Bird population densities in artificial wetlands are 38 times higher than those in natural marshes, according to research from Florida Atlantic University

Researchers with UC Santa Barbara and Princeton University used chemical analysis techniques to find the importance of hippo dung to African river ecosystems.

By moving flood levees, scientists at the University of California find that groundwater resources, increasingly important during drought time, can be recharged.

Melding synthetic components with plant cells to form new materials, European researchers have developed the most sensitive temperature sensor in existence

The Craig Brook National Fish Hatchery keeps a watchful eye on dissolved oxygen as part of its mission of saving endangered Atlantic salmon.

Scientists with the University of New Mexico and the Spanish National Research Council use drones to map farm fields abandoned 500 years ago.

Undergraduate students at MIT use sulfur dioxide and aerosol measuring devices to characterize volcanic smog coming out of Hawaii’s Kīlauea volcano.

Two new USGS studies examine the impact of runoff from coal-tar-sealed pavement on aquatic organisms, revealing both lethal and sublethal effects

A new study shows that an unusually warm patch of water off the Pacific coast is the product of wayward winds, and may be slightly warming the West Coast

For sites prone to flooding, debris or high sediment concentrations, hydrologists turn to the OTT RLS Radar Water Level Sensor.

Researchers at Cornell have found that road salt runoff flowing into streams near campus reaches salinity levels on par with the ocean.

Combining automated monitoring and traditional ship-based research, an NSF-funded study explored processes behind a major springtime phytoplankton bloom

Researchers at the Michigan Tech Research Institute made a new map of Great Lakes wetlands, replacing outdated versions from the 1970s.