Waters Of The Wild Swan

Science & Math

Jim-Crumley

Nature & Ecology

Whittles Publishing

Badgers On Highand Edge

CRUMLEY, JIM

Biological Sciences

New methods of acquiring spatial data and the advent of geographic information systems (GIS) for handling and manipulating data mean that we no longer must rely on paper maps from a single source, but can acquire, combine, and customize spatial data as needed. To ensure quality results, however, one must fully understand the diverse coordinate frameworks upon which the data are based. Datums and Map Projections provides clear, accessible explanations of the terminology, relationships, transformations, and computations involved in combining data from different sources. The first half of the book focuses on datums, exploring different coordinate systems and datums, including two- and three-dimensional representations of Earth coordinates and vertical datums. After an overview of the global positioning system (GPS), the author introduces the fundamentals of map projections and examines the different types. He then presents models and procedures for transforming directly between data sets. The final chapter presents case studies of projects that illustrate the types of problems often encountered in practice. Newcomers to the field will welcome this treatment that, instead of detailed mathematics, uses lucid explanations and numerous examples to unravel the complexities of the subject. For more experienced readers, the book is a valuable reference that answers specific questions and imparts a better understanding of transformation operations and principles. Features

Datums and Map Projections: For Remote Sensing, GIS and Surveying

Iliffe, Jonathan C.

Earth Sciences

Energy efficiency-a top priority across the range of engineering disciplines-requires a thorough understanding and careful application of thermophysical heat transfer. Although closely related, most texts tend to treat thermodynamics and heat transfer separately. The Principles of Thermal Science and Their Application to Engineering unifies the two topics in a unique approach that offers readers a strong, practical background in thermal science. The author covers virtually the entire field in a single, easy-to-read book. Beginning with classical thermodynamics, the chapters discuss the First, Second, and Third Laws of Thermodynamics, engine cycles, and other topics. The focus then shifts to heat transfer, with a thorough examination of conduction and convection and exploring various aspects radiation heat transfer. Finally, the text offers a clear, concise introduction to statistical thermodynamics. Numerous worked examples complement the text and offer readers a glimpse into problems often encountered in practice, in areas ranging from typical heat transfer problems to simulation of energy problems, and including questions related to combustion and the environment. Ideal for both self-study and coursework, The Principles of Thermal Science and Their Application to Engineering helps build the foundation needed by engineers in all disciplines, and will prove itself particularly valuable for chemical engineers, fuel technologists, and fire scientists.

The Principles of Thermal Sciences and Their Application to Engineering

Jones, John Clifford

Physics

Rapid advances in digital camera technology, real-time satellite differential global positioning systems, and digital imaging from airborne platforms have yielded new opportunities for on-the-fly, in situ digital mapping when used in conjunction with state-of-the-art digital photogrammetric workstations. Written by active participants in the promotion of airborne digital mapping systems, Digital Aerial Survey: Theory and Practice is a comprehensive manual that examines the systems available for data capture and photogrammetric processing. Starting from first principles it develops a solid foundation in digital imaging technology and aerial survey practices. It covers the very lastest digital air cameras, critically analyzes their performance, and addresses all aspects of airborne operation, from the aircraft and GPS navigation to survey flight planning. The text includes a CD-ROM that provides Excel files that calculate mission/ photographic parameters to make the planning of an actual survey straightforward.Digital Aerial Survey: Theory and Practice provides the opportunity to appreciate, understand, and apply photo-interpretation, reconnaissance, and photomapping techniques to a variety of planning, resource harvesting, pollution prevention, civil engineering, and disaster mitigation activities.

Digital Aerial Survey: Theory and Practice

Health, Fitness & Dieting

GRAHAM, Ron

Koh, Alexander

Exercise & Fitness

Geochemical Reference Material Compositions presents a unique, comprehensive compilation of chemical composition data for nearly 500 geochemical reference materials. This compilation is designed to be an indispensable source of information for researchers who use geochemical reference materials to calibrate analytical techniques or assess the accuracy of analytical results. All widely available geochemical reference materials are featured in this volume, including silicate rocks, soils, sediments, carbonates, oxide ores, some refractory materials (magnesite, silica), and ore materials (e.g., base metal, rare earth element, gold, platinum group element, uranium-thorium, and tin-tungsten ore samples). To make the volume easy to use, composition data is listed in order of matrix type as well as in the form of concentration ladders. A guide to quality data is included (indicating whether data was designated as certified or recommended values by the originators), and published sources of reference material data are listed. In cases where source data does not include results for a particular element, additional data from carefully selected individual schemes of analysis have been included. Geochemical Reference Material Compositions is an essential reference for geologists, geochemists, geoanalysts, petrologists, and libraries.

Geochemical Reference Material Compositions

Potts, P.J.

Tindle, A.G.

Webb, P.C.

This notable book - formerly titled Durability of Structures - discusses the durability of construction materials in a variety of structures and in diverse environmental conditions. A wealth of information, including numerous examples and case studies, is provided by a team of international experts. The chapters illustrate the durability of elements in a structure, materials performance, and identification and resolution of problems. Durability of Materials and Structures in Building and Civil Engineering is liberally illustrated and provides a very useful work of practical reference in this important subject. Readership  Contents

Durability of Materials and Structures in Building and Civil Engineering

Engineering & Transportation

Engineering

Over recent years, there have been numerous improvements and developments in the technology of imaging, including changes in resolution, quality of imaging and the diversity of cameras. With the increase in diversity of cameras has come a reduction in price, but the user needs to be aware of the capability of a particular camera when being sought for a specific use. More than ever, The Digital Image is an important book to guide readers through the terminology, developments and applications which together provide an overview that will inform users of imaging technology.This new edition will therefore be the definitive handbook for digital imaging, enabling the reader to understand the technology, terms, relationships and to follow developments in this rapidly growing sector of imaging. Digital imagery offers much more than film by way of its versatility, manipulability and convenience of use, all of which are exemplified in this book. As such the book will be relevant for anyone using images and digital cameras, but especially in the commercial sectors of imaging, publishing, mapping and remote sensing and many related areas. It also forms an accessible guide to students and staff in colleges and universities, particularly in the disciplines of information technology, photography, media studies, art, electronics, physics and any subject that uses images as a data source.

The Digital Image

Computers & Technology

Programming

Geomorphological landforms and processes exert a strong influence on surface engineering works, yet comparatively little systematic information on geomorphology is available to engineers. This book presents a worldwide view of geomorphology for engineers and other professionals on the near-surface engineering problems associated with the various landscapes. This new and completely revised edition has additional chapters with an improved format and is broadly divided into three parts. 
The first part is concerned with the major factors which control the materials, form and processes on the Earth’s surfaces. The second part deals with the geomorphological processes which help shape land surfaces and influence their engineering characteristics and the final part covers environments and landscapes, including some specialist chapters. Each chapter is written by leading authorities on the subject and is both self-contained and referenced with other chapters as appropriate to make a balanced whole.

Geomorphology for Engineers

Floor structures account for the majority of all structural material incorporated into a typical building and plate theories provide the information required to design them. This comprehensive book provides a wide-ranging account of the theoretical aspects of plate and slab theory - in essence structural floors - followed by a discussion of the construction and design of real plate and slab elements. The early chapters discuss kinematics and statics, then the theories of elastic and plastic plates and slabs are developed and studied. The novel methods described are capable of providing 'safe' lower bounds on the collapse loads for a wide range of shapes and types of floor. Then follows a discussion of what criteria should be met by a construction method. These criteria are used to develop design principles for what is termed the 'preferred method of construction'. Worked examples and exercises are provided throughout. The final sections include more lengthy exercises, an extensive, annotated bibliography and some brief historical notes on the evolution of the subject.

Basic Principles of Plates and Slabs: for safer and more cost-effective structures

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