DPPN e.V. - Promotion of Plant Phenotyping in Germany
Facility access
Research cooperation at the IBG-2
IBG-2 collaborates with academic and industry partners to integrate plant phenotyping infrastructure at national and international levels to promote sustainable agriculture.
The integration of phenotyping research infrastructure involves the development of common experimental and data standards, access to infrastructures, and knowledge and technology transfer, with an overarching goal of understanding plant-environment interactions and using this understanding in plant breeding and sustainable agriculture. This is done at national (DPPN), European (EPPN2020, EMPHASIS, EMPHASIS-Go, AgroServ, Microbes4Climate, PHENET), and international (IPPN) levels.
Here you will find an overview of our plants and technologies. To obtain access, please contact the head of the relevant research area at IBG-2.
Experiences of external users - examples in the context of the European project EPPN2020
“PhenoArHeat - Phenotyping of BPM1-mediated heat stress response in Arabidopsis thaliana"
"SunDeep - Utilisation of automated phenotyping platform in examination of water sensitivity in sunflower "
"HYPEROOTS - Testing root hypergravitropism as a trait affecting drought tolerance in barley"
"WEROOT - Characterization of Wheat gEnetic Resources with high thrOughput rOot phenotyping to increase wheaT adaptation to drought"
"PoTuWa - Isohydry of potato plants and tuber water capacitance"
"RooDy - Root Dynamics Under Varying Water Supply"
Experiences of external users - examples in the context of the DPPN-Access
“HEB-ROOT- Mining promising alleles of genes controlling root traits in the wild barley nested association mapping population HEB-25”
"BeetCercoFACE - Effect of carbon dioxide (CO2) enrichment on plant development and yield of sugar beet and its effect on the development of Cercospora leaf spot (caused by the fungus Cercospora beticola)"
Last Modified: 09.08.2024