• Project
  • Determining novel interactions among key signalling pathways and describing their importance in abiotic interactions
  • Describing the key signalling/regulatory components in the crops of interest and exploring their genetic variability
  • Detailed phenotypic analysis of available genetic resources
  • Acquisition of epigenetic, transcriptome, proteome and/or metabolite data series for integration with the image-derived information
  • Targeted genome modification to improve crop fitness via changes in the key (signalling) components
  • Development of novel phenotyping approaches and platforms and their application in the integrative 2D/3D plant phenotyping
• Team
• Project results and outputs
  • List of results
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