Co-published by The Vermont Fish & Wildlife Department, The Nature Conservancy, and Vermont Land Trust--a revised and updated 2nd edition

This book is a must-have for anyone wanting to understand Vermont's forests, wetlands, mountaintops, and shores. Richly illustrated with beautiful line drawings and stunning color photographs, this accessible field guide will delight outdoor explorers and armchair naturalists alike. The book starts with an introduction to the natural community concept and the factors influencing our natural systems, from wind and water to soil and rocks. Then, the book offers a lucid and enjoyable journey into Vermont's geologic past, with stories of colliding continents, sea floor sediments, and mysterious whale bones. This follows with a journey through all of Vermont's nine distinct biophysical regions, from the cold and wild Northeastern Highlands to the warm and dry Taconic Mountains.

The bulk of the book describes Vermont's natural communities--its northern hardwood forests, dry oak woodlands, alpine tundra, cedar swamps, bogs, and marshes--in comprehensive detail. Ecological settings, including geology, soils, climate, and natural disturbance processes, are described for each community, along with complete lists of characteristic plants and animals, as well as places to visit. Wetland, Woodland, Wildland is the definitive guide to Vermont's natural communities, and is packed with information unavailable elsewhere. It offers practical information for naturalists, teachers, students, landowners, land managers, foresters, conservation planners, and all those with a love of nature who want to learn more about their surroundings.

The first edition of this book, published in 2000, has become a mainstay for naturalists and students throughout Vermont and surrounding states and provinces. This second edition is completely updated to incorporate new research and a growing knowledge about natural communities, as well as a deeper understanding of climate change and its implications for conservation into the future.

This newly updated book will be a prized addition to your natural history library, but it won't remain on the shelf. You will want to take it with you every time you explore the outdoors. Each paragraph will bring new insights and will deepen your understanding and appreciation of wild nature around you. You will surely want to share this book with friends.

Zaino, Robert J.

Bob Zaino is an ecologist who revels in exploring the natural world. As a scientist with the Vermont Fish and Wildlife Department, he works to understand the patterns and distributions of natural communities, and the myriad species they comprise. As a hiker, climber, and paddler, he relishes spruce-clad mountains, granite cliffs, and remote northern waters. Bob strives to connect people to nature, and to protect plants, animals, and wild places for the future. He is a graduate of Bowdoin College and has a master's degree from the University of Vermont's Field Naturalist Program.

Sorenson, Eric R.

Eric Sorenson works on natural community inventory and protection, and on conservation planning for Vermont and the Northeast. He is passionate about exploring the natural world, especially wild places, calcareous wetlands, and old forests. He is an ecologist with the Vermont Fish and Wildlife Department's Natural Heritage Inventory. Eric studied wildlife biology at the University of Michigan, and plant and peatland ecology at the University of Michigan Biological Station and the University of Maine.

Thompson, Elizabeth H.

Liz Thompson is an ecologist and botanist with a deep passion for nature and an abiding, lifelong interest in patterns of plant distribution. She is devoted to the conservation of special and wild places, and she makes that the keystone of her work. She is a conservation scientist with the Vermont Land Trust, where she brings nature conservation to the working landscape. She has also worked for The Nature Conservancy and the Vermont Natural Heritage Inventory. Liz studied botany and ecology at the University of Maine, the University of Michigan Biological Station, and the University of Vermont.