Stroud Water Research Center
The hands-on interactive nature of the Model My Watershed® and Critical Zone Observatory projects received considerable attention from both speakers and educators.
Scientists are using new knowledge to provide an update of the River Continuum Concept and develop a broad model of carbon cycling.
Hurricane data could reveal much about how soil erosion into rivers might bury carbon and sequester it from acting as a greenhouse gas in the atmosphere.
The difference between the organic materials that enter and leave a river system tells us how the river affects greenhouse gases.
Pesticides and other contaminants from agriculture pose an unknown threat to the Rio Sierpe ecosystem and to humans who eat contaminated fish and shellfish.
The trek educates students about the importance of the Brandywine River and fosters understanding of the need to implement good stewardship practices.
Students will learn skills they will need this summer when they will embark on a weeklong journey, by foot and canoe, down the Brandywine River.
Two weeks into their work in Papua New Guinea, Dr. Anthony Aufdenkampe and his colleagues had already surveyed more than 600 miles of remote jungle rivers.
A study of the long-term impacts on streams after landscape restoration has never been done before. The grant will provide the needed funding to do so.