Effective management of pests (rodents, weeds, insects, golden apple snails) of rice needs a strong ecological foundation. IRRI has internationally renowned scientists in each of these research fields and will combine with Prof. Charles Krebs (Canada) to provide a training course that will bring together animal and plant scientists, and communication specialists to share advances in these areas.
If in developing countries we can foster the importance of population ecology in pest management, together with an emphasis on farmer participatory research as a foundation for technology transfer, then we are confident that the next decade will see rapid advances in pest management.
During the course, participants will have the opportunity to acquire knowledge and skills in:
Rodents, insects and weeds cause major losses in rice crops throughout the world and their management continues to pose major challenges to farmers and agriculturalists. Rodent pest management went through a period of stagnation in the 1980s and 1990s mainly because there was too little research effort to understand the biology, behavior and habitat use of the species we are attempting to manage. In Asia, rats consume enough rice to feed 180 to 350 million people for a year. Their management is a high priority. Insect pest management in rice cropping systems has made strong progress through IPM, the development of tolerant varieties of rice, and a more recent development of eco-engineering. However, there are still important challenges to successful IPM, particularly the occurrence of outbreaks of pests such as brown plant hopper, and the social dimensions. Weeds cause chronic losses to rice production and poor rice farmers spend much of their labour trying to control the impact of weeds. Changes to rice-based farming systems, including a greater diversity in crops and the advent of direct seeded rice and water shortages are leading to new challenges for farmers because of changes in the weed communities.
Localised heavy losses associated with the patchy destruction of crops by pests and diseases have resulted in major concerns for food stability at the village level. With the expected increase in human population growth in these countries, the situation will become more acute. There is a growing demand, particularly in developing countries, for pest control strategies that either have less reliance on chemicals or can better target their use. There has been strong progress with ecologically-based pest management approaches which builds on the progress made with integrated pest management (IPM). These include ecologically-based rodent management, eco-engineering of a landscape to reduce losses to insects and ecological weed management. IRRI will host a training course that will bring mammalogists, entomologists, weed scientists, and communication specialists together to share advances in these areas.
We will present a course covering the basic biology and ecology of pests (with the emphasis on rodents, insects and weeds), and how this information has provided management strategies at a community level that are more sustainable and environmentally benign. Ecologically-based pest management and farmer participatory research will be the themes for this course.
Topics to be covered
This will be a 2-week course held at the Training Center of the International Rice Research Institute (IRRI), Los Baňos, Philippines. Accommodation and meals are provided at IRRI.
The course will cater for a maximum of 20 participants. Participants are expected to find their own funds or at least partial funding to attend. The course is aimed to cater for a mix of young scientists, mid career agricultural scientists, and decision makers in developing countries.
Places will be available for people from developed countries who can cover their course fees.
Dr. Grant Singleton
Principal Scientist, IRRC Coordination Unit
Crop and Environmental Sciences Division
Dr. Noel Magor
Head, Training Center
International Rice Research Institute (IRRI)
DAPO Box 7777, Metro Manila, Philippines
Phone: (63- 2) 845-0563; 580 5600
Fax: (63- 2) 891-1292; 580 5699