Bench-scale reactor systems for the disintegration and fractionation of plant biomass
Using the cavity resonance physics principle for plant growth analysis
Comprehensive Platform to phenotype plant cell walls and to investigate structure and composition of diverse materials
The system enables a wide range of diverse experiments and gives the opportunity to discover the genetic control of shoot traits of model plants
The system allows the acquisition of time series of the developing root systems
Simultaneous and non-invasive phenotpying of root and shoot growth and architecture of crop plant species grown in soil-filled rhizoboxes
High-throughput phenotyping of root and shoot traits
Plant cultivation in agar-filled plates
Root and shoot phenotyping of agar grown plants
High resolution mapping of the shoot and root compartment.
Hyper lab facilitates facilitates the functional understanding of shoot properties by high resolution imaging spectroscopy.
The LIFT provides the opportunity to quantify photosynthetic processes from a distance and can be used as a high –throughput system scanning over crop canopies
The group operates the metabolomics platform IBG-2
Measuring dynamic changes in structural and functional traits of plant and soils.
The ASC runs three different concepts of large-scale photobioreactor systems for research and biomass production of microalgae
A versatile smartphone-based app for the quantification of plant growth parameters
Addressing plant growth estimation, seed phenotyping and seeding.
GC and LC MS based platforms for the investigation of secondary plant metabolites and complex organic compounds
The phenotyping system SCREEN House is used for screening of the shoot structure and function of different mono- and dicotyledonous plant species
Direct measurements of 3D traits.
Two groups of instruments are applied for the detection of radiotracers.
