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/ A process-based model, Wetland-DNDC, was modified to enhance its capacity to predict the impacts of management practices on carbon sequestration in and trace gas emissions from forested wetland ecosystems. The modifications included parameterization of management practices fe.g., forest harvest, chopping, burning, water management, fertilization, and tree(More)
This study reports the linkage between MIKE SHE and Wetland-DNDC for carbon dynamics and greenhouse gases (GHGs) emissions simulation in forested wetland.Wet1and-DNDC was modified by parameterizing management measures, refining anaerobic biogeochemical processes , and was linked to the hydrolog~cal model-MIKE SHE. As a preliminary application, we simulated(More)
Problem Description The objective of the Thesis is to study and to possibly reveal the potential security flaws/problems that Future Internet architectures (and protocols designed in order to implement those) might have. Future Internet architecture projects that will be studied are, but not limited to, PSIRP, Accountable Internet Protocol, Networking Named(More)
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