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Showing 1 to 4 of 4 for “"dynamic global vegetation model"”.

  1. Coupling of Integrated Biosphere Simulator to Regional Climate Model version 3

    … Biosphere Simulator (IBIS) to Regional Climate Model version 3 (RegCM3), and an assessment of the coupled model (RegCM3-IBIS). RegCM3 is a 3-dimensional, primitive equation limited area model used throughout the world for seasonal predictability and regional climate studies. IBIS is a dynamic

    mit Repository record for Coupling of Integrated Biosphere Simulator to Regional Climate Model version 3 (opens in a new tab)

  2. Spatial and temporal dynamics of the terrestrial carbon cycle : assimilation of two decades of optical satellite data into a process-based global vegetation model

    … simulated by a combination of the process-based dynamic global vegetation model LPJ and a 21-year time series of global AVHRR-fPAR data (fPAR – fraction of photosynthetically active radiation). Assimilation of the satellite data into the model allows improved simulations of carbon fluxes on …

    potsdam-diss Repository record for Spatial and temporal dynamics of the terrestrial carbon cycle : assimilation of two decades of optical satellite data into a process-based global vegetation model (opens in a new tab)

  3. Modeling land surface processes of the midwestern United States : predicting soil moisture under a warmer climate

    … United States. To assess this response, a dynamic global vegetation model, Integrated Biosphere Simulator, was coupled to Regional Climate Model version 3 (RegCM3- IBIS). IBIS has several key advantages over the native surface physics scheme used in RegCM3, Biosphere-Atmosphere Transfer …

    mit Repository record for Modeling land surface processes of the midwestern United States : predicting soil moisture under a warmer climate (opens in a new tab)

  4. Process-based simulation of the terrestrial biosphere : an evaluation of present-day and future terrestrial carbon balance estimates and their uncertainty

    … for long-term climate mitigation strategies. A model describing the relevant processes that govern the terrestrial carbon cycle is a necessary tool to project regional carbon budgets into the future. This study (1) provides an extensive evaluation of the parameter-based uncertainty in model

    potsdam-diss Repository record for Process-based simulation of the terrestrial biosphere : an evaluation of present-day and future terrestrial carbon balance estimates and their uncertainty (opens in a new tab)