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Are you looking for a research project on animal health? Look at the subject animal production. Animal protection projects can be found in the research aim "environmental and resource protection"
Collaborative project: Development of a biological control system for the regulation of the pathogen of ash drive dying Hymenoscyphus fraxineus; Subproject 1: Screening and characterization of antagonistic microorganisms and microbial consortia to control of the pathogen of ash drive dying (Frax-ProMic)
Project
Project code: 22006116
Contract period: 01.06.2017
- 31.05.2020
Budget: 378,491 Euro
Purpose of research: Applied research
Ash drive dying fraxineus caused by Hymenoscyphus has spread since the mid-1990s across Europe and provides stocks by the death all the forest future of the ash in question. The biological control of the disease through microbial antagonists, which directly combat the harmful organism or suppress competition, is a promising option to the containment of ash drive dying and can a synergistic supplement to the Breeding of resistant genotypes represent. In the project, a biological control system will be developed to fight of the pathogen on the basis of epi - and endophytischer isolates that stable can establish itself in the ash. Through a multi-stage process, promising bacteria and fungi are genetically characterized and evaluated with regard to their antagonistic effect. Providing effective antagonistic microorganisms is to contribute significantly to the containment of ash drive dying. Perspective microbial drugs should be used in seed orchards to the development of resistant plants. In the first the micro biomes of resistant and susceptible to ash three complementary Sequenzierungsansätze (NGS of marker genes) analyzed and identified taxa or strains with antagonistischem potential. Parallel to this, a variety of bacterial and fungal strains is grown and classified (MALDI-TOF-MS). Based on the comparative analysis of resistant and susceptible to ash micro biomes (culture-sensitive and culture-insensitive) potential antagonists (isolates and microbial consortia) be selected. After the screening of the antagonistic potential in vitro (via Ko cultivation) and the examination of relevant metabolic benefits the greenhouse test of best isolates ash seedlings and the final characterisation is done their antagonistic properties.
Section overview
Subjects
- Crop Protection
- Silviculture
- Biotechnology
- Renewable Resources
Framework programme
Funding programme
Excutive institution
Funding institution
Project management agencies
Associated projects: Frax-ProMic
Research projects by subject
| Subject | Ongoing Projects | Finished Projects | All Projects |
| sort | sort | sort | sort |
| Animal production | 267 | 3637 | 3904 |
| Ecology | 400 | 2935 | 3335 |
| Fisheries and Aquaculture | 95 | 509 | 604 |
| Food technology | 74 | 1967 | 2041 |
| Forestry | 59 | 1490 | 1549 |
| Interdisciplinary Subjects | 714 | 6975 | 7689 |
| Nutritional Science | 153 | 1412 | 1565 |
| Plant production | 688 | 6666 | 7354 |
| Socioeconomics | 62 | 1315 | 1377 |
A collaborative project describes a research plan of a researcher network. It includes several projects, work packages or subprojects. Coordination of the research areas and sub-projects is carried out by a research institution or a work package leader.
The subjects of agriculture and nutritional sciences in FISA are structured as follows:
Plant production
Crop Production, Plant Breeding, Plant Nutrition, Crop Protection, Agricultural Engineering in Plant Production, Grassland, Arboriculture, Horticulture, Vegetable Gardening, Viticulture, and Specialised crops.
Animal production
Animal breeding, Animal Husbandry, Agricultural Technology Animal Production, Animal health, Animal nutrition, Special animal species, Beekeeping and health, and Farm animal behaviour.
Fisheries and Aquaculture
Freshwater fisheries, Pond fisheries, Marine fisheries, Raceways systems, Recirculation systems, and Mariculture.
Forestry
Silviculture, Forestry, Wildlife Biology, Forestry Technology, and Forest genetics.
Ecology
Agricultural hydrology, Agricultural Meteorology, Agroecology, Landscape Planning, Soil science, and Organic Farming.
Socioeconomics
Agricultural Policy, Market Analysis, Business administration, Agricultural Sociology, Agroeconomics, and Rural history.
Nutritional Science
Physiology of Nutrition, Home Economics, Nutritional behaviour, and Toxicology.
Interdisciplinary Subjects
Process engineering, Communication Sciences, Biotechnology, Resource management, Genetic Resources, Renewable Resources, Climate Change, and Computer science.
Food technology
Food Chemistry, Food Processing, and Food microbiology.
