Plants have a key position in the establishment of a sustainable bioeconomy. They must provide the basis for healthy nutrition for a growing world population and will also be needed as a renewable raw material basis to replace fossil resources such as crude oil in the future. However, the areas globally available for agriculture can no longer be expanded considerably. The increase in plant biomass production must be realized on the same area and with the least possible environmental impact. For these reasons, intelligent solutions are needed to increase crop yields while protecting the environment. This includes the efficient and economical use of water, nutrients and plant protection products, protection of soils, closing of nutrient cycles and the development of new concepts for plant protection. At the same time, post-harvest losses such as the rotting of foods must be reduced significantly and plants must be adapted to changing climate and environmental conditions through breeding.
Over the past 15 years, plants that, for example, can use water or nutrients more efficiently or are resistant to pathogens have frequently been bred using the methods of modern plant breeding. Precision farming uses sensors to distribute quantities of fertilizer, pesticides and water that are precisely adapted to the current need within the acreage. Soil scientists are investigating how the composition of microorganisms in the soil influences plant growth and are developing new soil protecting cultivation concepts together with farmers. Land requirements and usage competitions can be minimized by the development and combination of different cultivation systems and technologies for the simultaneous production of energy and plants on one area (agrophotovoltaics). The combination of different approaches and expertise is the key to efficient and environmentally friendly plant production.
greenRelease - GreenRelease for Plant Health
January 2018 - June 2021
C4-PSH - C4 Plant Selective Herbicides: A New Approach to Combat C4 Weeds in Arable Crops
January 2014 - December 2015
Algalfertilizer - Algae delivering waste phosphorus to soil and crops
November 2015 - October 2017
PrimACs - Priming-Active Compounds for Plant Protection
November 2015 - October 2017
P-ENG - Efficient phosphate recovery from agro waste streams by enzyme, strain and process engineering
January 2015 - December 2016
C4-PSH |
C4 plant selective herbicides: a new approach |
Biochemical Plant Physiology,
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OrCaCel |
OrganoCat plant & pulping combinations |
Botany and Molecular Genetics,
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EtMeD |
Development of an ethylene measuring device |
Biochemical Engineering (RWTH)
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MisQual |
Genotype and environment as driving factors |
Renewable Resources (U Bonn)
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GreenGel |
Bifunctional nanogel-based fertilizers for |
Biotechnology, Functional and Interactive Polymers (RWTH)
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LIPANO |
Glucosinolate break-down products as |
Biotechnology of Plants (U Bonn)
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P-ENG |
Efficient phosphate recovery from |
Microbiology, Biotechnology (RWTH)
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NovoSurf |
Identification of novel natural |
Molecular Phytomedicine (U Bonn)
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BiFuProts |
Bifunctional proteins for plant |
Biotechnology, Plant Physiology (RWTH)
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PhytaPhoS |
Optimizing the phosphorus cycle in the sugar |
Biotechnology (RWTH)
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RIPE |
Ripening delay of climacteric fruits |
Biochemical Plant Physiology, Pharmaceutical and Medical Chemistry (HHU)
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AlgalFertilizer |
Algae delivering waste phosphorus |
Quantitative and Theoretical Biology , Biochemistry of Plants (HHU)
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PrimACs |
Priming-active compounds |
Plant Physiology, Biochemical Engineering (RWTH)
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InducTomE |
Induction of secondary metabolites in |
Botany and Molecular Genetics,
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SPREAD |
Silphium perfoliatum – resource evaluation |
Developmental and Molecular Biology of Plants (HHU)
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PlaMint |
Investigate plant-microbe interactions |
Chemical Signalling (U Bonn)
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AP3 |
Advanced pulping for perennial plants: |
Plant Sciences (FZJ)
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greenRelease |
GreenRelease for plant health |
Biotechnology, Plant Physiology, Functional
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QuantiP |
P-quantification in vivo and in vitro |
Biotechnology (RWTH)
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iBiomass |
Improve maize biomass for processing |
Microbiology, Plant Cell Biology and Biotechnology (HHU)
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PepUse |
Peptide adhesion promoters for user |
Biotechnology (RWTH)
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TaiLead |
Lead verification of tailored |
Molecular Enzyme Technology (HHU) |
NewBIAS |
New Biochars for the Improvement of Agricultural Soils
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Renewable Resources (U Bonn) |
P3roLucas |
Optimization of plant performance and products for lupin cascade use
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Plant Physiology (RWTH) |
ToxPot |
Evaluation of the potential of utilizing potato-side streams for extraction of alkoloids
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Bioinformatics (FZJ) |
ProRNA |
Microbial production and application of dsRNA as innovative bio-agents for new non-chemical crop protection strategies in agri- and horticulture |
Systems Biotechnology (FZJ) |
SreenP |
Metabolic burden coupled phytase screening for sustainable phosphate recycling |
Biotechnology and Biochemical Engineering (RWTH) |
PREDIG |
Modelling software to predict the enzymatic digestion of biomass |
Computational Cell Biology (HHU) |