Abstract

Climate-resilient agriculture has emerged as a critical global necessity as climate change continues to threaten food security crop stability soil health and agricultural productivity. Traditional agricultural systems are no longer adequate for navigating unpredictable rainfall extreme temperatures pest outbreaks soil degradation and water scarcity. This research paper explores how integrating advanced technologies—including precision farming tools IoT-based climate monitoring AI-driven crop prediction models satellite imaging robotics smart irrigation systems and bioengineering—can revolutionize climate-resilient farming practices. The study analyzes how digital platforms and technological interventions support farmers in minimizing risks optimizing inputs improving yields and adapting to the rapidly changing environmental conditions. In addition the paper highlights the socioeconomic dimensions of tech-enabled resilience particularly how digital literacy affordability infrastructure