In Los Banos, Philippines, Merriam Saba had been growing rice for over 25 years when she discovered a new way to farm that could change everything. A team from the National Irrigation Administration (NIA) was seeking volunteer farmers in her area, 60 kilometers southeast of Manila, to test an innovative method that uses less water, which lowers the cost of pumping water. The NIA officials also mentioned that this approach could help reduce the impact of climate change. For Merriam Saba, who is 52 years old, this was a compelling reason, but they also promised higher crop yields. Nine years ago, she decided to try the new method based on the NIA's recommendations. Merriam Saba's experiment with the new irrigation technique, called alternate wetting and drying, has proven successful. Since then, she has not gone back to the traditional farming methods passed down from her parents. This method involves periodically drying out the rice paddies between irrigation cycles, which helps conserve water and improve soil conditions. The results have been impressive—her one-hectare rice farm now produces more than twice as much rice as before. In addition to the economic benefits, Merriam Saba is also proud of the environmental impact of her new farming practices. By using less water, she contributes to the reduction of greenhouse gas emissions, which are a major concern in the fight against climate change. The alternate wetting and drying method has been shown to reduce methane emissions from rice paddies, a significant source of greenhouse gases. Merriam Saba's experience highlights how traditional farming practices can be adapted to meet modern challenges. Her success has not only improved her own livelihood but also serves as a model for other farmers in the region looking to adopt more sustainable agricultural techniques. As climate change continues to affect global food production, innovations like these offer a promising path forward for farmers around the world.