Northeast
Below are projects related to the northeast U.S.
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Climate change and insect defoliation in the New Jersey Pine Barrens
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CBI, in collaboration with the US Forest Service, will assess and predict the effects of gypsy moth defoliation events, fire management, and climate change on forest productivity, species composition, and tree mortality in the New Jersey Pine Barrens. Using management scenarios developed based on current management practices and potential carbon management practices; we will determine how interactions among these disturbances affect management goals. This project will help provide a predictive framework for working through landscape to regional management scenarios in areas with multiple, interacting management priorities that can be applied across the US, especially in areas where insect and fire disturbances interact. (ongoing)
- 39.7240885773 -74.6630859375
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Wolf Reintroduction Feasibility in the Adirondack Park
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A GIS-based modeling analysis of potential wolf reintroduction into Adirondack Park using habitat suitability and genetic factors. (October 1999)
- 43.964996 -74.319033
Climate change and insect defoliation in the New Jersey Pine Barrens
CBI, in collaboration with the US Forest Service, will assess and predict the effects of gypsy moth defoliation events, fire management, and climate change on forest productivity, species composition, and tree mortality in the New Jersey Pine Barrens. Using management scenarios developed based on current management practices and potential carbon management practices; we will determine how interactions among these disturbances affect management goals. This project will help provide a predictive framework for working through landscape to regional management scenarios in areas with multiple, interacting management priorities that can be applied across the US, especially in areas where insect and fire disturbances interact. (ongoing)
Wolf Reintroduction Feasibility in the Adirondack Park
A GIS-based modeling analysis of potential wolf reintroduction into Adirondack Park using habitat suitability and genetic factors. (October 1999)
