Vanishing Edge

For fans of Christine Carbo and Scott Graham, an ex-FBI agent is on a desperate hunt for a party of vanished campers while a killer is on the loose. The rugged landscape of Sequoia National Park is a challenge on the best of days—but when a park ranger discovers an abandoned exclusive campsite with an empty tent and high-end technical gear scattered on the shores of an alpine lake, the wilderness takes on a sinister new hue. Thirty-two-year-old Felicity Harland—a former FBI agent who left the service in the wake of a personal tragedy and has taken her skills off the grid—is brought in as chief investigator. As a federal agent with the Investigative Services Bureau, she tackles crimes that occur on National Parks lands: unexplained falls, domestic disputes, and now a possible murder case. The private company that set up the exclusive camp won’t reveal their client list, leaving Felicity with zero clues. As she struggles to find a lead, she’s also haunted by a painful past that dogs her at every step. But when she meets Ferdinand Huxley, a Navy SEAL turned park ranger, she begins to see the value in not just working with a partner, but trusting one, too. The investigation takes Felicity and Hux deep into a wilderness that tests their physical limits to the extreme—and to the mean streets of Los Angeles, where they begin to learn the grisly truth behind the campers’ disappearance. Bad things happen in the wilderness—and sometimes they’re not accidents.

The study of engineering drawing builds the foundation of analytical capabilities for solving a wide variety of engineering problems and has real-time applications in all branches of engineering. Student-friendly, lucid and comprehensive, this book adopts step-by-step instructions to explain and solve problems. A major highlight of this book is that all the drawings are prepared using the latest AutoCAD software.

Transforming outdoor space is one of the hottest home trends today. Landscaping expands living space square footage, makes a property more usable, and keeps homeowners healthier whether they grow vegetables or swim laps. It also makes a neighborhood more aesthetically attractive and community minded. The Garden Bible can help homeowners understand the challenges of their outdoor space and what they need to do to create their garden and make it thrive. Photographed in rich full-color, this book will teach you how to develop a master plan for your yard. Many garden books explain how to grow specific flowers, care for shrubs, trees and lawn, and construct fences and hardscape. None take a homeowner from the beginning of the process: how to ask a professional the right questions, how to develop a budget, and how to identify and troubleshoot the challenges of their yard—drainage, erosion, privacy, noise, wind, too much or too little sun or shade. The Garden Bible will help you plan and problem solve so that your garden will grow, evolve, and be sustainable for years to come. Few books delve into landscaping style and cost-saving solutions as this insightful, beautifully illustrated book does. Barbara Ballinger, a well-known real estate, design and garden writer for more than four decades, and Michael Glassman, an award-winning landscape designer for over 35 years and author of seven books on landscape design and gardening, guide you through the process of designing your perfect garden. Showcasing the stories of how almost 30 home owners designed, budgeted and built their landscapes—The Garden Bible shows you that not only is a great garden beautiful to look at, but it’s also great for the soul.

The 13th issue of the Transactions on Computational Science journal consists of two parts. The six papers in Part I span the areas of computing collision probability, digital image contour extraction, multiplicatively weighted Voronoi diagrams, multi-phase segmentation, the rough-set approach to incomplete information systems, and fault-tolerant systolic arrays for matrix multiplications. The five papers in Part II focus on neural-network-based trajectory prediction, privacy in vehicular ad-hoc networks, augmented reality for museum display and the consumer garment try-on experience, and geospatial knowledge discovery for crime analysis.

This volume presents articles based on the talks at the International Conference on Combinatorial and Computational Algebra held at the University of Hong Kong (China). The conference was part of the Algebra Program at the Institute of Mathematical Research and the Mathematics Department at the University of Hong Kong. Topics include recent developments in the following areas: combinatorial and computational aspects of group theory, combinatorial and computational aspects of associative and nonassociative algebras, automorphisms of polynomial algebras and the Jacobian conjecture, and combinatorics and coding theory. This volume can serve as a solid introductory guide for advanced graduate students, as well as a rich and up-to-date reference source for contemporary researchers in the field.

Introduces students to the key research topics within modern solid state physics with the minimum of mathematics.

With the constant technological advance in the aeronautical industry, aircraft have evolved in speed, performance, designs and size. Since the beginning of time, unmanned flying machines, as they were called at the time, were not considered part of aviation. It was at the turn of the century, when the drone revolution arrived, and ICAO (international civil aviation organization) granted them the appointment of drones. Actually, drones are part of the aeronautical industry, and offer a constantly growing set of activities. From entertainment for all ages, to the most risky professional jobs. In this book, the reader will equip himself with all the tools to learn how to fly a drone in different everyday and professional situations. It will understand how it works, its components, its history, and all its areas of application. A permanent reference book for all active drone pilots and for all those aspiring to obtain their license for the first time. A unique material of its kind, developed by professional pilots.