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Sustainable Insect Pest Management Options for Rice Production in Sub-Saharan Africa
by
Nwilene, Francis
, Katiyar, Sanjay Kumar
, Onaga, Geoffrey
, Tamò, Manuele
, Bocco, Roland
, Pegalepo, Esther
, Togola, Abou
in
Agricultural practices
/ Agricultural production
/ agricultural sustainability
/ Agriculture
/ Analysis
/ Beneficial arthropods
/ Biological control
/ Biopesticides
/ Biotechnology
/ Borers
/ Capacity development
/ Chemical control
/ Climate variability
/ Corn
/ Crop production
/ Crop rotation
/ Damage tolerance
/ Ecosystems
/ Farmers
/ Farming
/ Farming systems
/ Food security
/ Grain industry
/ Host plants
/ Infestation
/ Infrastructure
/ Insects
/ Integrated pest management
/ integrated pest management (IPM)
/ Management
/ Neem
/ Pest control
/ Pesticides
/ Pests
/ Precision agriculture
/ Predators
/ Production data
/ Review
/ Rice
/ rice production
/ Schools
/ Strategic planning (Business)
/ Sub-Saharan Africa
/ Sustainability management
/ Sustainable agriculture
/ sustainable pest management
/ Sustainable practices
/ Sustainable production
/ Viruses
2025
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Sustainable Insect Pest Management Options for Rice Production in Sub-Saharan Africa
by
Nwilene, Francis
, Katiyar, Sanjay Kumar
, Onaga, Geoffrey
, Tamò, Manuele
, Bocco, Roland
, Pegalepo, Esther
, Togola, Abou
in
Agricultural practices
/ Agricultural production
/ agricultural sustainability
/ Agriculture
/ Analysis
/ Beneficial arthropods
/ Biological control
/ Biopesticides
/ Biotechnology
/ Borers
/ Capacity development
/ Chemical control
/ Climate variability
/ Corn
/ Crop production
/ Crop rotation
/ Damage tolerance
/ Ecosystems
/ Farmers
/ Farming
/ Farming systems
/ Food security
/ Grain industry
/ Host plants
/ Infestation
/ Infrastructure
/ Insects
/ Integrated pest management
/ integrated pest management (IPM)
/ Management
/ Neem
/ Pest control
/ Pesticides
/ Pests
/ Precision agriculture
/ Predators
/ Production data
/ Review
/ Rice
/ rice production
/ Schools
/ Strategic planning (Business)
/ Sub-Saharan Africa
/ Sustainability management
/ Sustainable agriculture
/ sustainable pest management
/ Sustainable practices
/ Sustainable production
/ Viruses
2025
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Do you wish to request the book?
Sustainable Insect Pest Management Options for Rice Production in Sub-Saharan Africa
by
Nwilene, Francis
, Katiyar, Sanjay Kumar
, Onaga, Geoffrey
, Tamò, Manuele
, Bocco, Roland
, Pegalepo, Esther
, Togola, Abou
in
Agricultural practices
/ Agricultural production
/ agricultural sustainability
/ Agriculture
/ Analysis
/ Beneficial arthropods
/ Biological control
/ Biopesticides
/ Biotechnology
/ Borers
/ Capacity development
/ Chemical control
/ Climate variability
/ Corn
/ Crop production
/ Crop rotation
/ Damage tolerance
/ Ecosystems
/ Farmers
/ Farming
/ Farming systems
/ Food security
/ Grain industry
/ Host plants
/ Infestation
/ Infrastructure
/ Insects
/ Integrated pest management
/ integrated pest management (IPM)
/ Management
/ Neem
/ Pest control
/ Pesticides
/ Pests
/ Precision agriculture
/ Predators
/ Production data
/ Review
/ Rice
/ rice production
/ Schools
/ Strategic planning (Business)
/ Sub-Saharan Africa
/ Sustainability management
/ Sustainable agriculture
/ sustainable pest management
/ Sustainable practices
/ Sustainable production
/ Viruses
2025
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Sustainable Insect Pest Management Options for Rice Production in Sub-Saharan Africa
Journal Article
Sustainable Insect Pest Management Options for Rice Production in Sub-Saharan Africa
2025
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Overview
Rice production in Sub-Saharan Africa (SSA) faces significant challenges due to insect pest infestations, which threaten food security and farmer livelihoods. This review examines the major insect pests affecting rice in SSA and highlights sustainable management strategies, drawing on successful case studies. It explores successful methods, including the use of biological control agents in Nigeria; neem-based pesticides in Tanzania; push-pull technology in Kenya; agroecological practices in Mali; resistant rice varieties in Ghana and Nigeria; integrated farming systems in Liberia, Guinea Conakry, Nigeria, Kenya and Madagascar; and farmer field schools in Zambia. Emerging technologies such as biotechnology and precision agriculture offer further additional opportunities to enhance pest control when effectively integrated within existing IPM frameworks. However, financial constraints, limited awareness, policy-related challenges, and inadequate infrastructure continue to limit widespread adoption. In this context, the review identifies critical research gaps, including the need for region-specific solutions, improved biopesticides, and long-term assessment of sustainable practices. Policy recommendations call for greater government investments, capacity-building programs, supportive regulatory environments, and stronger collaboration among researchers, development partners, and local stakeholders. Addressing these challenges can foster resilient and sustainable rice production systems across SSA.
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