Biogeochemistry
Hydrochemical response of alpine watersheds to snowmelt.
Poster Number: 176 Presenter/Primary Author: Danielle Perrot This study explores the stream hydrochemical response to snowmelt in alpine environments in the context of variable source area (VSA) dynamics and nitrate.
StreamChemDB: a web-accessible stream chemistry database
Poster Number: 173 Presenter/Primary Author: Sherri Johnson The USDA Forest Service Experimental Forests and Ranges (EFR) network and the National Science Foundation’s Long-term Ecological Research (LTER) sites have been collecting stream chemistry data in
Climate Change, Permafrost Melt, and Increased Nitrate Export, Green Lakes Valley, Colorado
Poster Number: 171 Presenter/Primary Author: Mark Williams Alpine ecosystems are particularly susceptible to disturbance due to their short growing seasons, sparse vegetation, thin soils, and a harsh climate.
Coupling environmental history with physiological performance: a new direction for ocean acidification research
Poster Number: 163 Presenter/Primary Author: Emily Rivest While studies publishing the variability of nearshore pH and in situ biological response are becoming more common (e.g.
Hydrologic flowpaths and biogeochemical cycles in the subalpine Como Creek catchment, Colorado Front Range, USA
Poster Number: 161 Presenter/Primary Author: Rory Cowie An outstanding question for snowmelt-dominated watersheds of the western US are the responses of biogeochemical processes to two major drivers of environmental change: directional changes in climat
