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The authors embark on an interview journey across the U.S. They talked with more than 500 women and girls, ages four through ninety-two who ranged from office workers to drag-kings, stay at home moms to attorneys.
Complete guide to trapping raccoon, muskrat, mink, otter, beaver, and a variety of other species. Authoritative advice on matching the right trap--whether leg-hold, body gripper, or snare--to each furbearer. Species-specific instructions for making sets that deliver and tips for preparing and marketing pelts to maximize profits.
Using a specially made, inexpensive and rugged heat-detecting camera, you can view wildlife up close. Camera Trapping Guide gives you the trapping techniques and knowledge of animal behaviors so you can get the best possible photos and videos. Includes 37 species common to the eastern U.S. Large and small mammals, squirrels to bears, deer, and moose, plus birds and even the American alligator—are covered. With photos and range maps each entry gives details on physical characteristics, tracks and sign, diet, habitat, and breeding. Also included are specific camera trapping techniques pertinent to each animal. You’ll learn the characteristics of the various cameras, where to place the camera and the camera settings to get best results, and how to minimize impacts on the environment.
Camera trapping in wildlife management and research is a growing global phenomenon. The technology is advancing very quickly, providing unique opportunities for collecting new biological knowledge. In order for fellow camera trap researchers and managers to share their knowledge and experience, the First International Camera Trapping Colloquium in Wildlife Management and Research was held in Sydney, Australia. Camera Trapping brings together papers from a selection of the presentations at the colloquium and provides a benchmark of the international developments and uses of camera traps for monitoring wildlife for research and management. Four major themes are presented: case studies demonstrating camera trapping for monitoring; the constraints and pitfalls of camera technologies; design standards and protocols for camera trapping surveys; and the identification, management and analyses of the myriad images that derive from camera trapping studies. The final chapter provides future directions for research using camera traps. Remarkable photographs are included, showing interesting, enlightening and entertaining images of animals 'doing their thing'.
The most comprehensive guide on trapping and hunting ever compiled!
“Practical and sized just right, for places where Google can’t always be summoned. Includes a guide to what’s edible for foragers and key illustrations, in addition to recipes.” —The Washington Post What to eat, where to find it, and how to cook it! Renowned outdoors expert and New York Times bestselling author Dave Canterbury provides you with all you need to know about packing, trapping, and preparing food for your treks and wilderness travels. Whether you're headed out for a day hike or a weeklong expedition, you'll find everything you need to survive--and eat well--out in the wild. Canterbury makes certain you're set by not only teaching you how to hunt and gather, but also giving you recipes to make while on the trail. Complete with illustrations to accompany his instructions and a full-color photo guide of plants to forage and those to avoid, this is the go-to reference to keep in your pack. The Bushcraft Field Guide to Trapping, Gathering, and Cooking in the Wild helps you achieve the full outdoor experience. With it, you'll be prepared to set off on your trip and enjoy living off the land.
Intended for advanced undergraduates and beginning graduates with some basic knowledge of optics and quantum mechanics, this text begins with a review of the relevant results of quantum mechanics, before turning to the electromagnetic interactions involved in slowing and trapping atoms and ions, in both magnetic and optical traps. The concluding chapters discuss a broad range of applications, from atomic clocks and studies of collision processes, to diffraction and interference of atomic beams at optical lattices and Bose-Einstein condensation.
This is James Bateman's classic account of the history of animal traps which has become the standard work on the history of animal trapping. Animals of all kinds are covered, including mammals, birds, insects, fish and crustaceans.
The book focuses on four broad topics related to trapping of agriculturally important tephritid fruit flies, namely i) lures and traps, ii) invasion biology and detection of infestations, iii) attract and kill systems, and iv) trade regulations and risk assessment. This comprehensive structure progresses from the biological interaction between insect and lures/traps to the area-wide use of trapping systems to the utilization and impact of trapping data on international trade. The chapters include accounts of earlier research but are not simply compendia and instead evaluate past and current work as a tool for critical analysis and proposal of productive avenues for future work. At present there is no book available that deals with fruit fly trapping in such a broad context. Our book fills this gap and serves as a global reference for both those interested in fruit flies specifically as well as anyone dealing with the threat of invasive agricultural insects in general.