Rearing natural enemies to control crop pests in Pakistan
Protecting crops from pests and diseases in Pakistan is still reliant on unsustainable pesticide practices. Between 1980 and 2004 the use of pesticide increased by over 6,600 percent, despite yields remaining stagnant over the same period. Since 2004, Integrated Pest Management (IPM) methods have proved successful for reducing pesticide use and protecting human health and the environment. This project aims to establish 50 Natural Enemies Field Reservoirs (NEFRs) to tackle crop pests directly and train over 31,500 farmers and extension staff on implementing IPM technologies in Sindh province.Protecting crops from pests and diseases in Pakistan is still reliant on unsustainable pesticide practices. Between 1980 and 2004 the use of pesticide increased by over 6,600 percent, despite yields remaining stagnant over the same period. Since 2004, Integrated Pest Management (IPM) methods have proved successful for reducing pesticide use and protecting human health and the environment. This project aims to establish 50 Natural Enemies Field Reservoirs (NEFRs) to tackle crop pests directly and train over 31,500 farmers and extension staff on implementing IPM technologies in Sindh province.
Integrating advanced Earth Observation and environmental information for sustainable pest and disease management
Forecasting and monitoring insect pests and disease outbreaks is vital for protecting China’s economically important agricultural sector. By combining information gathered from Earth Observation and environmental data, CABI and partners will design innovative data products and communications tools to help decision makers sustainably manage wheat yellow rust and migratory locusts. A biopesticide development model will also be developed to help end-users decide when to use a biopesticide over a chemical pesticide.