This book facilitates a deeper understanding of the diverse applications in mapping and surveying of GIS and Remote Sensing across different fields and regions, bringing forward the best practices and innovations happening worldwide. It includes real world projects, step-by-step applications, and analytical methodologies.
This book facilitates a deeper understanding of the diverse applications in mapping and surveying of Geographic Information Systems (GIS) and Remote Sensing (RS) across different fields and regions, bringing forward the best practices and innovations happening worldwide. It includes a variety of analytical methodologies used for managing different landscapes and ocean sites and explores how emerging technologies, like artificial intelligence, will shape the future of digital map surveying. With real world projects and step-by-step applications, this book helps professionals and students in various fields navigate these technologies effectively and stay current with the latest trends.
Features
- Provides a detailed and thorough overview of map-surveying applications in GIS and Remote Sensing covering principles and techniques.
- Explores unique insights into map-surveying practices across North America, Europe, Asia, South America, Africa, to Oceania, offering a broad range of perspectives and practical solutions.
- Includes a range of practical applications and case studies from real-world projects that provide valuable lessons and insights from experienced professionals.
- Addresses emerging technologies like Artificial Intelligence, Machine Learning, Unmanned Aerial Vehicles (UAVs), and Augmented Reality used in map-surveying.
- Breaks down complex concepts into easily understandable language for those new to the field and for experienced practitioners looking to expand their knowledge.
This is an ideal text for professionals working with geospatial information, mapping, and surveying that are interested in practical examples, innovative practices, and emerging trends. It is suitable for Geospatial Data Analysts, Planners, Environmental Scientists, Surveyors, Disaster Management Professionals, Logistics Managers, and those who work in related fields.
1. Introduction to Geospatial Analysis and Applications.
2. Geospatial
Governance in a Global Context.
3. Smart Green Governance: Harnessing
Emerging Technologies and Remote Sensing for Urban Forest Management.
4.
Mapping Biodiversity: Theory, Techniques, and Lessons Learned from the
Caribbean.
5. Mapping Wildlife: Integrating Technology for Habitat, Behavior
and Conservation Strategies.
6. Integrating RS and Social Media for Enhanced
Disaster Monitoring, Assessment, and Response: Challenges and Opportunities.
7. Innovations in Ocean and Marine Spatial Planning.
8. Participatory Mapping
using GIS and RS Across Regions.
9. Energy Optimization and Innovation in GIS
and Remote Sensing
10. NextGeneration Geographical Information Systems:
Integrating Artificial Intelligence, Geographic Information Systems, and
Satellite Imagery for Mapping and Surveying
11. Towards a Spatial Future: The
Global Promise of GIS and Remote Sensing.
Charla M. Burnett is a global development and technology governance specialist with a Ph.D. in Global Governance and Human Security. Her interdisciplinary work bridges geospatial science, energy systems, and digital transformation, focusing on participatory mapping, infrastructure optimization, and climate policy. She has led applied research and programmatic initiatives for USAID, the United Nations, and academic institutions, advancing the integration of GIS and remote sensing into sustainable energy planning and emissions reduction strategies. She is a cofounder of the International Society of Participatory Mapping, a former U.S. Earth Observations Group member, and a contributing expert on AI infrastructure policy to the Biden Administrations 2024 Executive Order. She recently served as a USAID Science for Development Fellow focusing on decision support systems for methane mitigation and the legal frameworks underpinning digital energy transitions.
Biswajeet Pradhan is a distinguished expert in geospatial science, remote sensing, and artificial intelligence, with over 20 years of academic and research experience. He is currently a professor at the University of Technology Sydney, where he leads innovative research in disaster risk reduction, environmental modeling, and urban planning. He has authored over 700 peerreviewed articles and several books, making significant contributions to the field. A recipient of numerous international awards, he is recognized as one of the worlds leading scientists in geospatial research and its applications in addressing global challenges.
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