Precision Agriculture: AI and Big Data for Maximum Crop Yields

A Comprehensive Guide to Technology-Driven Farming for the Modern Age

Agriculture is no longer guided by instinct alone—it is powered by data, intelligence, and precision.
Precision Agriculture is a comprehensive exploration of how artificial intelligence, big data, and advanced analytics are transforming modern farming. This book explains how technology-driven agriculture enables farmers to make smarter decisions, increase crop yields, reduce waste, and build sustainable operations in an increasingly unpredictable environment.
Readers are introduced to the core tools of precision farming, including AI-powered crop monitoring, soil analysis, yield prediction, weather modeling, and real-time resource optimization. The book shows how data collected from sensors, satellites, drones, and farm equipment is converted into actionable insights that improve productivity while minimizing environmental impact.
Beyond productivity, Precision Agriculture addresses the pressing global challenges of climate change, water scarcity, and food security. It explains how intelligent systems help farmers adapt to shifting conditions, protect soil health, and use fertilizers, water, and energy more efficiently. Both large-scale operations and smallholder farmers are considered, highlighting inclusive innovation and accessibility.
Written in clear, practical language, this book is ideal for farmers, agripreneurs, researchers, students, policymakers, and technology enthusiasts. Complex technologies are explained without technical overload, making the future of farming understandable and actionable.
This book is not about replacing traditional knowledge.
It’s about enhancing it with intelligence.
As global food demand rises and resources become more constrained, the future of farming depends on precision—not guesswork.
Precision Agriculture offers a forward-looking roadmap to building resilient, efficient, and sustainable food systems for the modern age.