Insect Pests of Potato
portes grátis
Insect Pests of Potato
Global Perspectives on Biology and Management
Gao, Yulin; Rondon, Silvia I; Alyokhin, Andrei
Elsevier Science Publishing Co Inc
03/2022
518
Mole
Inglês
9780128212370
15 a 20 dias
1430
Descrição não disponível.
I. Potato as an important staple crop 1. Potatoes: past, present, and the future 2. Growing potatoes 3. Potato economics
II. Biology of major pests 4. Colorado potato beetle 5. Aphids 6. Psyllids 7. Wireworms 8. Potato tuberworm 9. Hemiptera other than aphids and psyllids 10. Potato lady beetles
III. Management approaches 11. Chemical control 12. Double-stranded RNA 13. Biological control and behavioral control with semiochemicals 14. Plant resistance 15. Cultural and physical control
IV. Problems and solutions in major potato-producing areas of the world. 16. South America, Central America, and Mexico 17. United States and Canada 18. European Union 19. Russian Federation, Ukraine, and Belarus 20. China and Central Asia 21. India and Southeast Asia 22. Australia and New Zealand 23. Africa
V. Basic science in potato pest management 24. Evolutionary considerations 25. Ecology of a potato field. 26. When a superpest fails: Ecological and evolutionary factors mitigating Colorado potato beetle adaptation to insecticides.
VI. Current challenges and future directions. 27. Integrated pest management 28. Epilogue: Potatoes and their pests in the times of a global change
II. Biology of major pests 4. Colorado potato beetle 5. Aphids 6. Psyllids 7. Wireworms 8. Potato tuberworm 9. Hemiptera other than aphids and psyllids 10. Potato lady beetles
III. Management approaches 11. Chemical control 12. Double-stranded RNA 13. Biological control and behavioral control with semiochemicals 14. Plant resistance 15. Cultural and physical control
IV. Problems and solutions in major potato-producing areas of the world. 16. South America, Central America, and Mexico 17. United States and Canada 18. European Union 19. Russian Federation, Ukraine, and Belarus 20. China and Central Asia 21. India and Southeast Asia 22. Australia and New Zealand 23. Africa
V. Basic science in potato pest management 24. Evolutionary considerations 25. Ecology of a potato field. 26. When a superpest fails: Ecological and evolutionary factors mitigating Colorado potato beetle adaptation to insecticides.
VI. Current challenges and future directions. 27. Integrated pest management 28. Epilogue: Potatoes and their pests in the times of a global change
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Abiotic conditions; Acizzia spp.Bactericera cockerelli; Adaptation; Africa; Agricultural sustainability; Agroecology; Agronomic techniques; Aphid; Aphids; Bactericera nigricornis; Beauveria spp.Colorado potato beetle; Biological control; Biotic conditions; Chemical control; Cicadellidae; Cixiidae; Colorado potato beetle; Crop rotation; Cultural control; Diapause; Diseases; Entomopathogen; Entomopathogenic fungi; Environmental sustainability; Epilachna; EPPO; European Union policies; Evolution; Farming; Food security; Future threats; Gelechiidae; Genomic variation; Green peach aphid; Henosepilachna vigintioctopunctata; Henosepilachna; Hopperburn; Host plant resistance; Insect pests; Insect resistance; Insecticide resistance; Insecticide; Insect-plant interactions; Integrated pest management; Integratedpest management; Intercropping; IPM; Leafhoppers; Lepidoptera; Leptinotarsa decemlineata; Liberibacter; Life history; Lygaeidae; Metarhizium spp.Potato; Migration; Miridae; Moth; Natural enemy; Nutrient requirements; Parasitoid; Pentatomidae; Pest management; Pesticides; Pheromone; Phthorimaea operculella; Physical control; Phytoplasma; Plant bugs; Plant defense against herbivory; Plant resistance; Planthoppers; PLRV; Potato blight; Potato breeding; Potato farming; Potato insect pests; Potato psyllid; Potato transgenic; Potato tuberworm; Potato; Predator; Push-pull strategy; PVY; Rapid evolution; Remote sensing; Reproduction; RNAi gene silencing; Russelliana solanicola; Seed bugs; Semiochemicals; Soil microorganisms; Solanaceae; Solanum tuberosum; Solanum; Stinkbugs; Subsistence farming; Sustainability; Transmission; Trap crops; True bugs; Tubermoth; Wireworm; Zebra chip disease
I. Potato as an important staple crop 1. Potatoes: past, present, and the future 2. Growing potatoes 3. Potato economics
II. Biology of major pests 4. Colorado potato beetle 5. Aphids 6. Psyllids 7. Wireworms 8. Potato tuberworm 9. Hemiptera other than aphids and psyllids 10. Potato lady beetles
III. Management approaches 11. Chemical control 12. Double-stranded RNA 13. Biological control and behavioral control with semiochemicals 14. Plant resistance 15. Cultural and physical control
IV. Problems and solutions in major potato-producing areas of the world. 16. South America, Central America, and Mexico 17. United States and Canada 18. European Union 19. Russian Federation, Ukraine, and Belarus 20. China and Central Asia 21. India and Southeast Asia 22. Australia and New Zealand 23. Africa
V. Basic science in potato pest management 24. Evolutionary considerations 25. Ecology of a potato field. 26. When a superpest fails: Ecological and evolutionary factors mitigating Colorado potato beetle adaptation to insecticides.
VI. Current challenges and future directions. 27. Integrated pest management 28. Epilogue: Potatoes and their pests in the times of a global change
II. Biology of major pests 4. Colorado potato beetle 5. Aphids 6. Psyllids 7. Wireworms 8. Potato tuberworm 9. Hemiptera other than aphids and psyllids 10. Potato lady beetles
III. Management approaches 11. Chemical control 12. Double-stranded RNA 13. Biological control and behavioral control with semiochemicals 14. Plant resistance 15. Cultural and physical control
IV. Problems and solutions in major potato-producing areas of the world. 16. South America, Central America, and Mexico 17. United States and Canada 18. European Union 19. Russian Federation, Ukraine, and Belarus 20. China and Central Asia 21. India and Southeast Asia 22. Australia and New Zealand 23. Africa
V. Basic science in potato pest management 24. Evolutionary considerations 25. Ecology of a potato field. 26. When a superpest fails: Ecological and evolutionary factors mitigating Colorado potato beetle adaptation to insecticides.
VI. Current challenges and future directions. 27. Integrated pest management 28. Epilogue: Potatoes and their pests in the times of a global change
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Abiotic conditions; Acizzia spp.Bactericera cockerelli; Adaptation; Africa; Agricultural sustainability; Agroecology; Agronomic techniques; Aphid; Aphids; Bactericera nigricornis; Beauveria spp.Colorado potato beetle; Biological control; Biotic conditions; Chemical control; Cicadellidae; Cixiidae; Colorado potato beetle; Crop rotation; Cultural control; Diapause; Diseases; Entomopathogen; Entomopathogenic fungi; Environmental sustainability; Epilachna; EPPO; European Union policies; Evolution; Farming; Food security; Future threats; Gelechiidae; Genomic variation; Green peach aphid; Henosepilachna vigintioctopunctata; Henosepilachna; Hopperburn; Host plant resistance; Insect pests; Insect resistance; Insecticide resistance; Insecticide; Insect-plant interactions; Integrated pest management; Integratedpest management; Intercropping; IPM; Leafhoppers; Lepidoptera; Leptinotarsa decemlineata; Liberibacter; Life history; Lygaeidae; Metarhizium spp.Potato; Migration; Miridae; Moth; Natural enemy; Nutrient requirements; Parasitoid; Pentatomidae; Pest management; Pesticides; Pheromone; Phthorimaea operculella; Physical control; Phytoplasma; Plant bugs; Plant defense against herbivory; Plant resistance; Planthoppers; PLRV; Potato blight; Potato breeding; Potato farming; Potato insect pests; Potato psyllid; Potato transgenic; Potato tuberworm; Potato; Predator; Push-pull strategy; PVY; Rapid evolution; Remote sensing; Reproduction; RNAi gene silencing; Russelliana solanicola; Seed bugs; Semiochemicals; Soil microorganisms; Solanaceae; Solanum tuberosum; Solanum; Stinkbugs; Subsistence farming; Sustainability; Transmission; Trap crops; True bugs; Tubermoth; Wireworm; Zebra chip disease
