International Development Research Centre (IDRC) Canada     
Web Archives > Publications > IDRC Books > All our books > PARTICIPATORY RESEARCH AND DEVELOPMENT FOR SUSTAINABLE AGRICULTURE AND NATURAL RESOURCE MANAGEMENT: A SOURCEBOOK >
 Topic Explorer  
IDRC Books
     New
     in_focus
     Development & evaluation
     Economics
     Environment & biodiversity
     Food/agriculture
     Health
     IT/communication
     Natural resources
     Science/technology
     Social/political sciences
    All our books

IDRC's 40th anniversary

Subscribe

Free Online Books

Free Online Books
 People
IDRC Communications

ID: 85064
Added: 2005-07-18 15:30
Modified: 2007-03-25 23:51
Refreshed: 2012-02-10 18:30

Click here to get the URL for the RSS format file RSS format file

21 - Participatory Technology Development Where There is No Researcher
Prev Document(s) 24 of 34 Next
Laurens van Veldhuizen, Ann Waters-Bayer and Chesha Wettasinha

Image

Participatory Technology Development (PTD) is a creative process of joint experimentation and research by farmers and development agents in discovering ways of improving farmers' livelihoods. The growing number of documented examples in recent years reveal that PTD is now accepted as a research approach to agriculture and natural resource management (NRM). It has been recognized that research is effective in improving farmers' livelihoods if farmers play a vital role in the process.

Most documented experiences on PTD refer to farmer participatory research where scientists interact with farmers to test and adapt the scientists' ideas. Successful technologies are then disseminated through extension. However, these cases are a drop in the ocean of PTD research.

According to Rocheleau in 2003, "thousands of field workers conduct isolated, undocumented research in extension and development programs on forestry, agriculture and conservation." PTD is practiced as an approach to extension, with development workers supporting farmers in learning-by-doing without involving researchers.

There are very few research scientists in proportion to millions of farmers and the immense diversity of agro-ecological environments and situations in which different types of farmers live and work. In fact, local farmers and natural resource user-managers have been carrying out most of the experimentation, discovery and innovation in agriculture and NRM since time immemorial until today.

Farmers' Research and Innovation

Experimentation and innovation are natural and necessary to farmers. Before formal research and extension services existed, farmers' own experimentation allowed adaptation to new situations, to survive and to improve their livelihoods, where conditions were favorable.

Worldwide, there are countless cases of farmers adapting extension recommendations to fit particular situations, or extracting components from otherwise seemingly useless packages.

This is still the case today, even where farmers have access to external support. Scientists who develop technology packages for extension seldom realize the extent to which farmers conduct informal experimentation with components of these packages.

In Malawi, for example, high-yielding maize varieties were promoted in a package of seeds, fertilizer, instructions and credit. Most smallholder farmers continued to plant local varieties using the fertilizer intended for the new seeds. A few farmers carried out small, informal experiments to determine the best timing and amounts of fertilizer application on local maize.

Most scientists cannot recognize and understand how farmers experiment. Yet, many field workers of non-government organizations (NGOs), development projects and extension agencies are appreciating farmers' informal experimentation as a springboard for developing locally appropriate technologies. These development workers and farmers are engaging in PTD, regardless of whether or not they have support from researchers.

Image

Promoting PTD in Sri Lanka

Promoting Multi-functional Household Environments (PMHE) was a project that promoted PTD as a means of stimulating farmer-led experimentation in an irrigation settlement area in Mahaweli System C, Sri Lanka. Farmers moved to agro-ecological conditions that were completely new to them. The government research service, through extensionists, provided information on farming the new environment, like crop selection and fertilizer regimes. However, farmers experienced many discouraging failures in applying these recommendations.

Farmer-led research in the absence of scientists developed a variety of locally-appropriate solutions in crop diversification, weed control, soil fertility management, nursery management, among others.

Extensionists trained in PTD by PMHE have a fairly sound knowledge of practical tropical agriculture, did not have the same academic bias of their colleagues from research stations and could "speak the language" of farmers.

PTD aroused the farmers' inherent curiosity and creativity and increased confidence to continue experimentation. As an informal process, PTD resulted in farmer-to-farmer networking that rapidly and efficiently spread the ideas. This changed the way of thinking of the government agency managing the irrigation systems. The involvement of extensionists and farmers in research was recognized and incorporated into many of its new programs.

 

Encouraging Farmer Experimentation

PTD where there is no researcher happens wherever there are development workers encouraging farmers to experiment, innovate and adapt new ways of managing agricultural and natural resources. Instead of transferring a "best bet" technology pre-selected by scientists on behalf of farmers, development workers can choose from the following approaches in PTD (Table 1).

Table 1. Participatory Technology Development Approaches to Farmer Experimentation

PTD Approach

Role of Development Agent

Benefit to Farmers

1. Learning from farmers

 Identifying farmer-innovators

 Understanding farmers' experiments

Getting insights into farmers' priorities

 Sharing of experiments among farmers

2. Testing new options

 Suggesting options and ideas to farmers

 Encouraging farmers to compare options and ideas with current practices

 Farmers are free to test, adapt or reject technologies without pressure from development agent

3. Filling local knowledge gaps

 Enhancing farmers' awareness on resource management principles

 Providing information on phenomena that farmers cannot observe on their own

 Local ways of applying principles to farming

4. Facilitating mutual learning

 Facilitating the generation of insights and options within the community

 Critical exchange of ideas among farmers

 Minimal dependence on technology from outsiders

5. Improved experimental design

 Studying current methods of informal experimentation with farmers

 Reaching an agreement with farmers on more systematic forms of experimentation

 Ways of experimenting and learning improved

 Position and confidence of development agents and farmers strengthened

The first biggest challenge of development agents in farmer-led research is not choosing among the PTD approaches but increasing their awareness and knowledge on farmer innovation and experimentation.

Strengths of the PTD Approach

The PTD approach to extension strengthens local research and adaptive capacities by involving a vast number of community-based researchers: men and women farmers and field agents of various government agencies, NGOs and development projects. Research and development planning incorporates local realities, potentials and limitations from the start.

This approach greatly reduces the time spent between problem identification and development of applicable solutions, especially for problems that can and should be tackled at the farmers' level. Results from site-specific, farmer-led research and innovation in one locality can rarely be replicated exactly elsewhere but can serve as sources of ideas for farmers in other areas.

PTD with No Researchers But Too Many Politicians

A local NGO called CAATINGA introduced in 1994 a small underground dam that enables small-scale farm families to cultivate an extra hectare of land during the dry season in the semi-arid north-eastern Pernambuco State in Brazil. The underground dam is a wall of clay built between the impermeable soil layer and the surface to keep water from running off through the sandy soils. Local farmers plant a variety of fruits and crops in small gardens near the dam.

After four years, an evaluation revealed a great variety of farmer experiments in adapting the technology to local needs and interests. Among these were:

 building U-shape dams to retain more water;

 constructing earthen walls on top of the dams so water would stay longer to penetrate the soil;

 use of cement, instead of only clay, to close the bottom of the dam;

 discovering the kinds of soil suited for the dams; and

 monitoring the salinity within the plots.

In joint experimentation farmers and NGO field staff compared all innovations with that of the original proposal. After a couple of years, the technology became much better suited to local conditions.

The government replicated the successful idea by building 5,000 underground dams in 18 months throughout the State as part of a new policy for surviving the drought. There was great political pressure for the application of new technologies in the semi-arid area of the country, especially in a year of severe drought.

The government funded the building of dams that could hold enough water to benefit 10 hectares each. However, only a few farmers were capable of cultivating so much land. Construction of the dams was awarded to contractors who arrived at the farm, built the dam using tractors instead of hands, and left the next day.

Frequently, the dams were built in inappropriate places. Farmers could not explain what was being built, or what their plans for the area were. They had absolutely no ownership of the whole process. Many dams failed, were destroyed by soil erosion or abandoned by farmers.

Technology adapted to local conditions through farmer experimentation cannot be simply transferred to farmers in adjacent areas without further analysis and adaptation. Moreover, previous experimentation had generated local ownership of the technology, which is a fundamental element of sustainable land use. Unaccompanied scaling-up of technology improved through a PTD process did not lead to improved livelihoods. The intention had been political, more than anything else.

(Wongtschowski, pers.comm. 2003)

 

PTD where there is no researcher is a cost-effective approach as it does not require highly-paid scientists. Development agents involved in the approach live closer to the farmers, use local services and facilities, and tailor their work to use resources at hand more efficiently. Focusing on local knowledge and resources makes development agents and farmers more equal as partners in their research pursuits.

Challenges

Many development agents lack the confidence to enter into this open-ended approach because of possible sanctions for not meeting expectations in transferring technologies from research stations. Development agents are restricted in encouraging farmers to try things on their own terms on a small scale. Situations must be created that lead to attitudinal change of development agents and their superiors towards accepting that farmers' knowledge and innovation are complementary to their knowledge and skills.

The success of PTD where there is no researcher cannot be judged by conventional scientific criteria, but by contribution to solving local problems.

Substantial time is needed to support PTD training, with brief learning sessions being interspersed with longer implementation periods. Learning sessions should include real cases of farmer- or community-led experimentation, and design of follow-up assignments by the trainees themselves. At the end of each implementation period, trainees should reflect jointly on their experiences.

Public funds for extension services to farmers and the number of development agents are both decreasing rapidly as privatization expands. The same applies to research, where scientists are obliged to do work more relevant for farmers. This can be done by linking with farmers and development agents in PTD where there is no researcher. Scientists and policymakers seeking such links have to re-think their definition of research and its interface with development.

Creativity is needed to capture both the innovations and the process of participatory innovation development -- in written, audio and visual forms for sharing. Good documentation helps farmers and development agents deal with formal researchers and policymakers in demanding policy support for PTD.

Image

Are Researchers Still Needed?

Researchers are still needed even if farmers and development agents undertake PTD because they can support the farmers' research efforts in various ways. However, researchers need to accept first that, in PTD, there are various forms of research that are valid for different purposes.

For example, in a workshop in Tanzania, farmers, extensionists and research scientists, results of the first joint experimentation revealed that data collection and monitoring assigned to scientists were not done as agreed upon. Extension workers argued that they could have handled most of the activities with farmers rather than wait for a researcher to arrive from the station a hundred kilometers away.

Researchers can realistically support PTD where there is (almost) no researcher when they begin to perform the following tasks:

  • Documenting the process and results of PTD for wider sharing and recognition.

  • Training development agents in methods of experimentation and data collection that are suited for field application.

  • Providing development agents and farmers with new information on research findings or specific technical insights useful in PTD.

  • Suggesting new options that farmers and development agents could try out.

  • Giving technical support to PTD, like soil and chemical analyses.

  • On-station research of critical issues that farmers and development agents regard as important but cannot study in the field due to high risks and/or the need for controlled conditions or sophisticated equipment.

    Image

    However, the challenge is to determine whether on-station research is really the best way to address issues being raised by farmers.

    Research led by farmers aims at exploring new possibilities or solving local problems affecting their livelihoods. The experiments need to be only scientific enough to produce results useful to farmers - as a contribution to development more than to science. These PTD practitioners develop their own theories based on their observations, and a formal researcher would be an ideal partner in exploring the reasons behind them.

    Image

    References

    Hansen, A. 1986. Farming Systems Research in Phalombe, Malawi: The Limited Utility of High Yielding Varieties. In: Jones, J. R. and B. J. Wallace. (eds). Social Sciences and Farming Systems Research: Methodological Perspectives on Agricultural Development. Boulder: Westview. pp 145-169.

    Perera, G. D. and B. Sennema 2003. Towards Sustainable Development in Mahaweli Settlements through Farmer Participation. In: Wettasinha, C., L. van Veldhuizen and A. Waters-Bayer. (eds). Advancing Participatory Technology Development: Case Studies on Integration into Agricultural Research, Extension and Education. Silang, Cavite: IIRR/ETC Ecoculture/CTA.

    Rocheleau, D. E. 2003. Participation in Context: What's Past, What's Present and What's Next. In: Pound, B., S. Snapp, C. McDougall and A. Braun. (eds). Managing Natural Resources for Sustainable Livelihoods: Uniting Science and Participation. London: Earthscan and Ottawa: IDRC. pp 169-183.

    van Veldhuizen, L., A. Waters-Bayer and H. de Zeeuw. 1997. Developing Technology with Farmers: A Trainer's Guide for Participatory Learning. ZED Books, London, UK.

    Contributed by:
    Laurens van Veldhuizen, Ann Waters-Bayer and Chesha Wettasinha
    Email: l.van.veldhuizen@etcnl.nl







  • Prev Document(s) 24 of 34 Next



       guest (Read)(Ottawa)   Login Home|Careers|Copyright and Terms of Use|General Infomation|Contact Us|Low bandwidth