A companion to Urban Pest Management, this book builds on the issues of insect pests in urban settings to discuss control strategies that look beyond products. From an environmental and health perspective, it is not always practical to spray chemicals indoors or in urban setting…
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"Most plant defense mechanisms discourage herbivory by deterring feeding and oviposition or by impairing larval growth rather than killing the insect. There exists much research in this area, but it remains scattered throughout the literature. Insect Antifeedants compiles this i…
"Most plant defense mechanisms discourage herbivory by deterring feeding and oviposition or by impairing larval growth rather than killing the insect. There exists much research in this area, but it remains scattered throughout the literature. Insect Antifeedants compiles this i…
"Most plant defense mechanisms discourage herbivory by deterring feeding and oviposition or by impairing larval growth rather than killing the insect. There exists much research in this area, but it remains scattered throughout the literature. Insect Antifeedants compiles this i…
"Most plant defense mechanisms discourage herbivory by deterring feeding and oviposition or by impairing larval growth rather than killing the insect. There exists much research in this area, but it remains scattered throughout the literature. Insect Antifeedants compiles this i…
This handbook brings together in one place sources which entomologists, chemists, botanists, insect ecologists, physiologists, and pharmacologists may consult for information to supplement that reported herein on the subject of plant-derived feeding deterrents.