Artificial Intelligence and the Water-Energy-Food Nexus: Advancing Climate Change Adaptation by Improving Water Management, Energy Systems, and Food S (Paperback) (ISBN-13: 9781991406033)

Artificial intelligence is transforming how societies manage the water energy food nexus, offering new ways to address climate change, resource scarcity, and sustainability challenges. This book provides professionals, researchers, and policymakers with a clear framework for understanding how AI applications can support water security, renewable energy, and food systems in an interconnected world.

• Understand how the water energy food nexus shapes global sustainability and climate change adaptation strategies
• Explore the role of artificial intelligence in water management, from monitoring resources to improving distribution efficiency
• Learn how AI supports renewable energy forecasting and grid optimization under conditions of climate variability
• Gain insight into precision agriculture and food security solutions powered by advanced data analytics
• See how circular economy principles are strengthened by AI to reduce waste and improve resource efficiency
• Familiarize yourself with governance frameworks that ensure transparency, equity, and accountability in AI adoption
• Explore long-term scenarios of AI in climate resilience and systemic resource planning
• Understand the ethical dimensions of AI in resource management and the implications for sustainability transitions

By combining artificial intelligence with the water energy food nexus, this book connects climate change adaptation, water security, and renewable energy into a comprehensive vision for sustainable futures. It equips readers with the knowledge to anticipate risks, recognize opportunities, and align professional practice with global sustainability goals.

Author: Robert C. Brears
ISBN-10: 1991406037
ISBN-13: 9781991406033
Publisher: Our Future Water
Language: English
Published: 10/03/2025
Pages: 102
Format: Paperback
Weight: 0.32lbs
Size: 9.00h x 6.00w x 0.21d