Biogeochemistry
Coastal and Marine Mercury Ecosystem Research Collaborative (C-MERC)
Poster Number: 134 Presenter/Primary Author: Charles Driscoll Most human exposure to mercury in the U.S.
Using eco-hydrological modeling to understand hydrological dynamics impacted watershed spatial biogeochemical processes
Poster Number: 132 Presenter/Primary Author: Xuan Yu Hydrological cycle has been serving as a foundation of biogeochemistry, since terrestrial biogeochemical processes are closely interacting with the quantity and quality of water movement.
Palmer LTER: Long-Term Ecological Research on the Antarctic Marine Ecosystem: Looking Back in Time Through Marine Ecosystem Space.
Poster Number: 129 Presenter/Primary Author: Hugh Ducklow The Palmer Station region on the western shore of the Antarctic Peninsula, site of Palmer LTER, is one of the most rapidly warming regions on Earth, especially in winter.
Microbes, moisture, and metabolic activity: Is there a soil moisture threshold for microbial activity?
Poster Number: 121 Presenter/Primary Author: Sarah Placella Growing evidence suggests that climate-driven changes in precipitation regulate microbially mediated ecosystem processes, such as CO2 flux from soils to the atmosphere.
Flooding farm fields, draining wetlands, and damming rivers: The effects of hydrologic regime change on nutrient cycling
Working Group Reports Final reports: FinalReport_HydroEco_2012LTERASM.pdf Participant list: Attendess_HydroEcoWrkingGrop_2012LTERASM.xlsx An ecosystem’s hydrology is one of the strongest driving forces determining its structure, function, and rate at which it supplies valued services (e.g., denitrification). Session: Working Group Session 2 - Monday Room Assignment: Ruesch Auditorium - Dodge (50)
