The Regenerative Agriculture Project launched a targeted climate change initiative in Thailand’s sugarcane sector. It addresses environmental, social, and economic issues. In this project, Fairagora Asia collaborates with a local sugar mill group and its client, a food and beverage company, to provide farmer training, collect and analyze data, and establish long-term partnerships. As a result, it aims to reduce greenhouse gas (GHG) emissions, promote sustainable farming, and support responsible supply chains. Moreover, this approach supports regenerative agriculture and aligns with key United Nations Sustainable Development Goals (SDGs), showing the project’s wide-reaching impact.
Securing Water for the Future of Farming
Unpredictable rainfall has made water management a pressing concern for farmers. To address this, the project introduced training in efficient irrigation methods such as drip irrigation and solar-powered pumps. These practices contribute to SDG 6: Clean Water and Sanitation. One notable example features a farmer who installed a government-supported well that now supplies water to neighboring farms. This case demonstrates how smart, shared infrastructure can improve long-term water access and promote equity in rural agricultural communities.
Elevating Safety and Professionalism in the Sugarcane Fields
The transformation of Thailand’s sugarcane industry begins with its workforce. This initiative places strong emphasis on worker safety and dignity. It supports SDG 8: Decent Work and Economic Growth. Many farm laborers face hazards from exposure to chemicals and machinery. In response, the project provides comprehensive safety training. This includes the use of Personal Protective Equipment (PPE) such as gloves, goggles, masks, and reflective vests. Furthermore, the distribution of PPE kits is helping redefine agricultural labor as a skilled and respected profession, where safety is regarded as a fundamental standard rather than a mere added benefit.
Encouraging Smarter, Safer Farming Practices
Modern farming must tread more lightly on the environment. In response, the program introduced training on agrochemical usage, financial accounting books, and waste management, contributing to SDG 12: Responsible Consumption and Production. These tools help farmers transition toward regenerative agriculture by reducing dependency on synthetic inputs and increasing transparency in resource use. Financial accounting books help farmers track their input usage and costs, enabling more informed decision-making. With better records, farmers can assess both the financial and environmental impacts of their practices. Although challenges remain, such as the continued use of banned chemicals, awareness is growing. Farmers are increasingly shifting to safer alternatives, including biological pest control, fostering a culture of accountability and resource efficiency that is central to regenerative agriculture.
Reducing Emissions and Reviving Soils
Aligned with SDG 13: Climate Action, the project supports farmers in adopting practical, low-emission techniques. These methods address the realities of a changing climate while embodying regenerative agriculture’s goal of rebuilding healthy ecosystems. They include retaining harvest residues, reducing pre-harvest burning, and planting green manure crops to enrich the soil. In 2024, these practices helped lower the overall environmental footprint of farming operations compared to the previous year. A large majority of participants (91%) reported leaving residues in their fields. Meanwhile, 31% used green manure crops such as sunn hemp and peanuts. Although adoption levels vary, interest in drone-assisted spraying and precision farming tools is growing. These incremental changes are building a foundation for more resilient and environmentally sound agriculture.
This initiative goes beyond a typical series of training programs. It embodies a farmer-focused strategy that combines practical agricultural support with broader global sustainability goals. By improving working conditions, encouraging responsible consumption, building climate resilience, and promoting efficient resource use, the project illustrates how smallholder agriculture can contribute meaningfully to international development. In particular, efforts to boost water-use efficiency reflect the program’s integrated approach to sustainability and resource conservation. These efforts are paving the way for the expansion of regenerative agriculture in Thailand’s sugarcane sector. As Fairagora Asia continues to strengthen partnerships and expand its impact, the vision of a safe, professional, and sustainable agricultural sector in Thailand is steadily being realized.
