Mathematical Advances Towards Sustainable Environmental Systems

This book explores mathematical modeling techniques essential for understanding environmental sustainability and the impacts of climate change on water resources.

In Mathematical Advances Towards Sustainable Environmental Systems, readers are introduced to the critical field of rainfall-runoff modeling. This essential tool helps to understand the intricate effects of climate change on the sustainability of water resources within various watersheds. By exploring these modeling techniques, the book sheds light on the urgent need for sustainable management of our water resources amidst changing environmental conditions.

The volume brings together a diverse range of topics that emphasize the importance of environmental protection and sustainability. By integrating multiple disciplines, it allows for a holistic approach to addressing the pressures that arise from our expanding needs. Expert contributors provide insights into mathematical modeling tools that monitor plant species diversity and the stability of ecosystem services, including vital processes like biogeochemical cycling.

Moreover, Mathematical Advances Towards Sustainable Environmental Systems delves into empirical research that connects mathematical developments with robotics, covering areas such as kinematics and path planning. The book also examines modeling approaches that provide insights into the global energy transition towards renewable resources. With its multi-disciplinary nature, this volume appeals to general readers and specialists alike, offering valuable perspectives for policy formation and implementation in fields such as biology, physics, chemistry, and environmental sciences.