The objectives of this study are to expand past statistical analyses to a greater range of snow and cyclone observations, focus on central/eastern North America, and understand future changes to the mid-latitude storm trajectories with retreating snow extent.
Read MoreThe Central Sands of Wisconsin is one of the premier agricultural regions of the US, especially for potato production. However, this production comes at a cost of groundwater use. We are working with growers on regional evapotranspiration and groundwater measurement and modeling.
Read MoreThe objectives of this study are to expand past statistical analyses to a greater range of snow and cyclone observations, focus on central/eastern North America, and understand future changes to the mid-latitude storm trajectories with retreating snow extent.
Read MoreOur lab is working on several studies attempting to quantify the linkages between terrestrial carbon cycling and aquatic carbon cycling in lake rich regions such as the Northern Highlands lake district of northern Wisconsin.
Read MoreMany of the most pressing questions about global change are not necessarily limited by the need to collect new data as much as by our ability to synthesize existing data. The Predictive Ecosystem Analyzer (PEcAn) seeks to improve this ability.
Read MoreThe Chequamegon Ecosystem-Atmosphere Study (ChEAS ) is a research cooperative that seeks to understand carbon and water cycles of terrestrial ecosystems at regional scales, using the Northwoods of Wisconsin as our study region. New projects have also focused on central and southern Wisconsin ecosystems.
Read MoreCHEESEHEAD is an intensive field-campaign designed specifically to address long-standing puzzles regarding the role of atmospheric boundary-layer responses to scales of spatial heterogeneity in surface-atmosphere heat and water exchanges.
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