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This peer-reviewed textbook is designed for the true beginner with U.S. college students in mind. It contains themed chapters, which are divided into 8 sections. Each section has its own set of learning objectives, and is further separated into three types of assignments, Para estudiar en casa (with detailed explanations), Para practicar en casa (homework exercises), and Para practicar en clase (paired and group classwork activities). The explanations and primary input are written to be easily comprehensible. The individual exercises are geared towards acquisition of form and function, and the communicative classwork exercises promote interpersonal exchanges between students. The digital copy includes some embedded audio files, and we are developing a website to house many more resources.
Essential Modeling Techniques for Geospatial Analysis Using ArcGIS: An Intermediate-Level GIS Workbook
Nicolas R. Malloy
This book contains four chapters and six intermediate-level tutorials to introduce students to geospatial modeling techniques. The tutorials represent approximately two-weeks of work for a three-credit 16-week semester course. Though some tutorials presented here cover similar concepts, each represents a complete and independent exercise. The modeling techniques shown here only scratch the surface of what is possible for each. The intent is to introduce readers to a varied array of geospatial modeling techniques, develop the skills needed to be successful in the workplace, and prepare students for more advanced work. Peer review pending.
Nicolas R. Malloy
Part 107 is the subdivision of Subchapter F of Chapter 1 of Title 14 that pertains to small unmanned aircraft systems (sUAS). To legally fly a small unmanned aircraft for non-hobby, non-recreational use, remote pilots must abide by these regulations. This book is intended to explain the Part 107 regulations in a short and easy to read format. Additionally, this book also covers other areas of knowledge required by the FAA, including airspace and requirements, weather, loading and performance, and operations. Readers also have access to a series of sample test questions. Because the FAA does not provide specific test-questions to the public, the sample questions here are based on the information available through documentation and research. Peer review pending.
Kyle Morgan and Meg Rodriguez
The American LGBTQ Rights Movement: An Introduction is a peer-reviewed chronological survey of the LGBTQ fight for equal rights from the turn of the 20th century to the early 21st century. Illustrated with historical photographs, the book beautifully reveals the heroic people and key events that shaped the American LGBTQ rights movement. The book includes personal narratives to capture the lived experience from each era, as well as details of essential organizations, texts, and court cases that defined LGBTQ activism and advocacy.
Nicolas R. Malloy M.S. and Amy Rock Ph.D.
The concepts and tutorials presented in this book are for readers with little to no experience using geographic information systems (GIS) software. This book is intended for use in an introductory college-level course. It contains seven chapters, each representing approximately two-weeks of work for a three-credit 16-week semester course. Each chapter starts with text related to fundamental concepts related to geospatial science and its sub-disciplines. The chapters also include one or more tutorials designed to reinforce the concepts learned. Tutorials may take between one to six hours to complete, depending on their complexity. When possible, the authors provide an estimated time to complete tutorials. Additional references, such as video content and external websites, may also be mentioned throughout the text. Peer review is pending.
To Catch the Rain: Inspiring stories of communities coming together to harvest their own rain, and how you can do it too
If water is life, rainwater is a fountain of life. The purpose of this book is to show how various communities have caught that fountain of life using rainwater catchment systems. This book looks at real, practical, global experiences of rainwater harvesting on individual, financially constrained, and community based levels through academic, mathematical and practical perspectives. This book can be used to learn practical skills, see inspiring examples, and to make math have more meaning. This book is for practitioners, DIYers, community members looking for water solutions, as well as for students and teachers in environmental science, environmental studies, sustainable design, international development, engineering, and mathematics. The book is broken into sections on rainwater catchment in general, types, components, gravity, calculations, implementation stories, useful links, conversions, and problem-sets.