Dendrochronology, the science of assigning precise calendar dates to annual growth rings in trees, provided accurate dates at a time when North American archaeologists had no absolute dating techniques available to guide their analyses. Time, Trees, and Prehistory examines the growth, development, application, and interpretive implications of North American archaeological tree-ring dating from 1914 to 1950. The development of dendrochronology forced archaeologists to radically revise their understanding of the prehistoric past, compressing by nearly fifty percent the time scale of the archaeological record. Basketmaker sites, for instance, were once thought to be four thousand years old; tree-ring application demonstrated that these sites dated well into the present millennium. Classic sites in Chaco Canyon and Mesa Verde were believed occupied for nearly a thousand years, but tree-ring dates demonstrated that such sites were often built, occupied, and abandoned in just over a century. Other similar changes in temporal scale forced archaeologists to reconsider their interpretations of the rate of prehistoric cultural change, population growth, and the degree of social and political complexity in the Southwest. Time, Trees, and Prehistory examines archaeological practices of the 1920s, 30s, and 40s and demonstrates that tree-ring dating set the stage that enabled revolutionary developments in archaeological method and theory in succeeding decades.

Dendrochronology, the science of assigning precise calendar dates to annual growth rings in trees, provided accurate dates at a time when North American archaeologists had no absolute dating techniques available to guide their analyses. Time, Trees, and Prehistory examines the growth, development, application, and interpretive implications of North American archaeological tree-ring dating from 1914 to 1950. The development of dendrochronology forced archaeologists to radically revise their understanding of the prehistoric past, compressing by nearly fifty percent the time scale of the archaeological record. Basketmaker sites, for instance, were once thought to be four thousand years old; tree-ring application demonstrated that these sites dated well into the present millennium. Classic sites in Chaco Canyon and Mesa Verde were believed occupied for nearly a thousand years, but tree-ring dates demonstrated that such sites were often built, occupied, and abandoned in just over a century. Other similar changes in temporal scale forced archaeologists to reconsider their interpretations of the rate of prehistoric cultural change, population growth, and the degree of social and political complexity in the Southwest. Time, Trees, and Prehistory examines archaeological practices of the 1920s, 30s, and 40s and demonstrates that tree-ring dating set the stage that enabled revolutionary developments in archaeological method and theory in succeeding decades.

Photographer Beth Moon revisits the world’s oldest trees in the darkest places on earth, using color photography to capture vibrant nighttime skies. Throughout much of the world, night skies are growing increasingly brighter, but the force that protects the remaining naturally dark sky, unpolluted by artificial light, is the same that saves its ancient trees—isolation. Staking out some of the world’s last dark places, photographer Beth Moon uses a digital camera to reveal constellations, nebulae, and the Milky Way, in rich hues that are often too faint to be seen by the naked eye. As in her acclaimed first volume, Ancient Trees: Portraits of Time, these magnificent images encounter great arboreal specimens, including baobabs, olive trees, and redwoods, in such places as South Africa, England, and California. In her artist’s statement, Beth Moon describes the experience of shooting at night in these remote places. An essay by Jana Grcevich, postdoctoral fellow of astrophysics at the American Museum of Natural History, provides the perspective of a scientist racing to study the stars in a world growing increasingly brighter. Clark Strand, the author of Waking Up to the Dark: Ancient Wisdom for a Sleepless Age, takes a different tack, illuminating the inherent spirituality of trees.

DIVPerhaps the world’s most distinctive tree, ginkgo has remained stubbornly unchanged for more than two hundred million years. A living link to the age of dinosaurs, it survived the great ice ages as a relic in China, but it earned its reprieve when people first found it useful about a thousand years ago. Today ginkgo is beloved for the elegance of its leaves, prized for its edible nuts, and revered for its longevity. This engaging book tells the full and fascinating story of a tree that people saved from extinction—a story that offers hope for other botanical biographies that are still being written./divDIV /divDIVInspired by the historic ginkgo that has thrived in London’s Kew Gardens since the 1760s, renowned botanist Peter Crane explores the evolutionary history of the species from its mysterious origin through its proliferation, drastic decline, and ultimate resurgence. Crane also highlights the cultural and social significance of the ginkgo: its medicinal and nutritional uses, its power as a source of artistic and religious inspiration, and its importance as one of the world’s most popular street trees. Readers of this extraordinarily interesting book will be drawn to the nearest ginkgo, where they can experience firsthand the timeless beauty of the oldest tree on Earth./div

Over the last 25 years, archaeologists and historians have been increasingly aware of the importance of woodland in the developing British landscape. No one has devoted more research to this subject then Richard Muir. In this magisterial study, matched by numerous informative and evocative illustrations, the author begins by disposing of the myth that in prehistoric times Britain was swathed in a virtually impenetrable wildwood. In fact, from the earliest times woodland has been manipulated and transformed. The author looks at landmark trees, then examines ancient trees and hedgerows before charting the early development of trees in the park, and then later parkland and forestry.