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Integration of land system model components
Project
Project code: DFG FOR 1695
Contract period: 01.02.2012
- 31.01.2015
Purpose of research: Basic research
Various drivers affect the dynamics of land systems at the regional level and have therefore to be captured in land system modelling. Climate factors affect biophysical processes directly (for example, temperature and atmospheric CO2 change the rate of photosynthesis) and indirectly (for example, increasing temperature changes the environmental conditions for water and nutrient supply, pests, diseases, weeds etc., which affect crop and livestock production). Non-climate factors affect socio-economic processes through changes in policies and institutions and, most importantly, through the adjustments and adaptations of land users. Unfortunately, these drivers and impacts cannot easily be disentangled because they work interdependently, and certain processes, such as crop growth during flowering and fruiting, show strongly non-linear responses. Moreover, land users may succeed in compensating for some negative impacts on their livelihoods, while in other cases even exploiting and thereby increasing the positive impacts. This subproject links model components for the various biophysical and socio-economic processes at high resolution, which is paramount to assess the vulnerability and sensitivity of land systems and to explore suitable adaptation strategies.
Section overview
Subjects
- Agroeconomics
- Climate Change
Collaborative Project
Funding programme
Excutive institution
Institute of Agricultural Sciences in the Tropics (Hans-Ruthenberg-Institute) (490)
