Stroud Water Research Center
Costigan, K.H., and M.D. Daniels. 2012. River Research and Applications 29(2):161–171.
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.
Proia, L., S. Morin, M. Peipoch, A.M. Romaní, and S. Sabater. 2011. Science of the Total Environment. 409(17):3129–37.
Kan, J., B. Flood, J.P. McCrow, J.S. Kim, L. Tan, and K.H. Nealson. 2011. Journal of Microbiological Methods 86:62–68.
The difference between the organic materials that enter and leave a river system tells us how the river affects greenhouse gases.
Third article in a series about an international team of scientists following the transformation of river-borne carbon from the sources of the Fly River in Papua New Guinea to its sink.
Kan, J., P. Chellamuthu, A. Obraztsova, J.E. Moore, and K.H. Nealson. 2011. Journal of Applied Microbiology 111:329–337.
Pesticides and other contaminants from agriculture pose an unknown threat to the Rio Sierpe ecosystem and to humans who eat contaminated fish and shellfish.
ON JUNE 14TH, 2011, eight high school students set off on an adventure that was the first of its kind. Their journey took them from the headwaters of the Brandywine…
The trek educates students about the importance of the Brandywine River and fosters understanding of the need to implement good stewardship practices.