9780130804273

For one-quarter or one-semester courses in Geographic Information Systems. Approaching the study of GIS from the broader context of information technology, this text gives complete, up-to-date coverage of the concepts and techniques pertaining to every stage of the systems development life cycle of GIS and its applications in various areas of spatial problem solving and decision making. The authors, who have over 50 years of professional experience between them, stress a rigorous, but balanced treatment of the concepts and techniques of GIS to provide real-world experience of using and implementing GIS while retaining a strong academic flavor.

Introduction to Geographic Information Systems (GIS)

1

(19)

Maps and GIS

19

(44)

Digital Representation of Geographic Data

63

(40)

Data Quality and Data Standards

103

(32)

Raster-Based GIS Data Processing

135

(49)

Vector-Based GIS Data Processing

184

(41)

Visualization of Geographic Information and Generation of Information Products

225

(40)

Remote Sensing and GIS Integration

265

(40)

Digital Terrain Modeling

305

(44)

Spatial Analysis and Modeling

349

(27)

GIS Implementation and Project Management

376

(43)

GIS Issues and Prospects

419

(28)

Appendix A Internet Resources for GIS

447

(10)

Appendix B Glossary of GIS Terms

457

(18)

Photo and Figure Credits

475

(2)

Index

477

What is included with this book?

The New copy of this book will include any supplemental materials advertised. Please check the title of the book to determine if it should include any access cards, study guides, lab manuals, CDs, etc.

The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.

This book on Geographic Information Systems (GIS) provides a rigorous but balanced treatment of concepts and techniques in a single volume. GIS has evolved from a mapping and spatial analytical tool in geography to become a full-fledged professional practice. There is now a proliferation of educational programs from universities and colleges that purport to certify or accredit the proficiency of their graduates' GIS skills in the workplace. GIS is a multidisciplinary science. GIS practitioners may be geographers, planners, surveyors, or computer scientists. Despite the diversity in approaches, GIS has a special set of skills and knowledge needed by the professionals to use GIS in all its forms and implementations. This book is an attempt to define the set of skills and concepts for GIS professionals. One of us is a GIS practitioner who has over 20 years of work experience in the academic and public sectors as well as the private consulting industry in Hong Kong and Canada. The other is an academic with over 30 years of research and teaching experience in photogrammetry, remote sensing, and GIS in universities in the United Kingdom, Hong Kong, and the United States. We put our experience to work for this book with the hope that it will be useful to both geographic information practitioners and scientists. We approach the study of GIS from the broader context of information technology in general, and information resource management in particular, because current GIS development is driven primarily by the needs of the business and public sectors, as evidenced by large databases, client/server computing architecture, national geospatial infrastructure, and the deployment of the Internet for disseminating geographic information by business organizations and all levels of government agencies. Such a change of perspective has led to the expansion of the scope of the study of GIS, from a narrow focus on technology-pushed applications in the past, to a broad-based approach emphasizing the total integration of data, technical, and human resources within the framework of information technology today. Our book therefore includes topics that are not always adequately covered in earlier GIS textbooks, such as the principles and practice of information resource management, information system development methodology, spatial database modeling and design, as well as the implementation of GIS in the enterprise information technology environment. This book attempts to provide a complete coverage of the concepts and techniques pertaining to every stage of the systems development life cycle of GIS and its applications in various areas of spatial problem solving and decision making. As GIS is a subject that needs to be learned hands-on, an accompanying laboratory manual has been produced. Each laboratory exercise has been designed to relate to the major concepts covered in each chapter of the book. Students can use real-world data and appropriate G1.S software to perform tasks using personal computers taking a period of about two hours. The data are chosen so that they can be easily substituted. These laboratories are not designed for teaching a specific GIS software package. The emphasis of the book is rigor and balance. Rigor demands accuracy and detail. Balance provides a broad perspective that covers applications in both the physical and social sciences. The book has been designed for use in a 15-week semester, but it may be readily adapted to a 10-week quarter. It is assumed that students have a basic high school mathematical background in geometry, algebra, and trigonometry, as well as some knowledge of computer science. A good grounding in geography (or any science related to the study of the spatial distribution of features and phenomena) is essential. Because GIS is such a rapidly changing technology, anything written may be out of date very quickly. The book has a Web site devoted to updating the contents

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Concepts and Techniques in Geographic Information Systems

Concepts and Techniques in Geographic Information Systems

0130804274

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