AI-Driven Climate Precision Agriculture for Climate Resilience

In response to growing climate variability and agricultural challenges, this paper presents AI-driven Climate Precision Agriculture, a smart system designed to enhance climate resilience in the agricultural sector. This system integrates artificial intelligence, real-time climate data, and precision agriculture techniques to deliver tailored farming recommendations. Through satellite data processing and predictive analytics, the platform empowers farmers with actionable insights on crop selection, fertilization, and harvesting schedules. The goal is to improve yield, optimize resource usage, and ensure sustainability under changing climatic conditions. The paper details the system’s architecture, data sources, machine learning models, and real-world applications in small and large-scale farming.