Physical Principles of Remote Sensi...
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Readable copy. Pages may have considerable notes/highlighting. ~ ThriftBooks: Read More, Spend Less
Book Summary
A core textbook on the physics behind remote sensing, covering electromagnetic radiation, atmospheric interactions, and sensor design. Rees explains fundamental principles with mathematical rigor, making it ideal for students and professionals seeking a deep understanding of how remote sensing works. This readable copy may contain notes or highlighting, offering a cost-effective option for learners.
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About Physical Principles of Remote Sensi...
Physical Principles of Remote Sensing by W. G. Rees is a comprehensive textbook that explores the fundamental physics governing remote sensing systems. It covers the nature of electromagnetic radiation, its interaction with the atmosphere and Earth's surface, and the design and operation of various sensors, including optical, thermal, and microwave instruments. The book emphasizes quantitative understanding, providing the mathematical tools needed to interpret remotely sensed data. This edition includes updated material on satellite platforms and applications. While this specific copy is a readable ex-library or used book with potential notes and highlighting, the content remains a valuable resource for understanding the theoretical underpinnings of remote sensing. It is widely used in university courses and serves as a reference for researchers and practitioners in geography, environmental science, and engineering.
Who should read Physical Principles of Remote Sensi...?
This book is essential for undergraduate and graduate students in remote sensing, geophysics, environmental science, and electrical engineering. It suits researchers and professionals who need a solid theoretical foundation to interpret remotely sensed data. Instructors looking for a rigorous course text will find it valuable. Additionally, anyone with a background in physics or engineering seeking to understand the principles behind satellite imagery and sensor technology will benefit, though prior knowledge of calculus and physics is recommended.
Pros & Cons
Pros
- ✓ Provides a rigorous, physics-based foundation for remote sensing
- ✓ Covers a wide range of sensor types and electromagnetic spectrum
- ✓ Includes mathematical derivations and quantitative examples
- ✓ Well-organized and suitable for course use
- ✓ Affordable used copy despite potential notes
Cons
- ✗ May be too technical for beginners without physics background
- ✗ Some copies may have extensive highlighting or notes
- ✗ Not focused on practical image interpretation or software
- ✗ Limited coverage of latest satellite missions in older editions
- ✗ Assumes familiarity with calculus and electromagnetic theory
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Frequently asked questions
Is this book suitable for self-study?
Yes, but it requires a solid background in physics and calculus. Readers without that foundation may find it challenging and should consider a more introductory text first.
Does this copy include access to online resources?
No, used copies typically do not include access codes or online resources. The content is self-contained in the book.
What edition is this?
The ISBN 9780521359948 corresponds to the second edition (2001) of Physical Principles of Remote Sensing.
Are there exercises or problems?
Yes, the book includes problems at the end of chapters, making it suitable for coursework and practice.
Is the mathematics very advanced?
The book uses calculus and some linear algebra, but derivations are explained step-by-step. It is accessible to those with typical undergraduate STEM preparation.
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