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GSA Special Paper 492 consists of 35 papers that collectively synthesize the development and current uses of Google Earth and associated visualization media in geoscience education and research. Chapters focus on Google Earth and related tools, such as SketchUp, Google Fusion Tables, GigaPan, and LiDAR. Many of these papers include digital media that illustrate and highlight important themes of the texts. This volume is intended to document the state of the art for geoscience applications of geobrowsers, such as Google Earth, along with providing provocative examples of where this technology is headed in the future.
Explore the world from your computer! This interesting guide covers all aspects of Google Earth, the freely downloadable application from Google that allows users to view satellite images from all points of the globe Aimed at a diverse audience, including casual users who enjoy air shots of locales as well as geographers, real estate professionals, and GPS developers Includes valuable tips on various customizations that users can add, advice on setting up scavenger hunts, and guidance on using Google Earth to benefit a business Explains modifying general options, managing the layer and placemark systems, and tackling some of the more technical aspects, such as interfacing with GPS There are more than 400,000 registered users of Google Earth and the number is still growing
Google Earth is a research, mapping, and cultural exploration tool that puts the whole world in your hands, then hands over the tools to let you build your own world. The uses of Google Earth in academia, in libraries, and across disciplines are endless and each year more innovate research projects are being released. Since its launch, Google Earth has had an enormous impact on the way people think, learn, and work with geographic information. With easy access to spatial and cultural information, and with customizable map features and dynamic presentation tools, Google Earth is an attractive option for anyone wishing to host projects and to share research findings through a common online interface. This easy-to-read, practical guide: Demonstrates how Google Earth has been used as a resource for research Showcases library path finders, discovery tools, and collections built with Google Earth Discusses how Google Earth can be embedded into various library services Highlights effectives uses of Google Earth in specific-discipline education, and provide step-by-step sample classroom activities Introduces Google Earth features, data, and map making capabilities Describes Google Earth-related online resources After reading this guide, librarians will be able to easily integrate Google Earth’s many facets into their services and help teachers integrate it into their classrooms. Because so many librarians are educators and subject specialists, they can customize the learning outcomes for students based on the subject being studied. This book presents a cross-disciplinary overview of how Google Earth can be used in research, in teaching and learning, and in other library services like promotion, outreach, reference and very importantly collection and resource exploration and discovery. This comprehensive guide to using Google Earth is for public, school, academic, and special libraries serving from the elementary level through adult levels. Although articles have been written about specific subjects and specific library projects, this is the first published that offer a one-stop-shop for utilizing this online product for library-related purposes. Librarians reading this book will gain the Google Earth skills required to be able to not only use it themselves, but also teach others in how to use this online technology.
In order to be able to communicate and engage with each other via new communicative spaces such as Google Earth, we need to understand as much as possible about how they work as cultural texts: how and why we make them and how we respond to them. Launched in 2005, Google Earth is a virtual globe, map and geographical information program, mapping the Earth by the superimposition of images obtained from satellite imagery and aerial photography. By addressing the sociopolitical issues at stake in society's use of social websites, the author provides the first ever extended close reading of Google Earth as a powerful player in the communication realm of social media. By grounding the context of its military pre-history, its construction, its links to other similar world-making sites such as Google Maps and how it is perceived critically by social scientists, it is imperative to understand how social networking and information sites work in socio and geo-political contexts if society is to use these sites effectively and for the public good.
This is the first book to examine the actual impact of physical and social engineering projects in more than fifty countries from a multidisciplinary perspective. The book brings together an international team of nearly two hundred authors from over two dozen different countries and more than a dozen different social, environmental, and engineering sciences. Together they document and illustrate with case studies, maps and photographs the scale and impacts of many megaprojects and the importance of studying these projects in historical, contemporary and postmodern perspectives. This pioneering book will stimulate interest in examining a variety of both social and physical engineering projects at local, regional, and global scales and from disciplinary and trans-disciplinary perspectives.
"This book examines the implementation and success of mobile digital learning tools, with the inclusion of data on specific learning environments enhanced by ubiquitous educational technologies"--Provided by publisher.
Googlepedia® Third Edition The all-encompassing book about everything Google. Not only will you learn advanced search techniques, but you also will learn how to master Google’s web and software tools. It’s all inside! Google Chrome Google’s new web browser Google Gadgets create your own gadgets Google Gears turn web applications into desktop applications Android use Google’s phone Blogger create your own personal blog Gmail Google’s web-based email service Google Web Search the most popular search on the Internet Google AdSense put profit-making ads on their own website Google AdWords buy keyword advertising on the Google site Google Product Search find hot deals without ever leaving your office chair Google Calendar a web-based scheduling and public calendar service Google Desktop search documents and emails on your PC’s hard drive Google Docs create and share web-based word processing and spreadsheet documents Google Earth a fun way to view 3D maps of any location on Earth YouTube view and share videos over the Web Google Groups a collection of user-created message forums Google Maps maps, satellite images, and driving directions for any location GOOGLE MAY BE THE INTERNET’S MOST POPULAR SEARCH SITE, BUT IT’S ALSO MORE THAN JUST SIMPLE WEB SEARCHES. • Use Google developer tools and APIs • Create MySpace and Facebook applications with OpenSocial • Use Google Gears to turn web-based applications into desktop applications • Use Google to search for news headlines, scholarly articles, and the best prices on the Web • Read and respond to blog postings and create your own blogs with Blogger • View the latest viral videos with YouTube • Use Android, the new Google phone • Use Google with the Apple iPhone and iPod Touch • Create maps and driving directions with Google Maps • Use Google’s free web-based email service Gmail • Create your own custom Google Maps mashups—and put customized Google search on your own website Michael Miller has written more than 80 nonfiction how-to books, including Que’s Absolute Beginner’s Guide to Computer Basics, YouTube for Business, and Photopedia: The Ultimate Digital Photography Resource. Category: Internet Covers: Google User Level: Intermediate to Advanced
The most comprehensive and in-depth study of the formation, practical applications, history, and natural recycling of salt, including the global and geological implications of its formative process, natural movement, and development in the Earth's subsurface. Like water, salt is one of the most commonplace items in our everyday lives. From the omnipresent shaker that you see on every table in every restaurant, to the ocean water we swim in, salt is something that we rarely think about. But there is much more to the story of salt than most people think. Not only is salt a natural resource that must be captured and refined for public consumption, but "salt domes," large deposits of salt that form under the ground, are important for finding and drilling for petroleum and natural gas. Salt is so important that, in ancient times, it was sometimes used as a currency in various cultures around the world, and it has been used as a food preservative, long before refrigeration was invented. Salt is something we rarely think about, but it is one of the most important natural resources that exists. This is the first integrated study of salt's global development in the Earth's subsurface, its tectonic history and kinematic evolution, "live" salt-naphtide interconnections, and their geological recycling. The Earth's salt is shown as a peculiar umbilical thread in the analysis of numerous geological processes of salt formation, transformation, migration, discharge and regeneration, and their association with hydrocarbons. Presented here is the science of salt, including the active salt bodies' "live" in Earth's subsurface, their fate and influence over the other geological processes, including grandiose systems of kinetically interrelated allochthonous nappe-like and sub-vertical bodies formed by the migrating salt. Also included are a description of sub-conformable sheet-like salt bodies formed not by the evaporation but by emigration of buried brine-salt masses and their discharge at new, younger stratigraphic levels, a description of a phenomenon of the "halo-volcanism" due to depth breakthroughs and explosive discharges of the hydrocarbon-brine-salt masses, an examination of the over-diapir surface and brine lakes with fluctuating levels, and many other things. The book provides new interpretations of numerous issues reflecting the salt "life" manifestations and gives a key to a broad circle of the geological enigmas, from global events like the Messinian crisis in the Mediterranean to Biblical legends and enigmas of the Dead Sea-lake. Whether you are a scientist or student working in the natural or Earth sciences, a geologist, an anthropologist, a petroleum engineer, a petrophysicist, or any other engineer or student working in petroleum engineering, this groundbreaking work is a must-have. Perfect for any scientist or engineer's library, this volume can be a must-read page-turner or a valuable reference work.
Artificial Intelligence in Earth Science: Best Practices and Fundamental Challenges provides a comprehensive, step-by-step guide to AI workflows for solving problems in Earth Science. The book focuses on the most challenging problems in applying AI in Earth system sciences, such as training data preparation, model selection, hyperparameter tuning, model structure optimization, spatiotemporal generalization, transforming model results into products, and explaining trained models. In addition, it provides full-stack workflow tutorials to help walk readers through the whole process, regardless of previous AI experience. The book tackles the complexity of Earth system problems in AI engineering, fully guiding geoscientists who are planning to implement AI in their daily work. - Provides practical, step-by-step guides for Earth Scientists who are interested in implementing AI techniques in their work - Features case studies to show real-world examples of techniques described in the book - Includes additional elements to help readers who are new to AI, including end-of-chapter, key concept bulleted lists that concisely cover key concepts in the chapter
Stratigraphy allows us to establish and communicate the timings for the course of Earth history and provides the means to determine the duration and rates of Earth processes. Deciphering Earth’s History: the Practice of Stratigraphy focuses on how to apply the wide spectrum of stratigraphical techniques. It also explains how these techniques can be integrated and details their individual strengths and limitations. Chapters are laid out in a step-by-step style, guiding the reader through a recommended approach and explaining the factors to be considered. The methods are illustrated with flow charts, marginal top tips, checklists, worked examples and over 200 figures. Authors from academia, research centres and industry have contributed to ensure a wide range of perspectives are included. In addition to chapters on each of the stratigraphical techniques there is also material on accounting for stratigraphical incompleteness, constructing geological timescales, handling and archiving stratigraphical data and the application of stratigraphy to space exploration and other disciplines. This book is designed for a wide audience ranging from advanced level undergraduates to professional practitioners wishing to use other stratigraphical techniques or understand the advantages and weaknesses of particular techniques.