Impacts of Land Management Strategies on Carbon Storage and Nutrient Export in the Tongass National Forest
Maps showing the total C storage for current state and potential future scenarios in Tongass National Forest.
My latest research offers a groundbreaking evaluation of land management strategies on the carbon dynamics and nutrient flows within the Tongass National Forest in Alaska. Employing the Integrated Valuation of Ecosystem Services and Tradeoffs (InVEST) model, we scrutinized the environmental outcomes of three hypothetical land management scenarios against the current status quo.
The study’s outcomes are thought-provoking: Enhanced Conservation, while significantly improving carbon sequestration, unexpectedly increases nitrogen export. This underscores the complexities of ecosystem responses to conservation efforts. The Integrated Resource Management scenario is a middle ground, evidencing a delicate equilibrium between human development and ecological integrity, with discernible shifts in carbon storage and nutrient export.
This research accentuates the crucial need for multifaceted land management practices designed to optimize the plethora of services ecosystems provide. Moreover, it underscores the importance of adaptive policies that are responsive to the intricate and sometimes unforeseen consequences of land-use decisions.