ABOUT US

Phase II builds on the successful implementation of OIIPCRA Phase I by supporting the Government of Odisha in scaling climate-resilient and innovative aquaculture technologies across OIIPCRA districts. WorldFish will provide technical assistance for knowledge sharing, capacity building, promotion of improved aquaculture technologies, scientific evidence generation, and monitoring and evaluation. The project will develop technical guidelines, training modules and IEC materials, organize trainings, demonstrations and exposure visits, support technology dissemination, document lessons learned, and strengthen evidence-based implementation. The initiative aims to improve the capacity of fisheries officers and farmers while facilitating the adoption of proven and innovative aquaculture practices suitable for small and marginal farmers.

Period of Implementation
Jun 1, 2026 - May 31, 2027
Total Budget
USD 217,768.79

Project team

Partners

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OUR IMPACT

Goals

The overall goal of the project is to strengthen the implementation of climate-resilient and innovative aquaculture interventions under the Odisha Integrated Irrigation Project for Climate Resilient Agriculture (OIIPCRA) by providing high-quality technical support to the Government of Odisha. The project seeks to improve the capacity of institutions and stakeholders involved in aquaculture development so that project interventions are implemented effectively, consistently and in accordance with technical best practices. A major goal is to enhance the knowledge and skills of government officials, extension personnel, fish farmers, Farmer Producer Organizations (FPOs), Primary Fishermen Cooperative Societies (PFCS), Pani Panchayats and other beneficiaries through structured capacity development programmes and continuous technical guidance. The project also aims to facilitate the dissemination and adoption of improved aquaculture technologies and management practices that contribute to sustainable production and greater resilience to climate variability. Another important goal is to strengthen coordination among implementing agencies through joint planning, review and technical supervision, thereby improving the quality of implementation across all project districts. The project further aims to develop practical technical resources, including implementation guidelines, training modules and information, education and communication (IEC) materials, to support standardized implementation. In addition, the project seeks to establish robust monitoring, evaluation and learning processes that enable regular tracking of progress, documentation of lessons learned, preparation of case studies and evidence generation for future planning. Through these combined efforts, the project intends to strengthen institutional capacity, improve technology transfer mechanisms, support informed decision-making and contribute to sustainable aquaculture development under OIIPCRA while aligning with the Government of Odisha's objective of promoting climate-resilient agriculture and livelihoods.

Objectives

1. Knowledge Sharing: Promote dissemination of proven aquaculture practices, technologies and field learnings across OIIPCRA districts. 2. Capacity Building: Strengthen the skills of fisheries officers and farmers through structured trainings, demonstrations and exposure programmes. 3. Innovation: Introduce and scale innovative, climate-resilient and market-driven aquaculture technologies suitable for small and marginal farmers. 4. Scientific Evidence: Generate robust scientific evidence on climate-smart fisheries interventions adopted under OIIPCRA. 5. Monitoring & Evaluation: Strengthen systematic monitoring and evaluation to track progress, assess impacts and guide data-driven decision-making.

Problems and Needs Analysis

Phase I of OIIPCRA demonstrated significant improvements in scientific aquaculture adoption, species diversification, biofloc farming, freshwater prawn seed production, post-harvest management and farmer capacity development. Despite these achievements, wider adoption of improved aquaculture technologies remains limited, particularly among small and marginal farmers. There is a continued need to disseminate proven technologies more widely, strengthen technical capacities of fisheries officers and farmers, and promote innovative production systems that are climate-resilient and market-oriented. Effective implementation also requires standardized technical guidelines, training modules and IEC materials to ensure consistent extension support across districts. In addition, systematic documentation of scientific evidence and stronger monitoring systems are required to evaluate project performance, measure impacts and support evidence-based planning. The proposal therefore identifies the need for continued technical assistance from WorldFish to facilitate technology transfer, strengthen institutional capacity, generate scientific evidence and improve monitoring systems for sustainable aquaculture development.

Intervention Strategy(ies)

The project adopts a multi-pronged intervention strategy involving: (i) dissemination of best management practices and climate-smart technologies; (ii) development of training manuals, SOPs, and IEC materials; (iii) capacity building through trainings, demonstrations, and exposure visits; (iv) introduction and scaling of innovative aquaculture technologies including biofloc, integrated farming, and improved breeding systems; (v) establishment of scientific monitoring and evaluation frameworks; (vi) conduct of baseline and endline surveys; (vii) generation of evidence-based policy recommendations; viii) continuous technical support and institutional strengthening through partnership with WorldFish and other research institutions.

Impact Pathway

The project's impact pathway begins with investments in knowledge dissemination, institutional strengthening, technology transfer, and capacity development. These interventions improve the knowledge, skills, and adoption capacities of fisheries officers and farmers. Increased adoption of climate-smart aquaculture technologies leads to improved productivity, diversification, resource-use efficiency, and resilience to climate risks. Enhanced monitoring and scientific evidence generation support adaptive management and informed policymaking. These outcomes contribute to increased farmer incomes, improved food and nutrition security, stronger institutional systems, and sustainable management of aquatic resources. Ultimately, the project contributes to resilient livelihoods, inclusive economic growth, and climate-resilient agricultural transformation in Odisha.

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