Precision crop protection
In precision plant protection, the target of the spray liquid is not the area („per hectare“), to which the indication of the application rate on the package insert of a pesticide is referring to, but the weed or crop plants that must be coated by the spray liquid. Pests and weeds occur in a nest structure in crop plants. Therefore, during research works, the spraying amount is adjusted according to the local pest and crop plant parameters detected by the sensors. In comparison to a conventional uniform application, the use of pesticides is thereby reduced.
- How can the target oriented crop protection reduce the use of pesticides?
- Which sensor technology can automatically detect crop diseases and competitors during traverse?
- Which sensor-supported techniques can adjust the spraying amount during application, in accordance to the locally changing parameters of crop plants and pests? And what savings of pesticide use can be achieved?
- How can we detect the crop plant condition (pest- and drought stress-induced leaf death) within crop formations with the new optoelectronic vertical sensor?
- With which sensor-based monitoring strategies can we identify and register invasive species, e.g. common ragweed, which is dangerous for people with pollen allergy?
Ongoing research projects
- Precise application of pesticides
- Multi- and hyperspectral image processing for the ascertainment of plant characteristics
- Image analysis for plant phenotyping
- Optoelectronic sensors for the recording of inventory parameters (biomass, leaf area)
- Project FungiDetect: Sensor-supported online detection of pests in grain