We operate a large number of field experiments across Germany. These field experiments provide a test field to develop PhenoRob technology under realistic agricultural conditions. Our field experiments include the large-scale PhenoRob Central Experiment at Campus Klein-Altendorf, the rhizotron facility at FZJ, the patchCROP experiment at ZALF, and the experimental field site FarmerSpace at IfZ.
PhenoRob Central Experiment
The PhenoRob central experiment comprises an area of 10 ha at Campus Klein-Altendorf. These experiments provide a testbed for many groups' robot and sensor development and deliver plant data for the modelling groups. For more information on the central experiment, check out the PhenoRob talk by our PI Uwe Rascher.
The Rhizotron facility is an experimental facility for investigating in-situ field plants’ root growth. It is on an experimental field in Selhausen close to Forschungszentrum Jülich. Operated jointly by IBG-3 and PhenoRob, this facility is the only one of its kind in the world.
© Lentfer Filmproduktion
patchCROP is a large-scale experiment at ZALF. With a run-time of 10 years, it has been designed as a living lab. It serves as a platform to investigate abiotic and biotic effects and interactions in newly created small-structured field units and, in particular, site-specific crop rotations and management practices adapted to the heterogeneity of the area. To learn more, listen to the PhenoRob talk by ZALF's Scientific Director and our PI Frank Ewert, or check out the videos on the patchCROP website.
The digital experimentation field FarmerSpace offers a joint trial platform for stakeholders from practical agriculture. Here, stakeholders can jointly develop agricultural practice requirements for digital plant protection and prepare options to introduce digital technologies. Learn more in this video with our PI Anne-Katrin Mahlein and watch our video on sugar beet harvest at the field site. In this video you can learn more about the Field Weasel, a vegetation measurement from Forschungszentrum Jülich, which was used for chlorophyll fluorescence measurements in sugarbeet fields.