Risk assessment of genetically engineered maize resistant to Diabrotica spp. Influence on above-ground arthropods in the Czech Republic

Keyphrases

• Risk Assessment 100%
• Czech Republic 100%
• Transgenic Maize 100%
• Diabrotica 100%
• MON88017 100%
• Ground Arthropods 100%
• Bt Maize 75%
• Isogenic 50%
• Cry3Bb1 50%
• Aphids 25%
• Insecticide 25%
• Maize 25%
• Corn Rootworm 25%
• Management Effects 25%
• Multivariate Analysis 25%
• Genetic Background 25%
• Weather Conditions 25%
• Latin Square Design 25%
• Glyphosate-based Herbicide 25%
• Species Abundance 25%
• Bacillus Thuringiensis 25%
• Soil Insecticides 25%
• Arthropod Community 25%
• Bt Hybrid 25%
• Common Species 25%
• Non-target Organisms 25%
• Bohemia 25%
• Abundant Species 25%
• Rhopalosiphum Padi 25%
• Dursban 25%
• Thrips 25%
• Coccinellidae 25%
• Frankliniella Occidentalis 25%
• Non-target Invertebrates 25%
• Orius Spp 25%
• Metopolophium Dirhodum 25%
• Agroecosystem 25%
• Management Regimes 25%
• Species Spectrum 25%
• Toxins Levels 25%

Agricultural and Biological Sciences

• Cry3Bb1 100%
• Diabrotica 100%
• Agroecosystem 50%
• Maize 50%
• Herbicide 50%
• Glyphosate 50%
• Rootworms 50%
• Coccinellidae 50%
• Bacillus Thuringiensis 50%
• Arthropod Communities 50%
• Nontarget Organism 50%
• Orius 50%
• Western Flower Thrips 50%
• Metopolophium dirhodum 50%
• Analysis of Variance 50%
• Multivariate Analysis 50%
• Genetic Background 50%
• Rhopalosiphum padi 50%