Moving Freshwater Science Forward
Our efforts at Stroud Water Research Center require intellectual curiosity, a systematic and rigorous approach to scientific research, and the drive to answer a series of challenging questions about freshwater ecosystems. The answers to these questions may take decades to fully understand, but it is critical that we persist, as they have the power to influence others in ways that positively affect the world’s finite supply of clean fresh water.
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Recent Publications
Rahman, M.M., M. Peipoch, J. Kan, M. Sena, B. Joshi, D. Dwivedi, A.J. Gold, P.M. Groffman, J.G. Galella, and S. Inamdar. 2024. American Chemical Society Environmental Science and Technology Water, early online access.
Xia, J., H. Hu, X. Gao, J. Kan, Y. Gao, and J. Li. 2024. Biology 13(7), 550.
Deep metagenomic sequencing unveils novel SAR202 lineages and their vertical adaptation in the ocean
He, C., D. Fucich, A. Sosa, H. Wang, J. Kan, J. Liu, Y. Xu, N. Jiao, M. Gonsior, and F. Chen. 2024. Communications Biology 7, 853.
Freshwater Research News
UpStream Newsletter, Fall 2011
Gone Fishin’: Evaluating the Threat of Agricultural Contaminants in the Río Sierpe This article has moved. The Magic of Revealing the Mysteries of Metaecosystems By Diane Huskinson Abracadabra “Any sufficiently
Gone Fishin’: Evaluating the Threat of Agricultural Contaminants in the Río Sierpe
Stroud Center scientists sampled the Río Sierpe and Grande de Terraba watersheds to identify contaminants as well as contaminated species that threaten humans who consume them.
Stroud Center Projects Featured at National STEM Event
The hands-on interactive nature of the Model My Watershed® and Critical Zone Observatory projects received considerable attention from both speakers and educators.
Stroud Center Awarded Grant to Study Meta-Ecosystems
Scientists are using new knowledge to provide an update of the River Continuum Concept and develop a broad model of carbon cycling.
Scientists to Collect Water Quality and Climate Change Data From Hurricane Irene
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.
UpStream Newsletter, Summer 2011
The difference between the organic materials that enter and leave a river system tells us how the river affects greenhouse gases.
