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Home >> Industrial and Microbial Biotechnology >> Biopesticides and Integrated Pest Management-IPM >>Farmer Field Schools (FFS) and Farmer Participatory Research (FPR)

Farmer Field Schools (FFS) and Farmer Participatory Research (FPR)
In many case, the IPM programmes did not achieve the desired success, due to lack of access of resource poor farmers to information and technology. This calls for the need of extension activity involving collaboration among farmer groups, extension organizations and researchers. There are examples available, where the farmers learned about disease processes and management techniques and also tested promising crop varieties and breeding lines with the support of extension and research organizations.

The concepts of ‘Farmer Field Schools’ (FFS) and ‘Farmer Participatory Research’ (FPR) proved effective in this connection, particularly in dealing with the rice diseases in Vietnam (with the support of IRRI = Intern. Rice Res Institute ) and potato diseases in  Peru (with the support of CIP = Intern. Potato Centre). Thousands of FFS have been organized in Vietnam and Peru involving intensive, hands on training programme following an extension approach pioneered by FAO’s Inter-Country Programme on rice IPM in South and Southeast Asia Millions of Rice growers have been trained in IPM through FFS.

Each FFS follows a curriculum and involves training of 25 farmers using weekly half-day session with a trained facilitator over the entire cropping season, where experiments are conducted for comparing IPM with conventional methods. FPR, on the other hand, included testing of elite breeding lines and genotype mixtures and the approach is then described as FPR-FFS to distinguish it from FFSs, which are more oriented towards mere hands-on training of the farmers. One successful approach of FPR is the concept of CIAL (Spanish acronym for local agricultural research committee) developed by Intern. Centre for Tropical Agricultural (ICAT) in Cali, Colombia (Latin America.) Over 250 CIALs were active in the year 2000 in Latin America and Africa. This allowed selection of locally adapted genotypes and farmers’ access to useful crop genetic diversity. The approach of CIAL can be combined with FFS to improve success rate in solving many problems of agricultural production.

 

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