Digital humus and nutrient management

Photo: TU München
digiMan / Studies

As part of the scientific investigations, digital processes for optimizing fertilization, yield and greenhouse gas emissions in agriculture are being tested and further developed.

  • Measurement of greenhouse gas fluxes on sub-areas with high and low nitrogen loss potential
  • Conventional soil sampling and analysis to record nutrients, pH, humus and texture
  • Yield recording with combine harvesters
  • Soil mapping with mobile soil sensors
  • Yield detection with remote sensing and proximal sensors
  • Development of algorithms for sensor-based estimation of yields and soil properties for site-specific fertilization, humus and nutrient balancing
  • Integration of sensor data and algorithms in webBESyD and Web-Man
  • Modeling of site-specific greenhouse gas emissions and derivation of recommendations for their management
  • Socio-economic evaluations of the digital processes, in particular for reducing greenhouse gas flows and for humus management
  • Application in practical farms with different farm structures and production systems

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