Advanced Geospatial Intelligence and AI for Environmental Resilience and Sustainable Development | 45.31 MB
Title: Advanced Geospatial Intelligence and AI for Environmental Resilience and Sustainable Development
Author: Md. Omar Sarif
Category: Nonfiction, Science & Nature, Science, Earth Sciences, Geography, Biological Sciences, Environmental Science, Computers, Advanced Computing, Artificial Intelligence
Language: English | 456 Pages | ISBN: 1032669977
Description:
This edited volume brings together leading experts and researchers from diverse disciplines to provide insights into how geospatial data and AI technologies can be leveraged to tackle pressing environmental issues, ranging from climate change mitigation to natural resource management. By combining geospatial analysis with AI algorithms such as machine learning and deep learning, the book showcases innovative approaches for monitoring, modelling, and managing environmental systems at various scales.
The chapters in this book bridge the gap between theory and practice,offering practical guidance and real-world case studies to readers interested in harnessing the potential of geospatial and AI technologies for sustainability and resilience initiatives. Through a series of chapters covering topics such as remote sensing, spatial data analysis, environmental modelling, and decision support systems, the book equips readers with the knowledge and tools necessary to address complex environmental challenges in an increasingly interconnected world. The book fills an important gap by providing a timely and authoritative resource that not only explores the theoretical foundations of geospatial and AI applications but also offers practical insights into their implementation and potential impact.
Ultimately this volume seeks to empower readers with the knowledge and tools needed to address environmental challenges effectively and promote sustainable resilience in an ever-changing world. The contents here offer valuable insights and guidance for leveraging the transformative power of geospatial and AI technologies to create a more sustainable future.
This edited volume brings together leading experts and researchers from diverse disciplines to provide insights into how geospatial data and AI technologies can be leveraged to tackle pressing environmental issues, ranging from climate change mitigation to natural resource management. By combining geospatial analysis with AI algorithms such as machine learning and deep learning, the book showcases innovative approaches for monitoring, modelling, and managing environmental systems at various scales.
The chapters in this book bridge the gap between theory and practice,offering practical guidance and real-world case studies to readers interested in harnessing the potential of geospatial and AI technologies for sustainability and resilience initiatives. Through a series of chapters covering topics such as remote sensing, spatial data analysis, environmental modelling, and decision support systems, the book equips readers with the knowledge and tools necessary to address complex environmental challenges in an increasingly interconnected world. The book fills an important gap by providing a timely and authoritative resource that not only explores the theoretical foundations of geospatial and AI applications but also offers practical insights into their implementation and potential impact.
Ultimately this volume seeks to empower readers with the knowledge and tools needed to address environmental challenges effectively and promote sustainable resilience in an ever-changing world. The contents here offer valuable insights and guidance for leveraging the transformative power of geospatial and AI technologies to create a more sustainable future.
DOWNLOAD:
rapidgator.net/file/c38ac075d12727c8c88007ac85eacf52/Advanced_Geospatial_Intelligence_and_AI_for_Environmental_Resilience_and_Sustainable_Development.pdf
nitroflare.com/view/49E2E7357F8D7CD/Advanced_Geospatial_Intelligence_and_AI_for_Environmental_Resilience_and_Sustainable_Development.pdf
