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Workgroups
Search Results. Working group associated to keywords "Environmental impact assessment".
| CPN member | WG Type | Name |
|---|---|---|
| Endure Network | Methods Oriented | RA3.3 Environmental risk and benefit assessment |
Workgroups
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Main Keywords
Biological control | Integrated pest management | Weeds | Weed control | Viticulture | Integrated control | Information and communication technologies (ICTs) | Wheats | Plant pathology | Case studies | guidelines | Cereals | Pome fruits | Knowledge management | Training | | Oilseed crops | Risk assessment | Biodiversity | Oak (tree) |
Minor keywords
Research funding | Forest management | Precision farming | decision support systems | Insect pests | Geographical information systems | Education | Disease resistance | Pest resistance | Herbicides | Integrated pest control | Herbicide resistance | Crop modelling | Natural enemies | Plant breeding | Entomopathogenic nematodes | Developing countries | Entomopathogenic fungi | Vegetables | Side effects | Landscape management | Transnational cooperation | Fruit crops | Protected crops | Pest damage | Tropics | Research projects | Entomophagous fungi | Sex pheromones | Mass production | Intercropping | Cropping systems | Simulation models | Pesticide dosing | Genetics | Soft fruits | Entomopoxvirinae | Entomology | Temperate climate | Psila rosae | Mediterranean region | Site specific weed management | Disease prevention | Pesticide resistance | Physical control | Crop-Weed interaction | Insect viruses | Pest monitoring | Mediterranean climate | Thrips tabaci | Fungi | Parasitic plants | Knowledge transfer | Disease surveillance | Ecology | statistic | Arthropods | Melolontha | Environmentally safe insect management | Soil | Delia radicum | Diplodia | Parasitic weeds | Surveillance systems | Databases | biostatistic | IFP guidelines | Melolontha melolontha | Fungus control (diseases) | Multitrophic interactions | Diplodia muta | invasive species | Disease incidence | Alternative methods | Experimental design | Seedbank | Integrated Fruit Protection | Soil fauna | Phytopathology | Biological interaction | Soil management | Olives | Invasive plants | Policy making | Integrat | plant-soil interaction | Seedlings | Plant diseases | Soil insects | Bacterial phytopathogens | Stored products pest control | Grape berry moths | Bactrocera oleae | Side effects of pesticides | Arid climate | Genetic resistance | Scientific research | Citrus | Soil organisms | Slugs | Viruses | Stored products pests | Chewing insects | Bacillus thuringiensis | Semiarid climate | Crop protection | Training programmes | weed ecology | Stone fruits | Snails | Nematodes | Stored products | Lobesia botrana | Genetically modified organisms | Germination | Nepal | Biological control agents | INCO countries | Pesticides | Technical guidelines | Breeding | Traps | Physiological disease | Resistance management | integrated weed management | Design | White grub | Insect growth regulators | Insect pathogens | Soilborne fungi | Mites | Solanum tuberosum | Environmental impact assessment | Food safety | insect behaviur regulator | Beneficial organisms | Host plants | Soilborne organisms | Sucking insects | Landscape ecology | Potatoes | Tomatoes | bio Insecticides | Insecticide selectivity | Innovative Pest Solution | Host resistance to pests | Integrated protection | Functional biodiversity | Lycopersicon lycopersicum | Horticulture | Competence mapping | Entomopathogenic bacteria | Resistance to pests | Vegetable crops | Triticum | Geographic information systems | Central America | Microbial insecticides | Mating disruption | Tri-trophic interactions | Undersowing | Oak Decay | Weed control methods | Health policies | Microbial control | Semiochemicals | Parasitoids |
Last Update 03-03-2010