GPS in Geoscience and Environmental Studies

GPS in Geoscience and Environmental Studies provides a comprehensive examination of how satellite positioning technology has become integral to the study of Earth’s physical processes and environmental systems. Drawing from interdisciplinary research and applications, the book explores how GPS and GNSS technologies are deployed to gather precise spatial and temporal data essential for scientific analysis. From tracking tectonic plate movements and seismic activity to monitoring climate‑related changes in the atmosphere and hydrosphere, GPS serves as a fundamental tool that enhances both the scope and accuracy of geoscientific investigations.
The content is structured to guide readers from foundational concepts of satellite positioning—such as signal acquisition, reference frames, and error mitigation—to applied methodologies that support environmental monitoring, natural resource assessment, and risk evaluation. Case studies illustrate the practical use of GPS data in mapping land surface changes, observing coastal dynamics, and assessing ecosystem behavior, showcasing the technology’s versatility beyond traditional navigation.
A significant focus of the book is on the synergy between GPS data and other geospatial technologies such as Geographic Information Systems (GIS) and remote sensing. By integrating positional data into analytical frameworks, researchers can derive comprehensive environmental models that reveal patterns and trends otherwise hidden in isolated datasets. This integration proves especially valuable for understanding complex systems like atmospheric water vapor distributions, soil moisture variability, and land cover transformation. Rich with scientific insights and practical examples, GPS in Geoscience and Environmental Studies is designed for graduate students, researchers, and professionals whose work intersects with earth observation, environmental science, and geospatial technologies. Its balanced treatment of theory and real‑world application makes it both a reference and a learning resource for advancing research and applied practice using GPS/GNSS tools.