Due largely to human activities associated with food and energy production, the world is experiencing an un-precedented mobilization of nutrients such as nitrogen (N) and phosphorus (P). A substantial portion of this mobilized N and P flows into streams and rivers, and eventually down to coastal waters, where nutrient over-enrichment has been associated with a host of environmental impacts. En route to the ocean, these nutrients can alter ecosystem function as well as the balance of atmospheric greenhouse gases.
Our research group uses experimental, remote sensing, and spatially explicit modeling approaches to elucidate processes governing the mobilization, transport, transformation, and ecosystem/biogeochemical impacts of land-based N, P, and other bio-active elements. For examples of past and ongoing research projects, click here. For group-related news, click here.
**We are currently seeking a graduate student to participate in a recently funded NSF Innovations at the Nexus of Food, Energy and Water Systems (INFEWS) project focused on the relationship between storage and resilience. For more information on the position and how to apply, click here: Grad_Student_Ad_2017_Harrison_NSF-INFEWS**