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Finished Projects on the research sub-aim "General: Global Warming"
MiStriKi - Minimizing the risk of storm damages in forests as regards climate change (MiStriKi)
Project code:
28WK416601
Excutive institution:
University of Freiburg
Contract period:
2018
- 2021
Investigation of belowground biomass of forest trees to improve the greenhouse gas reporting in Germany (Wurzelbiomasse)
Project code:
28WB403401
Excutive institution:
Institute for Forest Ecosystems
Contract period:
2014
- 2016
Greenhouse gas balancing of wooden buildings - realization of new requirements for life cycle assessments and determination of empirical substitution factors (THG-Holzbau)
Project code:
28W-B-3-054-01/02/03/04
Excutive institution:
Ruhr University of Bochum
Contract period:
2014
- 2016
Limitation of the CO2 sink strength of forests by ground-level ozone pollution as an intrinsic component of climate change - Validation of an ozone-uptake model and implementation in the physiological tree growth model 'BALANCE' for process-oriented risk assessment (KLIWAFOR)
Project code:
28WC412601
Excutive institution:
Chair for Ecophysiology of Plants
Contract period:
2018
- 2020
Model based risk assessment of oak processionary moth in climate change. Subproject 3: Investigation of the influence of natural microbial antagonists of the oak processionary moth under different conditions in different regions of Germany (ModEPSKlim)
Project code:
28WC409003, JKI-BI-08-1223
Excutive institution:
Institute of Biological control
Contract period:
2016
- 2019
Detection of active insect pests in timber trade (InsectDetect)
Project code:
28WK412101
Excutive institution:
Fraunhofer Institute for Wood Research - Wilhelm-Klauditz-Institute
Contract period:
2018
- 2020
InsectDetect- detection of harmful insects being active in timber business (InsectDetect)
Project code:
28WK412101
Excutive institution:
Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V.
Contract period:
2018
- 2020
Increasing the risk assessment of forest-economically important tree species under climate change: climate sensitivity of the root system of beech, oak, pine, Douglas fir, and fir
Project code:
2218WK29X4
Excutive institution:
University of Goettingen
Contract period:
2020
- 2023
Collaborative project: Expansion of ecological, silvicultural and technical knowledge about forest fires. Subproject 1: Improved understanding of forest fire dynamics in German forests using deep learning and fire propagation simulations (ErWiN)
Project code:
2219WK54A4
Excutive institution:
Institute of Geography and Geoecology
Contract period:
2020
- 2023
Collaborative project: Expansion of ecological, silvicultural and technical knowledge about forest fires. Subproject 2: Improved forest fire vulnerability maps by including local forest structure information (ErWiN)
Project code:
2219WK54B4
Excutive institution:
Institute for Forest Ecosystems
Contract period:
2020
- 2023