Research project
Contact
Projektleitung
Prof. Dr.-Ing. Eckart KramerProfessur für Prozessmanagement und Technologien im Ökolandbau
Allgemeiner Kontakt
Hassan AliWissenschaftlicher Mitarbeiter für F&E, Wissensvermittlung, Projektmanagement und Koordination
BoDi – Soil Sensor-Based Optimised Fertilisation Management as an Interoperable Agricultural Service
01/2025 - 12/2029
Project volume:3.890.000 EURO
Competence field:Sustainable, site-adapted production systems, Process engineering and technologies in the agricultural and food industry
Cooperation:Composite partnership
Funding partner:Federal funding, EU funding
The aim of the project is to develop a soil sensor system and associated software package for precise, site-specific determination of fertilisation requirements. Highly accurate fertilisation maps will be generated using complex algorithms based on remote sensing, weather and soil sensor data. Interfaces between agriculture, service providers, sensors and laboratories will be automated through the development of a seamless interoperability chain, creating a more efficient and less error-prone system. All components will be developed and validated through to practical application in order to increase agricultural yields, reduce costs and minimise nutrient losses.
The Geophilus system generates high-resolution 3D soil texture maps using an algorithm for the layer-by-layer analysis of geoelectrical data.
The Geophilus system generates high-resolution 3D soil texture maps using an algorithm for the layer-by-layer analysis of geoelectrical data.
Schematic overview of the planned interoperability chain.
Funding partner
EU funding
Partnerships
Network partnerships