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Institute of Bio- and Geosciences (IBG)
Agrosphere (IBG-3)
News
Research
Environmental processes and technologies
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Vadose Zone Hydrogeophysics
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Hydrogeophysical Imaging and Characterisation
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Environmental Sensing and Monitoring
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Terrestrial observation platforms
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Multiscale Geophysics of soil-plant systems
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Multiscale Geophysics of soil-plant systems
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Hydrogeophysics
Modelling terrestrial systems
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Soil-, root systems and rhizosphere processes
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Functional structural modelling of crop systems
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Stochastic analysis of terrestrial systems
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Modelling and management of catchments
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Integrated Modelling of Terrestrial Systems
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Soil systems modeling
Terrestrial biogeochemistry
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Plant-Soil-Atmosphere Exchange Processes
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Colloids and biogeochemical interfaces
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Soil organic matter dynamics and elemental cycles
Publications
Expertise
Terrestrial sensing across scales
Environmental analytics and isotopes
Simulation and prediction
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AgroC
Scientific policy advice
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Policy advice for federal states: Implementation of Water Framework Directive
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Advising political decision-makers at the Federal state level:
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Advising political decision-makers at the national level
Transfer and Innovation
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Transfer
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Innovation
Career & Education
Docs@IBG3
Bachelor, Master and PhD positions
Positions available at IBG-3
About us
Our mission
Central Contact persons
Key cooperations
Generate directions
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News
News
TERENO - Expectations more than fulfilled
LinkedIn
Soil Moisture Data Improve Weather Forecasts
Targeted Watering of Plants
Study on linking rhizosphere processes across scales
Helmholtz Challenge Soil: Using the functions of soil for environmental and climate protection
The Role of Land Use and Water Management in Regional Climate Change
Six Jülich Scientists Included on List of Highly Cited Researchers 2021
Water Monitor for Germany Launched Online
Site Selhausen
Field measurements from home office?
Food for ten billion people
Saving the climate from the ground up
More CO2 in the Atmosphere: Heat and Drought Reduce Carbon Sinks
Study on the 2018 European drought
Helmholtz Climate Initiative Expands its Online Presence
“Green” hydrogen made in Africa
Digital Information System Warns of Threat from Heavy Rain
Jülich Expertise for COP 25
Torrential Rain in Place of Sunshine
Less climate-damaging laughing gas with Comammox bacteria
Delegation from Africa Visits Forschungszentrum Jülich
Knowledge for the World
"Rhizosphere Spatiotemporal Organisation – a Key to Rhizosphere Functions” (SPP 2089)
Scientists Research How Heatwaves Affect Climate
Upcoming events
No date
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No date
TERENO - Expectations more than fulfilled
No date
—
No date
LinkedIn
No date
—
No date
Soil Moisture Data Improve Weather Forecasts
No date
—
No date
Targeted Watering of Plants
No date
—
No date
Study on linking rhizosphere processes across scales
No date
—
No date
Helmholtz Challenge Soil: Using the functions of soil for environmental and climate protection
No date
—
No date
The Role of Land Use and Water Management in Regional Climate Change
No date
—
No date
Six Jülich Scientists Included on List of Highly Cited Researchers 2021
No date
—
No date
Water Monitor for Germany Launched Online
No date
—
No date
Site Selhausen
No date
—
No date
Field measurements from home office?
No date
—
No date
Food for ten billion people
No date
—
No date
Saving the climate from the ground up
No date
—
No date
More CO2 in the Atmosphere: Heat and Drought Reduce Carbon Sinks
No date
—
No date
Study on the 2018 European drought
No date
—
No date
Helmholtz Climate Initiative Expands its Online Presence
No date
—
No date
“Green” hydrogen made in Africa
No date
—
No date
Digital Information System Warns of Threat from Heavy Rain
No date
—
No date
Jülich Expertise for COP 25
No date
—
No date
Torrential Rain in Place of Sunshine
No date
—
No date
Less climate-damaging laughing gas with Comammox bacteria
No date
—
No date
Delegation from Africa Visits Forschungszentrum Jülich
No date
—
No date
Knowledge for the World
No date
—
No date
"Rhizosphere Spatiotemporal Organisation – a Key to Rhizosphere Functions” (SPP 2089)
No date
—
No date
Scientists Research How Heatwaves Affect Climate
Previous events
No date
—
No date
TERENO - Expectations more than fulfilled
No date
—
No date
LinkedIn
No date
—
No date
Soil Moisture Data Improve Weather Forecasts
No date
—
No date
Targeted Watering of Plants
No date
—
No date
Study on linking rhizosphere processes across scales
No date
—
No date
Helmholtz Challenge Soil: Using the functions of soil for environmental and climate protection
No date
—
No date
The Role of Land Use and Water Management in Regional Climate Change
No date
—
No date
Six Jülich Scientists Included on List of Highly Cited Researchers 2021
No date
—
No date
Water Monitor for Germany Launched Online
No date
—
No date
Site Selhausen
No date
—
No date
Field measurements from home office?
No date
—
No date
Food for ten billion people
No date
—
No date
Saving the climate from the ground up
No date
—
No date
More CO2 in the Atmosphere: Heat and Drought Reduce Carbon Sinks
No date
—
No date
Study on the 2018 European drought
No date
—
No date
Helmholtz Climate Initiative Expands its Online Presence
No date
—
No date
“Green” hydrogen made in Africa
No date
—
No date
Digital Information System Warns of Threat from Heavy Rain
No date
—
No date
Jülich Expertise for COP 25
No date
—
No date
Torrential Rain in Place of Sunshine
No date
—
No date
Less climate-damaging laughing gas with Comammox bacteria
No date
—
No date
Delegation from Africa Visits Forschungszentrum Jülich
No date
—
No date
Knowledge for the World
No date
—
No date
"Rhizosphere Spatiotemporal Organisation – a Key to Rhizosphere Functions” (SPP 2089)
No date
—
No date
Scientists Research How Heatwaves Affect Climate
Last Modified: 30.07.2024