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Institute of Bio- and Geosciences (IBG)

Agrosphere (IBG-3)

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        • ▾Vadose Zone Hydrogeophysics
        • ▾Hydrogeophysical Imaging and Characterisation
        • ▾Environmental Sensing and Monitoring
        • ▾Terrestrial observation platforms
        • ▾Multiscale Geophysics of soil-plant systems
      • Modelling terrestrial systems
        • ▾Soil-root systems and rhizosphere processes
        • ▾Functional structural modelling of crop systems
        • ▾Stochastic analysis of terrestrial systems
        • ▾Modelling and management of catchments
        • ▾Integrated Modelling of Terrestrial Systems
        • ▾Soil systems modeling
      • Terrestrial biogeochemistry
        • ▾Plant-Soil-Atmosphere Exchange Processes
        • ▾Colloids and biogeochemical interfaces
        • ▾Soil organic matter dynamics and elemental cycles
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          • ▾Terrestrial sensing across scales
          • ▾Environmental analytics and isotopes
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          • ▾AgraSim
          • ▾Tereno
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          • ▾Policy advice for federal states: Implementation of Water Framework Directive
          • ▾Advising political decision-makers at the Federal state level:
          • ▾Advising political decision-makers at the national level
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                    Research platforms

                    Research platforms

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                    AgraSim

                    The AgraSim research platform combines experimental and numerical Simulations to investigate the effects of future climate scenarios on agricultural cultivation systems. The platform's structure consists of two closely linked core areas: AgraSim Experiment and AgraSim Modelling

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                    Tereno

                    The Interdisciplinary Observation Network for Long-Term Regional Impacts of Climate Change on Terrestrial Ecosystems

                    Last Modified: 12.12.2024

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