Skip to main content
Skip to navigation
Skip to footer
de
en
Institute of Bio- and Geosciences (IBG)
Agrosphere (IBG-3)
News
See Overview News
Research
See Overview Research
Environmental processes and technologies
▾
Vadose Zone Hydrogeophysics
▾
Hydrogeophysical Imaging and Characterisation
▾
Environmental Sensing and Monitoring
▾
Terrestrial observation platforms
▾
Multiscale Geophysics of soil-plant systems
▾
Hydrogeophysics
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
Terrestrial biogeochemistry
▾
Plant-Soil-Atmosphere Exchange Processes
▾
Colloids and biogeochemical interfaces
▾
Soil organic matter dynamics and elemental cycles
Publications
▾
Publications 2021
▾
Publications 2020
▾
Publications 2019
▾
Publications 2018
▾
Publications 2017
▾
Publications 2016
▾
Publications 2002-2015
▾
Doctoral theses
Expertise
See Overview Expertise
Terrestrial sensing across scales
Environmental analytics and isotopes
Simulation and prediction
Scientific policy advice
▾
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:
Transfer and Innovation
▾
Transfer
▾
Innovation
Career & Education
See Overview Career & Education
Docs@IBG3
Bachelor, Master and PhD positions
Positions available at IBG-3
About us
See Overview About us
Our mission
Central Contact persons
▾
All employees
Key cooperations
▾
BONARES
▾
Geoverbund
▾
HICAM
▾
HPSC-TerSys
▾
ICOS
▾
ISMC
▾
MOSES
▾
TERENO
▾
The Bioeconomy Science Center (BioSC)
Generate directions
/
Research
/
Duplicate Pages
/
Modelling terrestrial systems
Modelling terrestrial systems
Last Modified: 27.06.2024
