Global ETD Search

LINKING ALLOMETRIC SCALING THEORY WITH LIDAR REMOTE SENSING FOR IMPROVED BIOMASS ESTIMATION AND ECOSYSTEM CHARACTERIZATION

Duncanson, Laura2015

Accurate quantification of forest carbon stocks and fluxes is critical for the successful modeling and mitigation of climate change. This research focuses on forest carbon stock quantification, both in terms of testing emerging remote sensing approaches to forest carbon modeling, and examining …

maryland Repository record for LINKING ALLOMETRIC SCALING THEORY WITH LIDAR REMOTE SENSING FOR IMPROVED BIOMASS ESTIMATION AND ECOSYSTEM CHARACTERIZATION (opens in a new tab)

MAESTRA2: A MODEL FOR SIMULATING SPATIALLY EXPLICIT CARBON DIOXIDE EXCHANGE RATES AMONG SPECIES' WATER STRESS RESPONSE

Reynolds, Robert

clemson Repository record for MAESTRA2: A MODEL FOR SIMULATING SPATIALLY EXPLICIT CARBON DIOXIDE EXCHANGE RATES AMONG SPECIES' WATER STRESS RESPONSE (opens in a new tab)

Modeling the effects of forest management on the carbon cycle in a loblolly pine (Pinus taeda) plantation

Spinney, Michael PaulVirginia Tech2002

… alleviate the impact of global warming through carbon sequestration. Six forest management scenarios for a 27,000 acre study area are modeled to determine the impact of forest management on carbon sequestration. Forest management determines annual harvested volume and end-use disposition …

vt Repository record for Modeling the effects of forest management on the carbon cycle in a loblolly pine (Pinus taeda) plantation (opens in a new tab)