This book investigates the application of nature-inspired algorithms to address complex challenges in natural resource management. It explores how computational methods derived from natural processes can be utilized for optimization, classification, and simulation within fields such as climate change, hydrology, renewable energy, and ecosystem studies, aiming to mitigate uncertainties and anomalies that disrupt ecological balance.

The book presents a technical exploration of computational methods applied to environmental challenges. Its focus on nature-based algorithms suggests a methodology-driven approach to problem-solving in resource management. The content likely appeals to researchers, engineers, and planners seeking advanced techniques for ecological and climate-related issues. The detailed examination of specific areas like hydrology and renewable energy indicates a specialized audience interested in practical applications of algorithms.