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Isoprene Emission, Plant-Insect Interactions N2O, Emissions, Tropical Rain Forests, Global Inventory, Biogeochemical Model
Mixing-layer Height, Annual and Diurnal Variation, Remote Sensing Techniques Regional Climate-Chemistry Simulations, Gas Phase Transformations, Photooxidants, UV-Radiation
Water Vapor Profiling, Differential Absorption Lidar, Troposphere, Sounding Technique Solar FTIR, Near Infrared, Invers Modelling, Satellite Validation, Kyoto Process
TERENO, Climate Feedback Observatory, Ammer Catchment, Lysimeter Network, Water Balance GLOWA-Volta, Volta Basin, Weather Forecast, Water Resource Management, Decision Support System

SIM-BIM

SIM-BIM
SIM-BIM

The SIM-BIM model presented is a combination of the daily-step enzyme activity model SIM (Lehning et al. 2001) and the biochemical process-model of isoprenoid emission BIM (Zimmer et al. 2000, Grote et al. 2006). The combined model has been successfully applied to simulate isoprene emission from Sessile oak (Zimmer et al., 2003) and Holm oak (Grote et al. 2006, Grote 2007).
The stand-alone version of SIM-BIM needs the combination with a phenological model to indicate the state of foliage development and a photosynthesis model that supplies the substrates for isoprenoid formation. For canopy scale analysis and consideration of indirect environmental impacts (such as drought), the model has been integrated into the plant growth model PSIM (Grote 2007).

 

Contact: Dr. R. Grote