Biotechnology and insect pest management / Daxton Ware.Material type: TextLanguage: English Publication details: United Kingdom : ED-Tech Press, c2019.Description: x, 292 pages : illustrations ; 26 cmContent type:
- SB950 W22 2019
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|Books||Ladislao N. Diwa Memorial Library Reserve Section||Non-fiction||RUS SB950 W22 2019 (Browse shelf(Opens below))||Link to resource||Available||78397||00080047|
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|RUS SB950 En8 2017 Environmental pest management : challenges for agronomists, ecologists, economists and policymakers /||RUS SB950 In8 2019 Integrated pest management : principles and practice /||RUS SB950 K96 2016 Integrated pest management /||RUS SB950 W22 2019 Biotechnology and insect pest management /||RUS SB953 M43 2014 Pesticide application methods /||RUS SB975 M38 2014 Mass production of beneficial organisms : invertebrates and entomopathogens /||RUS SB998 N4P69 2018 Plant parasitic nematodes in subtropical and tropical agriculture /|
Includes bibliographical references and index.
Biotechnological approaches for insect pest management -- Genetic control of insect pests through insect technique -- Biotechnological and molecular approaches in the management of non-insect pests of crop plants -- Role of genetically modified lnsect-resistant crops in IPM: agricultural, ecological and evolutionary implications -- Breeding for disease and insect-pest resistance -- Host-plant resistance in pest management -- Potential and utilization of plant products in pest control.
"Biotechnology has contribute much to the field of insect pest management so far, from side to side development of transgenic plants and other novel ecofriendly products to manage insects. Recognition of the importance and relevance of biotechnological applications in insect control is gaining momentum. There is also improved interest among scientists in developing novel strategies for insect pest management, a national symposium on ‘Biotechnology and insect Pest Management’ was organized freshly. Deliberations during the symposium covered various aspects such as insect resistant transgenic crops, microbial pesticides – process and development, botanical pesticides – process and development, hybridization techniques in the production potential natural enemies, insect and animal vectors of diseases and biosafety concerns, etc. Genetic engineering has been used to enhance the insecticidal efficacy of various strains of Bt By increasing virulence, extending host range, and increasing field stability, and by introducing alternative toxins to facilitate resistance management. Techniques have been developed for production by genetic means of new strains of Bt with new combinations of toxin genes. Crop varieties resistant to insects are far less common than disease-resistant varieties, because plant breeders have traditionally focused more disease resistance. However, if they are available, resistant varieties can be an effective defense against insect pests. But even when insect-resistant cultivars are not available, some varieties may be less attractive to pest species or may tolerate more damage than others. Plant size, shape, coloration, leaf hair, cuticle thickness, and natural chemicals (attractants and repellents) can all affect pest susceptibility. Farmers can do their own breeding by collecting non-hybrid seed form healthy plants in the field. Plants well adapted to local conditions will be more likely to resist pests. This book throws new light on alternative technologies to control insect pests. Scientists from different institutions from all over world have provided various biotechnology based techniques and other means to manage insect pests."--Back cover.
Fund 164 Great Books Trading Purchased 11/24/2020 78397 PNR PHP 6,000.00 2020-10-371C 2020-1-0319