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Institute of Crop Science and Resource Conservation (INRES)
Institution
Section overview
Description
The Institute of Crop Science and Resource Conservation, INRES (Institut für Nutzpflanzenwissenschaften und Ressourcenschutz) was founded in October 2005 by the consolidation of the former institutes of Soil Sciences, Agricultural Zoology and Apiology (Zoo-Ecology), Crop Science and Plant Breeding, Plant Nutrition, Plant Diseases and the department of Geobotany and Nature Conservation.
Activities
- Research
Parent institution
Coordinated projects
- A detailed climate change risk assessment for European agriculture and food security, in collaboration with international projects
- Accessing the genomic and functional diversity of maize to improve quantitative traits
- Agrosystem for future: DAKIS - Digital Agricultural Knowledge and Information System
- An investigation of nematode biological control potential in rice under oxic and anoxic soil environments
- Assessment and differentiation of abiotic stresses using volatile indicators
- BonaRes - (Modul A, Phase 2): Soil3-II - Sustainable subsoil management - subproject A
- BonaRes (Modul A, Phase 2): I4S - Integrierted system for site-specific management of soil fertility - subproject F
- BonaRes (ModulA, Phase 2): ORDIAmur - Overcoming Replant Disease by an Integrated Approach - subproject F
- BonaRes (Module A, Phase 3): I4S - Integrated System for Site-Specific Management of Soil Fertility, Subproject F: Mid-Infrared and Gamma Spectroscopy
- Breeding innovations in wheat for resilient cropping systems (BRIWECS), Subproject C
- Cloning and characterization of the barley ENHANCED GRAVITROPIC 2 gene controlling the growth angle of seed-based roots
- Collaborative Project BioTip (2): Understanding and Managing Desertification Tipping Points – A Namibian Perspective. Subproject 1: Coordination, vegetation and soil
- Collaborative project: a contribution of viticulture to the goals of the COP21-conference in Paris: sensor utilization in viticulture with minimized CO2-footprint and fungus-resistant cultivars - subproject 1
- Collaborative project: Automatic detection of plant diseases with mobile devices and mobile internet for the targeted use of agricultural decision support systems - subproject 3
- Collaborative project: CropWatch: Information System for Process Control and Analysis in Crop Production – subproject 1
- Collaborative project: Extension of the oilseed rape gene pool by introgression of effective pest resistance from related species for an effective oilseed rape breeding in future - subproject B
- Collaborative project: Hyperspectral imaging for phenotyping the resistance of sugar beet genotypes to Cercospora beticola - subproject 1
- Collaborative project: Identification of closely linked markers for wheat leaf and stripe rust resistance genes and virulence monitoring in open land populations of wheat leaf and stripe rusts - subproject 3
- Cross Border Integrated Quality Assurance in fruit and vegetable business- Tools for the intercompany quality management in fruit and vegetable chains
- Development of an easy method to monitor the biogas production process in agricultural biogas plants
- Development of an easy method to monitor the biogas production process in agricultural biogas plants - continuation
- Development of new strategies to increase and optimize the use of soil fertility: proceedings of grain legumes grown with no-tillage and conservation tillage
- Development of pest control strategies against the Asian longhorned beetle
- Development of sensor technologies for the analysis of the whole soil-plant system
- Differentiation and quantification of leaf diseases on the basis of their spectral signature
- Ecosystem reanalysis via coupling of water and carbon cycles
- Effect of sulfur supply of peas on the biosynthesis of ferredoxin, leghaemoglobin and the expression of sulfur transporters
- Feedback from land use intensity, microbial diversity and readily available nutrients on the amount and degradation of phenolic C sources
- FOR 995 P3: Cycling and ageing of amino acid nitrogen during paddy soil development
- Genotype-dependent transcriptome regulation during the expression of heterosis in early stages of the lateral root initiation phase
- GlobE - German-African research network to strengthen the research and development cooperation in securing food supply and food safety in the horticultural sector
- GlobE: BiomassWeb
- Globe: Wetlands in East Africa
- Globe: Wetlands in East Africa
- Humus fractionation
- Humus frationation: Use of unstable C-pools as early indicator to changes in humus reservoirs of cropland in North Rhine Westphalia
- Impact of climate and land use on C, N and P pools in tropical Africa (Sambia, Mosambik)
- Impact of diverse crop rotations on invertebrates in the agricultural landscape
- Impact of diversified crop rotation on invertebrates
- Impact of long term nitrogen losses to the 15N signature in livestock farms - an estimate of long-term N efficiency
- Impact of the extensification of grassland on grasshoppers and bumble bees
- Importance of natural nanoparticles and colloids on the mobility and bioavailability of antibiotics in soils
- Increasing water and nutrition use efficiency of barley by improving the root system by breeding
- Influence over many years of differentiated organic fertilization on S-binding forms and subsequent delivery of a Luvisol from loess
- Innovative concept for the production of apple free of pesticide residues
- Innovative concept for the production of apple free of pesticide residues - supplementary investigations
- Iron toxicity in lowland rice
- Labile C pools as early indicators of changing soil organic carbon stocks in arable soils of North-Rhine Westphalia
- Laying the cornerstone für breeding of Silphium perfoliatum and agronomic evaluation within new accessions
- Molecular mechanisms underlying seminal root formation during domestication and improvement of maize
- Monitoring and development of avoidance and control strategies against the Asian Wood Borer Anoplophora glabripennis
- Non-destructive analysis of barley growth
- Non-invasive detection and discrimination of biotic and abiotic stress factors in barley and sugar beet by means of highly-resolved spatial and temporal fluorescence techniques for efficient breeding programmes and crop management
- Non-invasive sensor technologies for estimating the population of Heterodera schachtii on the leaves of sugar beet
- Nutrition Intervention Forecasting and Monitoring
- Optimising strategies for weed control in medicinal and aromatic plant cultivation
- Optimising strategies for weed control in medicinal and aromatic plant cultivation
- Ozon tolerant rice to Bangladesh: of the molecular understanding of tolerance mechanisms to field applications
- Pedigree of Erica - species by means of molecular phylogeny
- Performance control of nature conservation by contract via population developement of rare and endangered farns and flowering plants
- Projection of climate change impacts for horticultural crops in North Rhine-Westfalia
- Root structure and soil texture dependent microbial self-management in the rhizospere and specific cells of the endorhizosphere of corn
- Sensor data - Characteristics - Marker association of the genetic Co/localization of plant stress responses
- Sequestration of Veterinary Medicines in Soils
- Sulfur cycling in soils along a land-use intensity gradient in German Biodiversity Exploratories
- Sustainable fodder production in grasslands and fodder production by applying the CULTAN-fertilization method taking account of basic fodder quality and manure recycling
- Universality and regulation of the complementation of gene expression and its association with phentypic characteristics of heterosis in maize hybrids
- Use of labile C pools as early indicators for changes in C stocks of arable soils in North Rhine-Westphalia
- WASCAL (West African Science Service Center on Climate Change and Adapted Land Use). Work Package 3.1 Climate and technology impact on the provision of food, feed and fiber from agroecosystems
- Zertifix: Suitability of perennial, fast-growing plants for carbon accumulation in soil, plant and products with regard to the development of CO2 certification models
Coordinated collaborative projects
Work package leader of collaborative projects
Involved in research projects
- A novel and integrated approach to increase multiple and combined stress tolerance in plants using tomato as a model
- Breeding innovations in wheat for resilient cropping systems, subproject F
- Carbon modeling of agricultural duration experimental areas in NRW
- Cloning and characterization of the maize gene involved in Phytosiderophorsekretion
- Development of crop rotations for the production of biomass for biogas production
- Exploring biodiversity throughout scopes
- High-Resolution Confocal Laser Scanning Microscope with Spectral Detection
- Improving field resistance of wheat against Fusarium Head Blight and mitigating the amount of mycotoxin in the grain
- Improving small farm production and marketing of bananas under trees: Resource partitioning, living soils, cultivar choice and marketing strategies
- International Workshop on 'IPM in a changing world - innovative pathways towards food security and food safety'
- Leading Organic Farms NRW 2020-2023
- RESISTVIR - Co-ordination of research on genetic resistance to control plant pathogenic viruses and their vectors in European crops
- Support of applied research in grasland management in the highlands of North Rhine-Westphalia 2008-2010
- Utilization of wild relatives of wheat in developing salinity tolerant winter wheat with improved quality for Central Asia
Contact
Institute of Crop Science and Resource Conservation
(INRES)
Nußallee 9
53115 Bonn
North Rhine-Westphalia
Germany
Phone: +49 (0)228 739625
Fax: +49 (0)228 732442
Email: inres(@)uni-bonn.de
