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Forest soil calcification as a measure to increase the adaptability of forests to climate change and to safeguard and increase the CO2 storage and valley function of forests
Project
Project code: 28WB407502
Contract period: 01.05.2017
- 30.06.2020
Budget: 448,572 Euro
Purpose of research: Basic research
Keywords: forestry, soil (soil conservation, soil fertility, soil cultivation, soil health), climate (climate relevance, climate protection, climate change), fertilization
The aim of the project is to develop the background for recommendations in order to protect forests in times of climate change and to strengthen their ecosystem services sustainably. The impact of soil liming on carbon sequestration in forest ecosystems, soil structure, deepening of root systems, climate relevant trace gas fluxes, the hydrologic budget, foliar nutrition and on tree growth is of special importance as a consequence of deacidification. It is to proof that soil liming supports not only the deacidification of forest soils but also bioturbation, soil aggregate formation and stabilization leading to a better gas exchange that serves as a basis for the deepening of root systems. An important contribution to the adaption of forests to climate change is expected from the deepening of root systems.
Section overview
Subjects
- Plant Nutrition
- Silviculture
- Soil science
- Climate Change
Funding programme
Excutive institution
Funding institution
Project management agencies
Associated projects: Forest soil calcification
- Forest soil calcification as a measure to increase the adaptability of forests to climate change and to safeguard and increase the CO2 storage and valley function of forests. Coordination
- Forest soil calcification as a measure to increase the adaptability of forests to climate change and to safeguard and increase the CO2 storage and valley function of forests