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8.1 Invest in Climate Resilience • Scale Early-Warning Systems Expand satellite- and phone-based alert networks covering 50+ million smallholders, enabling tracking of weather alerts, pest outbreaks, and flood/drought risk. FAO-ADB reports show timely warnings can reduce crop damage by up to 40% gcca.org+1qassurance.com+1. • Deploy Climate-Resilient Seeds: Subsidize drought- and flood-tolerant rice and vegetable varieties across 20% of the Mekong Delta, Red River, Indo-Gangetic Plain, and Pacific atolls. Carbon finance (e.g., rice methane credits) provides payback via reduced yield loss and new revenue streams farmonaut.com+13fao.org+13fao.org+13. • Create Solar Cold Room Infrastructure via Green Bonds: Support issuance of at least USD 30 million in Vietnam and Indonesia to finance 500 solar- powered cold rooms. Use APEC-style “currency-indexed climate bonds” to minimize interest and currency

The Asia-Pacific region, home to a large proportion of the world’s agricultural producers and consumers, faces complex challenges: climate change, infrastructure gaps, market fragmentation, and inefficient supply chains that result in high post-harvest losses and limited farmer incomes. However, the region is witnessing rapid innovation across multiple fronts that promise to transform agri-food supply chains into more climate-resilient, transparent, inclusive, and efficient systems. These emerging opportunities align with regional sustainability goals and create pathways for economic growth and rural development. 7.1 Climate-Smart Infrastructure: Financing Low-Carbon and Resilient Agri Supply Chains Green Bonds for Solar Cold Rooms Vietnam’s Mekong Delta — a critical rice-producing region — is pioneering the issuance of green bonds to finance solar-powered cold rooms under the “One Million Hectares” low-carbon rice initiative

1. Agroecology & System of Rice Intensification (SRI) — Lao PDR, Nepal Agroecology emphasizes sustainable farming that works in harmony with ecosystems, reducing reliance on chemical inputs and improving biodiversity. The System of Rice Intensification (SRI) is a flagship agroecological method that optimizes plant spacing, soil aeration, water management, and timing of inputs to boost rice yields sustainably. • Impact on Yields and Resource Use: In Lao PDR and Nepal, adoption of SRI has led to rice yield increases between 15% and 25%, outperforming conventional transplanting methods without increasing input costs significantly (FAO, 2021). This yield boost directly translates to higher food availability and incomes for smallholder farmers. Importantly, SRI reduces water use by about 30%, addressing water scarcity challenges faced in rainfed and drought-prone areas (IRRI, 2020). This efficiency stems from alternate wetting and drying practices rather than continuous flooding, improving

5.1 Afghanistan Overview of the Agri-Food Economy Agriculture is a vital sector in Afghanistan, contributing around 25% to national GDP and employing nearly 60% of the workforce (World Bank, 2023). The country’s agro-climatic diversity enables the cultivation of staple crops such as wheat, along with high-value horticultural products like pomegranates, grapes, almonds, and apricots (FAO Afghanistan, 2022). Despite this potential, the sector is highly vulnerable due to climatic extremes, institutional fragility, and limited infrastructure. Key Challenges • Conflict-related Disruptions: Persistent conflict and political instability have disrupted agricultural activities and supply chain networks, undermining both domestic

Climate change presents a formidable challenge for agriculture, particularly in regions like South Asia and parts of the Pacific. Severe flooding in Bangladesh, droughts in Afghanistan, and rising sea levels in Fiji exemplify how erratic weather patterns disrupt food production. In Pakistan, erratic monsoons damage crop cycles, while in Nepal and Bhutan, glacial melt threatens downstream water availability. Vietnam and Thailand are increasingly vulnerable to salinity intrusion in the Mekong Delta, jeopardizing rice productivity. According to FAO estimates, post- harvest losses in South and Southeast Asia exceed 15% due to inadequate storage and handling (FAO, 2022). Investment in improved storage facilities, resilient farming systems, better transportation infrastructure, and post-harvest technologies is crucial to mitigating such losses. 4.2 Infrastructure Deficits Infrastructure gaps are a major bottleneck for efficient agri-food supply chains. The Regional Logistics Performance Index (LPI) average for South Asia is 2.6, compared to 3.5

South Asia, which includes countries like Bangladesh, India, Nepal, and Pakistan, has a predominant focus on rice production. Rice is not only a staple food but also a critical part of the cultural and economic fabric of these nations. The climatic conditions and extensive river systems in this region provide ideal conditions for rice cultivation. For instance, in Bangladesh, rice accounts for nearly 70% of caloric intake and employs a significant portion of the rural labor force (FAO, 2023). In India, rice is grown across 44 million hectares, particularly in the eastern and southern belts (Ministry of Agriculture & Farmers Welfare, India, 2022). Nepal relies heavily on monsoon-fed paddy farming, while Pakistan is a major exporter of basmati rice (Pakistan Bureau of Statistics, 2022). Diversification in Southeast Asia Southeast Asian countries such as Thailand, Vietnam, Indonesia, Malaysia, Myanmar, Philippines, and Lao PDR are gradually diversifying their agricultural production. While rice remains