In a significant development for global food security, international scientists have reported substantial progress in climate-resilient agriculture, unveiling innovations and collaborations that aim to help farming systems withstand the growing impacts of climate change. Researchers from more than 56 countries convened virtually at the ISSCA-RIS conference on agricultural resilience, where they shared insights on a range of adaptive strategies to address climate stress, soil degradation and food insecurity.
Technical advancements highlighted at the event include the use of AI-powered advisory tools to provide hyper-local climate and weather insights to farmers, enabling better decision-making for sowing, irrigation and pest management. This initiative, led by the International Crops Research Institute for the Semi-Arid Tropics (ICRISAT) and partners, represents a major step in integrating digital innovations with traditional agricultural knowledge for climate-smart outcomes.
In addition, scientists are making strides in breeding and genomic research aimed at enhancing drought tolerance and heat resilience in key crops. Studies on drought-resistant sorghum varieties have identified molecular mechanisms that could accelerate breeding programs for climate-resilient crops suited to arid regions.
Experts stressed that these scientific advances—combining technology, genetics and international cooperation—are essential to safeguarding global food supplies as weather extremes become more frequent and severe. news as reported.
