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Collective project: Reduction of environmental and climate impacts of agricultural crop production through the use of an optimized topsoil deepening technique (BodenpkV)
Project
Project code: 22026417
Contract period: 01.06.2019
- 31.05.2022
Budget: 1,467,864 Euro
Purpose of research: Applied research
Keywords: digitalization, soil, renewable ressources
The adaptation of production means for agricultural production is a key factor in reducing the climate impact of agriculture. The use of arable land is prone to the degradation of humus and carbon stocks in the soil. There is a particular need for action in reducing negative environmental effects, particularly of greenhouse gases, that result from the application of fermentation residues from biogas production. There are a number of indications that the problems mentioned can be solved with the help of the well-known technique of topsoil deepening. The classic topsoil deepening entails the risk of soil compaction when applied area-wide and is characterized by high fuel consumption. These negative effects do not occur in partial and ameliorative topsoil deepening, when it is used uniquely within long time intervals. Partial topsoil deepening is followed by intensive but carefully mixing of carbon-poor subsoil into the plowing horizon. As a result, imbalances in the C and N households are induced in the topsoil, which activates rapid and permanent build-up of soil organic matter and thus CO2-C sequestration and N accumulation. Subsequent reduced tillage may lead to further CO2 emission reduction through reduced fuel consumption. The overall aim of the interdisciplinary research project is to find out whether the technique of the ameliorative, partial topsoil deepening is suitable to reduce permanently environmental burdens in agricultural crop production.
Section overview
Subjects
- Agricultural Engineering Plant Production
- Renewable Resources
- Climate Change