Influence of drought on littoral habitat and fisheries
Increased frequency and/or severity of drought conditions and associated reductions in lake levels are predicted outcomes of climate change in many regions.
US Long-Term Ecological Research Network
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Lake size controls on water temperature response to climate
Differences in warming patterns are important for predicting the impacts of climate change.
Extreme events, trends, and variability in Northern Hemisphere lake-ice phenology (1855–2005)
Often extreme events, more than changes in mean conditions, have the greatest impact on the environment and human well-being.
Long-term water level oscillations in the Laurentian Great Lakes region
NTL researchers and water resource managers across Wisconsin assembled a unique hydrologic data set of water levels and meteorology in northern Wisconsin and the Laurentian Great Lakes region.
Changes in Fire-Drought Relationships With Land Use change in the Northern Highlands Lake District
Fire is a complex phenomenon that responds to climate and vegetation and may become more difficult to manage in the context of global climate and land use change.
Climate Change Impacts on Wisconsin’s Water Resources
Wisconsin Initiative on Climate Change Impacts, a project to assess and anticipate the impact of climate change on Wisconsin’s natural resources, ecosystems and regions.
Crytal Lake Mixing REU Experience
Undergraduate exploring the interface between journalism and environmental studies as the outreach specialist for the Crystal Lake Mixing Project.
Wisconsin Initiative on Climate Change Impacts WICCI
WICCI represents a unique and innovative process to develop a statewide climate change adaptation strategy.
Climate Change, Shifting Land Use, and Urbanization in a Midwestern Agricultural Landscape: Challenges for Water Quality and Quantity (WSC)
How will the benefits we receive from our diverse landscapes be sustained as climate, land use, cities, and human demands change?
Changing Lake Variables
The overarching theme of this research is to determine how lake variables (e.g. ice cover, thermal structure, water level) have changed during the past century, and how they may continue to change under a changing climate. Currently, I am focusing on one dimensional and three dimensional hydrodynamic modeling of the NTL-LTER study lakes. Development of hydrodynamic models allows for understanding of lake dynamics that cannot be captured by field measurements, and also provides the ability to predict how changes in external ...
National Science Foundation | LTER Network | Center for Limnology
This material is based upon work supported by the National Science Foundation under Cooperative Agreement #DEB-2025982, NTL LTER (ROR: 04gq8q482). Any opinions, findings, conclusions, or recommendations expressed in the material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.