Participatory extension.
- 1. Pankaj Kumar Ojha Scholar Department of Extension Education, Institute of Agricultural Sciences, Banaras Hindu University, Varanasi, U.P., India. [email protected]
- 2. PEA is a way of improving the effectiveness of rural extension efforts by government agencies, NGOs and other organizations engaged in rural development . If they are institutionalized in extension organizations, they can help to improve organizational performance at the interface between the service providers (the extensionists) and the clients (the farmers )
- 3. Characteristics of PEA • Integration of community mobilization for planning and action with rural development, agriculture extension and research. Based on equal partnerships between farmers, researchers and extension agents who can all learn from each other and contribute their knowledge and skills. Strengthening of rural people’s problem solving, planning and management abilities. Promotion of farmers’ capacity to adapt and develop new and appropriate technologies/innovations (usually agricultural technologies and practices, but also social institutions, health, water and sanitation, and other rural development domains). Encourage farmers to learn through experimentation, building on their own knowledge and practices and blending them with new ideas. This takes place in a cycle of action and reflection which is called ‘action learning’.
- 4. • They recognize that communities are not homogenous but consist of various social groups with conflicts and differences in interests, power and capabilities. The goal is to achieve equitable and sustainable development through the negotiation of interests among these groups and by providing space for the poor and marginalized in collective decision- making. The role of the extension agent is to facilitate this process. Researchers also have a role – they assist farmers and extension agents in joint experimentation and learning processes and contribute their technical knowledge to find solutions to the problems identified by farmers: ‘Participatory extension is like a school of trying, where you try out ideas and share your experience with others
- 5. Is PEA the same as PRA and other participatory’ methodologies ? numerous concepts, approaches, methods and tools which are labeled ‘participatory’. Often this leads to considerable confusion. To clarify what is meant by PEA, a distinction between ‘approach', concept’, ‘method’ and ‘tool’ is required.
- 6. In extension, a brief selection of these methodologies and tools would include adult learning, group extension methods, farmer field schools, farmer-to farmer extension, master farmer training, extension program planning, diagnostic survey, demonstrations, PRA and rapid rural appraisal (RRA).
- 7. PRA offers many useful tools for participatory analysis and interaction with rural people. The PRA ‘toolbox’ is extremely valuable in practice, but is not an extension approach in itself. PRA is a toolbox whereas PEA is the vehicle. The toolbox is most useful if transported in the vehicle.
- 8. PEA as developed and understood in Zimbabwe is an extension approach and concept which involves a transformation in the way extension agents interact with farmers. Community-based extension and joint learning is central to PEA. It integrates elements of participatory technology development (PTD) and social development approaches such as action learning and Training for Transformation which is based on Paolo Freire’s pedagogy of liberation (Hope and Timmel,1984). The PEA learning cycle and operational framework .It suggests a holistic and flexible strategy, with steps in which a variety of extension methodologies and tools (including PRA tools) are flexibly integrated into each step. For example, farmer-to-farmer extension or farmer field schools can be part of the PEA framework.In isolation these methodologies might only address a few farmers and may even be used in a top-down
- 9. ‘transfer of technology’ (ToT) model has been the prevalent practice for developing and sprea ding transfer of technology and knowledge from scientists to farmers will trigger development. Applied to agriculture, this model assumes that farmers’ problems can be solved by people and institutions who have‘modern’ knowledge. Farmers have often been considered as the main constraint to development -as mis-managers of their resources – rather than the potential initiators of a solution. The role of the extension agent is to assist farmers in putting the ready-made technology into practice, despite the fact that they may not be appropriate
- 10. a rigid hierarchy which discourages feedback of information Researchers work independently of farmers and extension workers resulting in a poor understanding of farmers and the opportunities and constraints they face TOT approach is fragmented, both institutionally and in terms of disciplines Social competence Only Contact Farmers? Little adoption Diverse Social climate
- 11. was one of the first efforts to improve the ToT approach. Trials were established to verify ready- made techniques on farmers’ fields and to demonstrate technologies to farmers. Farmers provided their land to carry out the researchers’ trials and this was seen as farmer involvement. The technologies were still developed by the researchers and adoption rates did not increase.
- 12. was an attempt to explain farmers’ continued non-adoption of technologies. Farm-level constraints to adoption were identified and consequently input supply was improved – often fertilizer was provided free of charge to give farmers a taste of the benefits. Still there was little adoption of the technology packages, as the approach failed to address the diversity of farmers’ socio-economic and institutional environments.
- 13. 1980s as a response to continued failure. It was Farmer participatory research became the approach to adapt technologies to farmers’ conditions and, by the 1990s, to develop technologies together with farmers. Farmers were by then seen as partners in research and extension, and the key players in the innovation process.
- 14. The major shift in orientation occurred when the enhancement of farmers’ capacity to develop and diffuse new technologies and techniques themselves (farmer to farmer) became accepted as the foundation of agricultural development. The human resource development of farmers and their social units (communities) then became the main target. It also changed the roles of the insiders and the support of the outsiders substantially.
- 15. Such approaches might not always lead to complete success. What is more important, however, is the fact that the process is owned by the communities themselves. If the process leads to failure, the community will still have the energy and the initiative to re-try or modify innovations to suit their specific conditions. They will no longer wait for an outsider to develop an alternative
- 16. The spreading of innovations depends on the interaction between rural people and their social organization. Innovations are essential for achieving changes in rural livelihoods. The incentive or pressure for change is a function of interwoven social, economical, cultural, political and ecological factors. Social and technical innovations are closely interlinked and cannot be dealt with in isolation. Neither technical nor social innovation on its own would make a substantial impact
- 17. The role of the extension worker needs to change from teacher to facilitator. In a conventional extension system, extension workers see themselves as teachers. PEA, on the other hand, requires a major shift in roles from teacher to facilitator. Facilitation means providing the methodology for the process, facilitating communication and information flow, and providing the technical backup and options. The extension worker supports the process without making unilateral decisions or dominating farmers
- 18. Outsiders are unable to determine the ‘best practices’ for rural people. Farmers are the only people who can make effective decisions about how to manage Building of farmers’ management and problem solving capacity requires joint learning through practical fieldwork. Teaching of ‘external’ knowledge and technologies is insufficient if the knowledge is not directly applied and tried out by farmers themselves
- 19. This implies that the extension worker is no longer. in permanent contact with the communities (e.g. health workers, veterinary staff, forestry advisors, etc.) who are called in when their knowledge and advice is required by farmers. The key elements described here contrast with the basic principles underlying the technology-transfer model. Shifting the focus from teaching to learning, from hierarchical, top-down to participatory bottom up approaches, from centralized to decentralized decision-making will put institutions under pressure for change as well. Thus governmental and nongovernmental organizations are important actors in the learning process. The research agenda needs to be fuelled by farmers’ needs
- 20. Main objective Analysis of needs and priorities Transferred by outsiders to farmers The ‘menu’ Farmers behaviour Outsiders’ desired outcomes emphasise Main mode of extension Roles of extension agent TRANSFER OF TECHNOLOGY transfer of technology outsiders precepts messages package of practices fixed hear messages act on precepts adopt, adapt or reject package widespread adoption of package extension worker to farmer teacher trainer PARTICIPATORY EXTENSION empower farmers farmers facilitated by outsiders principles methods basket of choices according to choice use methods apply principles choose from basket and experiment wider choices for farmers farmers’ enhanced adaptability farmer to farmer facilitator searcher for and provider of choice
- 21. Phase I- Social mobilisation: Facilitating the communities’ own analysis of their situation. Phase II -Community-level action planning. Phase III- Implementation and farmer experimentation. Phase IV -Monitoring the process through sharing experiences, ideas and self- evaluation.