Growing Together: China–Pacific Partnership for Sustainable Agriculture

This section should provide an overview of the challenge(s) the project is seeking to overcome in the country or region in which the initiative is being implemented in (or has been implemented), as well as what is required to address them for the achievement of one or more of the SDGs.

Pacific Island Countries (PICs) rely heavily on subsistence agriculture, yet face severe constraints from limited arable land, soil degradation, and climate extremes. Over 50% of food is imported, exacerbating malnutrition (SDG 2) and economic vulnerability. Rising sea levels and cyclones further threaten coastal farming (SDG 13).

Urgent agricultural development is vital to the achievement of the SDGs. Climate-smart practices (SDG 2.4) can boost resilience, while sustainable fisheries (SDG 14) and agroforestry (SDG 15.3) protect ecosystems. Empowering smallholders (SDG 1.4) and women farmers (SDG 5.a) through technology will enhance productivity and reduce import dependency. Without action, climate risks and food insecurity will intensify, undermining PICs' sustainable development.

The initiative aimed to strengthen climate-resilient agriculture in PICs to address food insecurity, import dependency, and climate vulnerabilities.

The initiative adopted the following approaches:

• Climate-Smart Agriculture (CSA): Introduced climate-resilient crop varieties (e.g., drought-tolerant vegetables in Fiji and Vanuatu) and established protected greenhouse systems to reduce vulnerability.
• Capacity Building: Trainings for officials, researchers and farmers were conducted in which 1,000+ personnel were trained in Vanuatu, Samoa, Solomon Islands, Papua New Guinea, Tonga, Cook Islands,Fiji, Nauru on agricultural technology.
• Technology Transfer: Cooperated with local enterprises and providing technical support including Noni fruit processing with Skyline Ltd. in Samoa.

The initiative involved:

• Bilateral Partnerships: Established cooperation between JAAS and universities, agricultural departments and research institutions, such as USP, National Agriculture Research Institute of PNG, Ministry of Agriculture and Livestock (MAL) of Solomon Islands, etc.
• Triangular Cooperation: Jointly hosted the “Launch Event and Workshop on the Implementation of One Country One Priority Product (OCOP) Initiative for Pacific Island Countries” by FAO, MAL of Solomon Islands and JAAS.

For South-South/Triangular Knowledge Transfer:

• Cross-Country Pilot Projects: Vanuatu’s successful vegetable cultivation model replicated in Fiji
• Establishment of Joint Demo Bases: With China-Pacific Island Countries Agriculture Cooperation and Demonstration Center as a cooperation platform, JAAS is setting a rice demo farm in Solomon Islands, two vegetable farms in Vanuatu and Fiji.
• Joint Policy and Economics Research: Six joint research programs have been established to analyze agricultural systems, value chains, and technology adoption, with the aim of generating evidence-based policy recommendations, enhance food security, and promote sustainable development.

Outcomes & Quantitative Achievements:

• Poverty Alleviation: 60% of the trainees are smallholder farmers. They have better access to technology and solutions (SDG 1.4).
• Food Security: Crop yields increased by 30–50% in Fiji/Vanuatu for climate-resistant vegetable varieties (SDG 2.4).
• Gender Inclusion: 50% of CSA trainees in Solomon Islands were women (SDG 5.a).

The agricultural technologies were innovative because they combined:

• Local Adaptation: Technologies from JAAS were field-tested and customized for PICs’ unique conditions (e.g., saline soils, cyclones).
• Hybrid Rice Varieties: Fast-maturing, high-yield strains suited to Solomon Islands’ fertile lands, reducing reliance on imports.
• Cost Efficiency: Low-input techniques (e.g., direct seeding) cut production costs by 30%.

Competitive Advantage Achieved:

• Import Substitution: PNG/Solomon Islands could replace some rice imports, conserving foreign exchange.
• Economic Diversification: Freed-up funds redirected to infrastructure/education.
• Knowledge Sovereignty: Farmers trained in seed production, reducing dependency on foreign agribusiness.
• Innovation Core: Blending Chinese agro-tech with traditional Pacific knowledge (e.g., taro-legumes rotation systems).

The China-Pacific Islands agricultural cooperation is institutionalized and sustainable through high-level mechanisms and concrete implementation platforms. Key elements ensuring its long-term effectiveness include:

• Policy Frameworks: Formalized through ministerial outcomes like the Nadi Declaration and Nanjing Consensus, providing top-down political commitment.
• Dedicated Institutional Platform: The China-Pacific Island Countries Agriculture Cooperation and Demonstration Center serves as a permanent mechanism, with JAAS as its implementing body since 2023.
• Needs-Based Technology Transfer: JAAS annually selects and adapts locally suitable agricultural technologies based on PICs’ production conditions.
• Strategic Partnerships: Long-term collaboration with UN FAO, particularly under the One Country One Priority Product (OCOP) initiative, ensures alignment with global best practices.
• Proven Sustainability: Continuous project implementation (e.g., climate-resilient crops, rice import substitution) demonstrates ongoing impact in PNG, Solomon Islands, and beyond.

The China-Pacific Island Countries agricultural cooperation model is highly replicable and adaptable to other developing regions, as demonstrated by JAAS's existing partnerships with Thailand, Myanmar, and other Global South countries. In Myanmar, JAAS introduced heat-tolerant rice varieties, increasing yields by 50%. In the future, Caribbean SIDS could adopt Pacific-tested heat- and cyclone-resistant crops. Saline-adaptive rice from the Pacific can also be piloted in African coastal states.

Key Conditions for Replication:

• Local Adaptation: Technologies must be tailored to soil/climate.
• Farmer Training: "demo farms + train-the-trainer" model
• Policy Alignment: Host countries need to integrate techniques into national plans

Lessons from JAAS’s Pacific Technology Extension:

• Triangular Cooperation: FAO-China projects (e.g., OCOP) provide a template for scaling.
• Modular Design: Technologies are packaged as "kits" (e.g., seed + demo + training) for easy transfer.