Benjamin David Stocker

The paper analyzes linearity in carbon cascade responses across 16 terrestrial biosphere models under elevated CO2, finding varied non-linear behaviors but overall linear ensemble behavior.

rsofun v5.0 provides a computationally efficient framework for ecosystem process simulation and model-data integration, demonstrating its use in estimating CO2 uptake and uncertainty.

The paper investigates why models underestimate West African tropical forest productivity and finds that using local field measurements improves model accuracy.

The paper develops a dynamic model for carbon and nitrogen cycle interactions in terrestrial ecosystems, demonstrating its stability and functionality for simulating seasonal variations of C and N fluxes and pools.

The paper uses a vegetation model to predict how elevated CO2 affects Amazonian forest composition and carbon dynamics under different soil conditions.