Science ❯ Environmental Science
Marine Ecosystems Biodiversity Forestry Wetlands Extreme Environments Ancient Ecosystems Marine Biology Human Impact Aquatic Ecosystems Land Use Coral Reefs Forest Ecosystems Carbon Sequestration Fossilization Grasslands Soil Degradation Boreal Forests Faunal Dynamics Wildlife Impact Amazon Rainforest Carbon Cycling Ancient Habitats Microbial Ecology Carbon Cycle Biogeochemical Cycles Rainforest Ecosystems Floral Ecology Meltwater Ponds Galápagos Islands River Ecosystems Paleoecology Agro-ecosystems Chemosynthesis Chemosynthesis-based Communities Deep Sea Ecosystems Tropical Forests Deep-Sea Ecosystems Species Interactions Insect Ecology Antarctic Ecosystems Ecological Impact Plankton Arctic Ecosystem Conservation Biology Habitat Conservation Climate Research Microbial Ecosystems Carbon Sinks Cave Ecosystems Sustainable Practices Plant Adaptation Chemosynthetic Ecosystems Tropical Rainforests Inland Seas Fire Ecology Natural Disasters Impact Assessment Aquatic Habitats Climate Impact on Ecosystems Isolated Habitats Desert Ecosystems Coral Ecosystems Biodiversity Loss Symbiotic Relationships
A PNAS Nexus time-series from a 100-meter Yellowstone Lake borehole captured post-quake chemical spikes with accompanying microbial shifts.