Remote Sensing in Archaeology (Interdisciplinary Contributions to Archaeology)

"Remote Sensing in Archaeology" by Farouk El-Baz is a comprehensive guide to the use of remote sensing techniques in archaeological research. El-Baz is a world-renowned geologist and expert in remote sensing, and in this book, he shares his extensive knowledge and experience in the field of archaeology.

The book begins with an overview of the principles of remote sensing and its applications in archaeology. It then delves into the various remote sensing techniques that can be used to locate and map archaeological sites, such as aerial photography, satellite imagery, ground-penetrating radar, and LiDAR.

El-Baz also discusses the challenges and limitations of remote sensing in archaeology, such as the need for accurate geospatial data, the effects of weather and vegetation on imagery, and the interpretation of data.

The second half of the book focuses on case studies that showcase the use of remote sensing in archaeological research. These case studies cover a range of topics, including the detection of buried cities, the identification of ancient roads and trade routes, and the mapping of ancient irrigation systems.

One particularly interesting case study is the use of LiDAR to uncover the hidden ruins of Angkor, an ancient city in Cambodia. The LiDAR data revealed a vast network of roads, canals, and temples that were previously unknown to archaeologists, providing new insights into the city's history and layout.

Overall, "Remote Sensing in Archaeology" is an invaluable resource for archaeologists, geologists, and anyone interested in the use of remote sensing in the study of the past. El-Baz's expertise and clear writing style make the book accessible to both experts and lay readers, and the numerous case studies provide concrete examples of the techniques and their applications.

In terms of SEO, key phrases that could be used include "remote sensing in archaeology," "geospatial data," "aerial photography," "satellite imagery," "ground-penetrating radar," and "LiDAR." It would also be helpful to include El-Baz's name and credentials as a prominent figure in the field of remote sensing.