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Institute for Plant Breeding, Seed Science and Population Genetics (UH-350)
Institution
Section overview
Description
The Institute of Plant Breeding, Seed Science and Population Genetics of the University of Hohenheim is a leader in research and teaching, both nationally and internationally. Openness for reforms, practical orientation, scientific progress as well as co-operations with renowned companies and research institutions on national and international levels are the outcome of a strategy that has been pursued consequently since the Institute's founding days.
Activities
- Research
Parent institution
Coordinated projects
- Accessing the genomic and functional diversity of maize to improve quantitative traits - subproject F
- Analysis of suitable markers such as RFLP´s, SSrs and ALFP´s as a selection characteristic for parents´choice in wheat breeding
- Collaborative project: GABI COOL 2: Genomics of cool tolerance in maize, part of project 3
- Fusarium resistance in maize: Genetic analysis using complementary approaches to mapping and genetic improvement through genomic selection
- GABI FUTURE Alliance project: 'Biomass production in corn: genomics-based and system-oriented plant breeding for corn to energy' (GABI-ENERGY): Project B
- GABI-BRAIN - Breeding and Informatics - Development and implementation of innovative statistical concepts and comutational tools for integrating genomics research and applied plant - Subproject 2
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (L sub-projects)
- GABI-FUTURE-collaborative projects: 'Biometric and bioinformatics tools for genomics-based plant (GABI-GAIN)' (Project B)
- Gene-mining by in Doppelhaploidpopulationen European maize landraces association mapping
- Genomics-Based Improvement of Adapted Soybean Germplasm and Establishment of a Molecular Screening System for Soybean Pathogens
- GRK 1070 SP 2.2: QTL analysis and optimization of breeding schemes for improved nitrogen-use efficiency of maize and wheat for sustainable cropping systems in the North China Plain
- Individual and combined effects of five quantitative trait loci on resistance to the parasitic weed Striga hermonthica in Sorghum bicolor under field conditions in Mali and Sudan
- Joint project: oil plants as intercrops. Subproject 3: Maximizing field emergence of sowing of pennycress-seeds for a inter crop
- Methods compared to the development of improved varieties of corn (population and hybrid varieties) for organic farming
- Plant biotechnology collaborative project: Genetic and Biomarker-based Predictive Breeding of Maize Cultivars - Sub-project B
- PLANT-KBBE-collaborative projects: 'of biodiversity on biomass: integration of innovative genotyping and pheno-typing method for the detection of allelic key for the development of energy mais ideotypen (Cornfed) '- Project A
- Recurrent selection for increased outcrossing rates in caudatum-race sorghum from Sudan
- Recurrent selection for increased outcrossing rates of barley (Hordeum vulgare) from semi-arid regions of Syria and Jordan
- RYE-BARLEY-DIVERSITY - Bridging genomics and genetic diversity: Association between gene polymorphism and trait variation in cereals (Part 2)
- SPP 1149: Estimation of the genetic components of heterosis by means of new experimental design and integrated data analysis with special focus on epistasis
- SPP 1149: Optimum exploitation of heterosis utilizing the concept of heterotic groups and patterns in hybrid breeding
- SYNBREED A3: Genomic Performance Prediction
Coordinated collaborative projects
Work package leader of collaborative projects
Involved in research projects
- Arresting the scourge of striga on sorghum in Africa by combining the strengths of marker-assisted backcrossing and farmer-participatory selection
- Comparison of methods for the development of optimal maize varieties for organic farming
- Developing and disseminating stress tolerant maize for sustainable food security in eastern and central Africa
- From genes to farmers’ fields: enhancing and stabilizing productivity of rice in submergence prone environments
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (J sub-projects)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (M sub-projects)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (Sub-project B)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (Sub-project C)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (sub-project G)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (Sub-project I)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (Sub-project K)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL)' (sub-projects H)
- GABI-FUTURE - Joint project: 'extension and application of the GABI-TILLING platform for functional analysis of crop genes (GABI-TILL') (partial operations F)
- Genomics-based improvement of adapted soybean germplasm and establishment of a molecular screening system for soybean pathogens, Sub-project 4: Phenotyping of a population basing on parental lines with differences in chilling tolerance regarding pod set after a chilling period
- Identification of genes as molecular markers to understand and assess adaptation of Douglas-fir to drought stress and climatic change
- Improving the value of maize as livestock feed and to enhance the livelihoods of maize-livestock farmers in East Africa
- Mobilizing regional diversity for creating new potentials for pearl millet and sorghum farmers in West and Central Africa
- Optimization of hop breeding through the analysis of genome and metabolite data
- Precision phenotyping for improving drought stress tolerant maize in southern Asia and eastern Africa
- SPP 1149: Transcriptome- and metabolome-based prediction of heterosis and hybrid performance in experimental hybrids of maize
- SYNBREED A3: Genomic Performance Prediction
- SYNBREED R1: Immortal biological resources in maize
Contact
Institute for Plant Breeding, Seed Science and Population Genetics
(UH-350)
Fruwirthstraße 21
70599 Stuttgart
Baden-Württemberg
Germany
Phone: +49-711 459-22966
Fax: +49-711 459-22343
Email: margit.lieb(@)uni-hohenheim.de
