7 Photogrammetry Books That Define the Field

Kike Calvo’s extensive experience as an award-winning photographer and journalist shapes this field guide into a down-to-earth introduction to drone-based photogrammetry. Instead of overwhelming you with technical jargon, Calvo breaks down essential concepts like georeferencing, orthomosaics, and 3D point clouds using accessible language enriched by interviews with industry professionals. This book helps you understand the hardware and software needed to either build your own drone mapping system or select a commercial solution with confidence. You’ll find particular value if you’re involved in environmental research, conservation, or any application requiring precise spatial data captured by UAVs.

When George D. Whitmore recognized the transformative impact of advancing computer technologies, he re-envisioned photogrammetry to reflect a shift toward digital methods. This book guides you through the evolution from traditional mapping to soft-copy photogrammetry, detailing digital imaging systems, satellite program advances, and image processing techniques critical to modern applications. You’ll gain a solid grasp of how computational speed and storage capabilities have reshaped photogrammetric mapping, with chapters dedicated to digital scanners and satellite imagery analysis. If you’re involved in geospatial sciences or seeking to update your knowledge with contemporary methods, this text offers foundational insights without unnecessary jargon.

This tailored book explores the intricate world of drone-based photogrammetry and spatial data with a personalized focus to match your background and goals. It covers essential principles of image capture, processing, and analysis, revealing how drones transform spatial data collection. The content examines advanced photogrammetric techniques including 3D modeling, orthomosaic generation, and GIS integration, providing a clear pathway through complex concepts. By concentrating on your specific interests, this book helps deepen your understanding of spatial measurement accuracy, sensor calibration, and data visualization. This personalized guide ensures you engage directly with the aspects most relevant to your expertise and aspirations, making your learning efficient and focused.

Thomas Luhmann's extensive expertise in photogrammetry shines through in this third edition, which delves deeply into close-range photogrammetry and 3D imaging methods. You discover detailed mathematical foundations and practical systems that reveal the three-dimensional shapes of both manufactured and natural objects, supported by thorough explanations and illustrative case studies. The book suits professionals and advanced students aiming to master precise imaging techniques and apply them across diverse fields like manufacturing, archaeology, and civil engineering. Chapters on system calibration and error analysis provide particularly valuable insights that sharpen your technical skills, making it a focused and methodical resource rather than a casual overview.

Drawing from decades of academic expertise in geomatics and photogrammetry, the authors present a detailed exploration of both fundamental and advanced photogrammetric techniques. You'll gain a solid grasp of imaging principles, stereoscopic methods, laser scanning, and their integration with GIS applications, supported by clear example problems and extensive visual aids. The book delves into practical challenges like aerotriangulation and topographic mapping, making it especially useful for those involved in spatial data collection and analysis. If you're seeking a textbook that balances theoretical foundations with contemporary technological advances in photogrammetry, this offers a thorough and structured approach.

Clifford W. Greve's extensive experience in photogrammetry and remote sensing shines through in this focused addendum to the Manual of Photogrammetry. You gain specialized insights into digital photogrammetry techniques that build upon traditional methods, enhancing your understanding of image processing, 3D modeling, and data accuracy. This book is particularly suited for professionals and advanced students seeking to deepen their technical grasp of digital workflows and precision measurement in photogrammetry. By exploring specific chapters on sensor calibration and digital terrain modeling, you’ll find practical knowledge directly applicable to surveying and mapping projects.

This personalized book delves into the practical mastery of close-range photogrammetry, designed to match your background and ambitions. It explores rapid, hands-on techniques for capturing accurate measurements from images, focusing on the essential skills needed to excel within a 90-day period. By tailoring content to your specific goals and current expertise, it reveals a clear pathway through complex concepts, enabling you to gain confidence and competence efficiently. The book emphasizes real-world applications and step-by-step processes, helping you build a solid foundation while advancing toward proficiency in photogrammetry with precision and clarity.

Thomas Luhmann, a respected editor at Jade University of Applied Sciences, brings decades of expertise in close-range photogrammetry to this detailed second edition. You’ll explore the precise mathematics behind image orientation and 3D reconstruction, alongside practical insights into hardware and software implementation. The book walks you through diverse applications—from engineering and manufacturing to medical science and archaeology—demonstrating how to achieve accurate 3D measurements with digital imaging. Chapters on targeting and illumination reveal how to optimize imaging conditions, making this a solid resource if you need a thorough understanding of photogrammetric techniques and their real-world utility.

Drawing from over 25 years of experience in airborne and spaceborne remote sensing, Dr. Rainer Sandau delivers a detailed exploration of digital airborne cameras and their technological evolution. You gain insight into how digital sensors overcome limitations of film-based systems by capturing high-resolution geometric and spectral data in a single flight, with chapters devoted to sensor components, optics, and data processing workflows. This book suits professionals and researchers aiming to understand the integration of optics, electronics, and software in modern photogrammetric instrumentation. While technical, it clearly outlines the complex interactions within camera systems, helping you grasp both capabilities and constraints of digital airborne imaging.