Guidebook on farmer-to-farmer extension approach for small-scale freshwater aquaculture

This guidebook was prepared as an offshoot of the International Symposium on Small-scale Freshwater Aquaculture Extension, which was held in Bangkok, Thailand in December 2013. The success stories of many small-scale farmers in both Asian and African countries have brought insights on the effectiveness and self-sustaining mechanism of the farmer-to-farmer approach of aquaculture extension. This is a scheme developed by JICA in the implementation of their Technical Cooperation Projects for rural development in several developing countries in the region.

Information included in this Guidebook were mostly taken from the results of the Freshwater Aquaculture Improvement and Extension projects (phases 1 and 2) that were implemented by JICA in Cambodia. Also included are from the outputs derived from the discussions during the International Symposium, as well as from personal interviews with core and grow-out fish farmers in several provinces in Cambodia.

This document will only serve as a guide on how to implement farmer-to-farmer approaches on small-scale freshwater aquaculture extension, which was solely based on successful on-farm experiences mostly in freshwater aquaculture in Cambodia. Every subject in this guidebook can be modified depending on the existing local situation and condition where the extension programmes will be implemented. It is also hoped that this guidebook can be adapted to other small-scale aquaculture operations in the region (e.g. brackishwater and coastal aquaculture), especially in poor rural areas.

Translations of the guidebook are available in the following languages:


Publisher: JICA / NACA / DOF

Rights: Creative Commons Attribution.


Technical publications

NACA publishes technical papers and manuals for a wide variety of farming systems and related environmental and social issues. Many of these provide guidance on better management practices with a view to improving crop outcomes and on-farm resource utilisation efficiency. By using inputs such as feed and power more efficiently, farmers can simultaneously improve their profitability and environmental performance.