The study by researchers of the Senckenberg Biodiversity and Climate Research Centre and Goethe University is based on
computer vegetation models and was published in «Journal of Biogeography».
Not exact matches
Using HydroSED 2D, a
computer modeling system developed at the University of Illinois, they incorporated two - dimensional flow
modeling, soil characteristics and information about
vegetation to analyze the vulnerability of the landscape compared with observed impacts.
With the data they simulated 130 years of growth following the Yellowstone Fires using a
computer model calibrated to the study area and used by forest and land managers around the U.S., called the Forest
Vegetation Simulator.
Steve Running, director of the Numerical Terradynamic Simulation Group at the University of Montana and an IPCC author, conducts
computer modeling of Earth's forests and
vegetation from satellite data.
Using complex
computer models, the team concluded that on average,
vegetation absorbs 11 billion fewer metric tons of carbon dioxide than it would in a climate that doesn't experience extreme weather events.
Her work includes
computer simulation
modeling of
vegetation dynamics coupled to atmospheric general circiulation
models (GCMs), occasional fieldwork, and theoretical studies on the thermodynamic efficiency of photon energy use in photosynthesis.
The team used newly available NASA satellite observations of rainfall and
vegetation, and a
computer model that predicts atmospheric wind flow patterns, to explore the impact of the Earth's tropical forests.