
doi: 10.1079/ber2006434 , 10.15488/2665
pmid: 16768810
AbstractThe coffee berry borer Hypothenemus hampei (Ferrari) is the most serious pest of the world's most valuable tropical export crop. Since the last review on this insect was published six years ago, many new studies have contributed to an improved insight into the biology and ecology of the beetle, and have indicated new avenues for integrated and biological control. The latest developments in research, both laboratory and field, on the pest, its natural enemies and their implications for integrated control of H. hampei are summarized, with a particular focus on the situation in The Americas. Lately, the global coffee industry has changed radically; it has suffered a long cycle of lowest-ever world market prices caused by overproduction and technological change. At the same time, the advent of sustainable certification schemes has had a major impact on the industry. The role of integrated pest management and biological control of H. hampei in an era of changes in the coffee industry is discussed.
Insecta, Nematoda, Dewey Decimal Classification::500 | Naturwissenschaften::570 | Biowissenschaften, Biologie, parasitology, nematode, coffee, review, biological control, biological pest control, insect control, Coffee, weevil, Insect Control, geography, Curculionidae, Hypothenemus hampei, life cycle, pathogenicity, Animals, animal, Pest Control, Biological, parasitoid, comparative study, agriculture, sustainable development, Parasitoids, integrated pest management, Geography, beetle, microbiology, Integrated pest management, methodology, Agriculture, pest damage, United States, Coleoptera, Biological control, physiology, North America, Weevils, Wolbachia
Insecta, Nematoda, Dewey Decimal Classification::500 | Naturwissenschaften::570 | Biowissenschaften, Biologie, parasitology, nematode, coffee, review, biological control, biological pest control, insect control, Coffee, weevil, Insect Control, geography, Curculionidae, Hypothenemus hampei, life cycle, pathogenicity, Animals, animal, Pest Control, Biological, parasitoid, comparative study, agriculture, sustainable development, Parasitoids, integrated pest management, Geography, beetle, microbiology, Integrated pest management, methodology, Agriculture, pest damage, United States, Coleoptera, Biological control, physiology, North America, Weevils, Wolbachia
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