common Fungus Eliminates Toxic Mercury from Soil and Water

• Lung Infections Caused by Soil Fungi Are a Problem Nationwide

• Dams Could Play a Big Role in Feeding the World More Sustainably
• Researchers Solve Hundred-Year-Old Botanical Mystery That Was Key to the Spread of Plant Life on Land

• Evolution of Tree Roots May Have Driven Mass Extinctions

• There's Room for Improvement in a Popular Climate-Smart Agricultural Practice

• In Ironic Twist, CRISPR System Used to Befuddle Bacteria
• Farmers in China, Uganda Move to High-Yielding, Cost-Saving Perennial Rice

• New 3D Model Shows How Cadmium Exposure May Affect Heart Development
• Now We Know How Plants Steer Clear of Salt

• Plant Processes May Be Key to Predicting Drought Development

• 'Forever Chemicals' Persist Through Wastewater Treatment, May Enter Crops
• Life Cycle of Tree Roots

• By Leaving Garden Waste Alone, We Could Store 600,000 Tons of CO2 Per Year

• Insects Contribute to Atmospheric Electricity

• 纳米比亚的仙子的秘密圈揭秘:Plants Self-Organize

• Researchers Build a 'Wikipedia' For Resistant Bacteria

• Global Hotspots for Soil Nature Conservation Are Poorly Protected
• It Takes Guts: Fungus Living Inside Cave Crickets Reveals Fungal Evolution Steps

• Out of the Loop: Ecologists Report Short-Term Plant-Soil Feedback Experiments Fall Short in Predicting Competition Outcome of Long-Term Field Experiment

• Can Gold Mining Be More Sustainable?

• Study Connects Decomposing Body's BMI to Surrounding Soil Microbes
• Seeing the Unseen: Birth and Death of Tree Roots Under a Future Atmosphere

• 更好地理解气候由下作物产量e Change

• Discovery of Microplastics from Water Trapped on Plant Leaves

• Nanoplastics Can Move Up the Food Chain from Plants to Insects and from Insects to Fish

• Soil Microbiota Can Boost the Growth of Invasive Plant Species and Provide Defense Against Herbivores
• Planting Trees Not Always an Effective Way of Binding Carbon Dioxide

• Light Accelerates Conductivity in Nature's 'electric Grid'

• Keeping Toxic Cadmium out of Rice, the Genetic Way

• Soil Temperature Can Predict Pest Spread in Crops
• DNA in Viking Feces Sheds New Light on 55,000-Year-Old Relationship Between Gut Companions

• 一个rtificial Intelligence Can Be Used to Better Monitor Maine's Forests

• Pretreating Soil With Ethanol Protects Plants from Drought, Study Finds

• Large Regional Differences in Agricultural Adaptation to Future Climate Change in Europe

• Plants That Pull Nitrogen from Thin Air Thrive in Arid Environments
• Multi-Scale Research Uncovers Microbes That Affect Sorghum Drought Response

• Plasma-Produced气体有助于保护植物免受路径ogens

• Food Production Impacting Earth and Its Natural Processes

• Investigation Into Plastic Pollution Moves Inland

• No-Till Farming Study Shows Benefit to Midwestern Land Values

• Ridge-to-Reef Ecosystem Census Reveals Hidden Reservoir for Microbiomes

• 一个mazon's Growth Limited by Lack of Phosphorus
• 一个djusting Pesticide Regulation and Use in European Soils

• Drought Increases Microbe-Laden Dust Landing in Sierras

• Growing Cereal Crops With Less Fertilizer

• Oft-Overlooked Grasslands Build Biodiversity, Resilience Over Centuries