NWT
Nitrate on Steroids: Evaluating the Contribution of Talus Streams, Rock Glaciers, and Other High Alpine Sources to a Headwater Stream in the Colorado Front Range
Poster Number: 164 Presenter/Primary Author: Katya Hafich High elevation ecosystems throughout the Colorado Front Range are undergoing changes in biogeochemical cycling due to an increase in nitrogen deposition in precipitation and a changing climate, res
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
ScienceLIVE: Providing innovative connections between LTER research and the public
Poster Number: 158 Presenter/Primary Author: Liesl Erb ScienceLIVE is a unique, web-based outreach tool used to connect active research, K-12 students, and the general public.
Comparing and contrasting the hydrology of high-elevation areas in the Rockies and the Himalayas
Poster Number: 153 Presenter/Primary Author: Alana Wilson In 2009 Kathmandu University initiated a collaboration with the Niwot Ridge LTER program to begin studying climate change and water resources in high-elevation areas.
Elevational and Seasonal Dependence in Climate Change Within a Mid-latitude High Mountain System, Colorado Front Range, USA
Poster Number: 151 Presenter/Primary Author: Jennifer Morse We contrasted 59-year (1952-2010) climate records of two high-elevation sites in the Colorado Rocky Mountains Front Range, USA; one a subalpine forest (3021 m asl) and the other high alpine tundra
