Richly illustrated and information-packed tools for anyone whose play or work takes them to remote areas. Basic Illustrated Using GPS, 3rd is a guide to practical field use of the Global Positioning System, written in simple language, with each new term explained as it's used. This book is a wealth of useful backcountry navigation advice for beginners and experts alike. It also includes information on using GPS with the latest mapping software. Disocver how to: Pick the best GPS receiver for your specific needs Read and pregrid topographic maps Identify waypoints with various coordinate systems Use GPS to navigate on land and water Create your own maps with GPS software

Frank J Larkin is a writer, mariner, and GPS expert.

* GPS chapter completely updated to reflect newer models and features of GPS receivers now available * Expanded to include a section on routefinding on glaciers, along with additional information on changing declination * Extensive illustrated examples of orientation and wilderness navigation Proceed with confidence when heading off-road or off-trail with the second edition of Wilderness Navigation. Whether you are climbing a glacier, orienteering in the backcountry, or on an easy day hike, Mike and Bob Burns cover all the latest technology and time-tested methods to help you learn to navigate-from how to read a map to compasses and geomagnetism. Bob Burns is a long-time member of The Mountaineers. He has taught classes in the use of map and compass since the late 1970s. Mike Burns is an avid climber. He has instructed climbing and navigation classes, and written articles for Climbing magazine. Part of the The Mountaineers Outdoor Basics series! Created for beginning-to-intermediate enthusiasts, this series includes everything anyone would need to know about staying safe and having fun in the backcountry.

BASIC ILLUSTRATED MAP AND COMPASS Wilderness guide Cliff Jacobson created the map and compass curriculum for the Minnesota Department of Natural Resources, and here he shows easy-to-follow steps on choosing a compass, reading contour lines and other map features, using them in concert with a GPS receiver, plotting a course in the wilderness, navigating at night by the stars, and much more.

If you're looking for an up-to-date, easy-to-understand treatment of the GPS (Global Positioning System), this one-of-a-kind resource offers you the knowledge you need for your work, without bogging you down with advanced mathematics. It addresses all aspects of the GPS, emphasizes GPS applications, examines the GPS signal structure, and covers the key types of measurement being utilized in the field today.

No other guide helps you navigate the Global Positioning System [GPS]like this one--with the latest applications for air, surface, and marine travel. This third edition of the Aviator's Guide to GPS is the essential sourcebook of current equipment and applications for the world's most precise, satellite-driven navigation system. Instrumentation, positioning accuracy, regulations, and the latest forms of alternative radio navigation are discussed--as is the fascinating history of the system's development by the Pentagon. The book covers this global navigational system in an easy-to-read, fully illustrated format that gives practical, hands-on pointers on: familiarizing yourself with NAVSTAR, LORAN-C, and all civilian applications of GPS; consumer advice on purchasing GPS-friendly equipment such as specialized receivers and digital instrumentation; marine navigation, land positioning, surveying, mapping, and personal safety. The author also outlines the continually evolving improvements GPS brings to modern aviation: more direct routing, precision airport approaches, decreased congestion, and safely increasing the number of aircraft that can use a given airspace. No other book on the market handles GPS as thoroughly and practically as this one. Tap the full potential of the world's premier positioning system with the Aviator's Guide to GPS!

The GPS Signal - Biases and Solutions - The Framework - Receivers and Methods - Coordinates - Planning a Survey - Observing - Postprocessing - RTK and DGPS.