Climate change has become a significant factor affecting the food production and consumption capacity of Asian countries.
The consequences of climate change such as droughts, floods, and heatwaves not only contribute to reduced food production but also increased food prices, thus making food less accessible to lower-income groups. So, climate action (Sustainable Development Goal 13) and zero hunger (Sustainable Development Goal 2) are two closely linked goals.
India, with its vast population, relies heavily on agriculture, which is extremely susceptible to climate change effects. While the country has been doing remarkably well in poverty reduction and rural development over the last few years, it still has 190 million people living in food insecurity.
The National Mission for Sustainable Agriculture and the Pradhan Mantri Fasal Bima Yojana schemes promote climate change adaptation and food security. Nevertheless, small farmers face the consequences of climate variability, mainly after irregular monsoons, due to inadequate insurance coverage, delayed claim settlements, and limited access to extension services.
India also suffers from a significant amount of food loss due to weak cold chains and insufficient storage, even though there are some initiatives for expanding refrigerated transport and warehouse infrastructure.
Adaptation the key
Taiwan is more industrialized but also faces climate-induced hunger due to typhoons, changes in ocean temperatures, and a shrinking arable land area, which make food production increasingly unstable.
The Taiwanese Climate Change Adaptation Action Plan 2023–2026 aims to use technology in agriculture, setting up early warning systems and adopting circular economy models like turning food waste into fertilizers and bioenergy. Taiwan’s efficient waste-to-resource system can help India limit food losses by sharing scalable models for food recovery, composting, and decentralized waste-processing units.
On the one hand, India has the scale, a great deal of experience in community-based adaptation, and a vast network of agricultural research. On the other hand, Taiwan can offer technological innovation, accurate data, and the know-how of resource-efficient systems.
For instance, a satellite-based crop monitoring system and more sensors for irrigation in India could be the result of a research partnership with Taiwan’s precision agriculture technologies.
If this happens, the large farmlands of India could become suitable for technology trials. There would also be an opportunity for manufacturers to come up with affordable and scalable solutions for developing economies of the Global South by localizing production and reducing dependency on expensive imports.
Shared smart logistics
Food security is an issue of access as well as the production of food. For example, the extensive public distribution system of India is there to provide meals to millions. However, it faces challenges in the areas of logistics and storage, which become worse during times of extreme weather.
Taiwan could help make food distribution more reliable and ensure that food reaches vulnerable communities even during climate disruptions. Shared smart logistics tools could sharply cut leakages by integrating real-time tracking, automated stock auditing, and climate-responsive routing systems.
The sea factor adds a different layer to the issue. Fisheries and coastal ecosystems that are sources of livelihood for millions in both economies are now most affected by rising sea temperatures, acidification, and pollution.
In such a situation, Taiwan’s proficiency in sustainable aquaculture and marine monitoring can be helpful to India’s coastal management and mangrove restoration programs. Collaborative aquatic food activities could result in saving ecosystems, securing protein sources, and progressing SDG 13 and SDG 2.
Policy execution
There are persistent institutional obstacles. Taiwan is unable to have formal engagement with the United Nations climate and food platforms because it is not an official member, while in India, the intricate administrative structure is such that policy execution is usually slow due to overlapping jurisdiction among ministries and uneven state-level implementation capacities.
Sharing data platforms, jointly funded adaptation pilots, and academic exchanges could deepen cooperation and strengthen regional resilience. Track-II channels, or unofficial diplomacy, could help address food insecurity by bypassing formal political hurdles and engaging a broader range of civil society actors such as research institutes, farmer cooperatives, and private technology firms.
Hunger is the most tangible and human face of climate change. It cuts across development, gender, and geography.
Aligning SDG 13 and SDG 2 between India and Taiwan is a matter related to strategic and ethical imperatives. Both countries could mirror a shared vision by linking sustainable agriculture and fair access to nutrition.
In the war against climate change-induced hunger, distributing the burden may prove to be the most effective form of resilience, provided that collaboration remains inclusive, long-term, and supported by institutional commitment from both countries.
