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Renowned for its biological and cultural diversity as well as its beauty, the Tibetan sacred mountain Khawa Karpo supports one of the most exceptional areas of plant and animal diversity in the world. This book details conservation programs focused on Tibetan traditional knowledge of ethnobotany, ecology, and natural resource management as well as conservation biology and planning to create a Tibetan community-centered approach to conservation. It includes spectacular photographs, an inside look at Tibetans views on their changing landscape, the first comprehensive checklist of plants, and a checklist of animals.

Colorado's Spanish Peaks are landmarks of unique beauty. As the region's first comprehensive guide, this book provides an indispensable introduction to the area, including numerous maps and illustrations. The guide's utility is enhanced by appendices featuring preparations for outings, notes on Colorado trespass law, tips on mountain photography, and a source list for agencies and organizations. Finally, a detailed resource list is included, plus two indices, one for general subjects, the other for common and scientific names of plants and animals.

Molecular Systematics of Bryophytes: Progress, Problems and Perspectives, was an internationally attended symposium held at the Missouri Botanical Garden, September 6 and 7, 2003. Attendees from a dozen countries, representing a global bryological community, participated in the event. The symposium program featured twenty-nine speakers discussing various aspects of the molecular systematics of bryophytes (mosses, liverworts, and hornworts). The result of this gathering of imminent botanical researchers is the book now before you, twenty-one chapters divided into five areas of concentration: (1) Bryophytes and Evolution of Land Plants; (2) Hornwort Phylogeny; (3) Liverwort Phylogeny; (4) Moss Phylogeny; and (5) Phylogeography.

This book's emphasis is the gathering of microscopic data from plant tissues in ways that do not require elaborate and dedicated equipment. The approximately 200 formulas or procedures in this book are gathered from numerous and scattered resources. While some techniques would benefit from access to a microtome, oven, hood, or warming tray, many data yielding preparations can be made with nothing more elaborate than a desk top, a razor blade, and some miscellaneous supplies. Access to a clinical or research grade microscope is assumed. The techniques will be of use to teachers at the college or secondary school levels, as well as anyone with a background in plant structure.

The first modern comprehensive listing of the mosses that occur in tropical America, LATMOSS catalogs over 4000 records of species and infraspecies, with selected synonymy.

Steyermark's Flora of Missouri is intended to serve as an encyclopedic reference tool for both professionals in biology and related fields and for the large group of dedicated amateur botanists and naturalists who have created the unique environment in which conservation, natural history, and other outdoor activities thrive and are supported in the state. This volume contains treatments of 1,235 taxa, including 1,031 species and 124 hybrids in the alphabetical sequence of dicot families Fabaceae through Zygophyllaceae.

G. Ledyard Stebbins (1906-2000) is widely regarded as one of the most influential evolutionary biologists of the twentieth century. His opus, Variation and Evolution in Plants (1950), provided the conceptual framework for the emerging field of plant evolutionary biology. The stories Stebbins recounts here--his first plant-collecting foray at the age of four to a New England bog; his deep friendships with other major figures in twentieth-century biology, including Edgar Anderson and Ernst Mayr; his role in establishing the Department of Genetics at the University of California, Davis; and his many treks in California, the state whose landscape and flora meant so much to him--reveal a life unified by his profound regard for the natural world and by the need to understand and preserve it.

The Missouri Botanical Garden began not as an adornment to an estate, but as a public botanical garden, a place to study and display plants. In its long history, the Garden and its people have accumulated a treasure trove of objects, plants, papers, and other curiosities. The book offers you a small sample of the many wonders to be found in "Shaw's Garden."

This book--a collaboration of the Garden's staff in Madagascar, Paris, and St. Louis--takes you inside the lives and work of the many dedicated individuals who make up our Madagascar Research and Conservation Program. The Garden has had a sustained research presence in Madagascar since the 1970s, and there are now over 150 local staff members associated with this program. Each one takes to heart the spirit of the five objectives of the United Nations' Global Strategy for Plant Conservation (GSPC): discovery, conservation, sustainable use, education, and capacity building, and their dedication--and that of their local community collaborators--provides the true strength of the program.

Turkey is the place where East meets West, and the Ottoman Empire introduced hundreds of plants to Western Europe. The story of the Ottoman Empire touches the Missouri Botanical Garden, too. The Bakewell Ottoman Garden at the Missouri Botanical Garden provides a beautiful setting for peaceful contemplation of the history of the East-West dialogue--and perhaps a place to start new dialogues today. Opened in 2006 and formally dedicated on May 16, 2008, it is not just the first garden of its kind in the United States, but is the only known public Ottoman garden in the world.

The Climatron(R) is perhaps the most iconic and famed building at the Missouri Botanical Garden, noted as the first geodesic dome to be used as a greenhouse when constructed in 1960. It was named one of the 100 most significant architectural achievements in U.S. history by the U.S. Bicentennial Commission of Architects. The free-standing structure, designed by St. Louis architects Murphy and Mackey, incorporates the principles of R. Buckminster Fuller, who patented the geodesic dome design. Archival photos convey the story of the plans, people, art, architecture and engineering that went into the iconic structure, while contemporary pictures provide a glimpse of the Climatron as enjoyed today. A special section of three-dimensional images brings the conservatory to life when viewed through the "3-D" glasses included in each book.

This massive contribution to floristic knowledge of western North America describes the 2,303 species, subspecies, and varieties of vascular plants currently known to grow spontaneously in the drainage basin of the San Juan River, a major tributary of the Colorado River. It includes parts of four states in the southwestern United States (Arizona, Colorado, New Mexico, and Utah), one of the regions of North America with the highest rate of plant endemicity. While rich in natural beauty and resources, the Four Corners region faces rapid development and population growth resulting in extensive habitat fragmentation and loss, erosion, and overuse. The need for a comprehensive flora of the region has never been more urgent.

Ireland's Generous Nature is the first ever comprehensive account of the historical and present-day uses of wild plant species in Ireland. It records a wealth of traditional knowledge about Irish plant use, knowledge that has been disappearing fast. More than 1500 wild plants are detailed in a systematic list, which gives both their Irish and English names. Many historical references have been included from a wide range of Irish literature. This lively and scholarly book shows how plants have been used in virtually every aspect of human life in Ireland: food, clothes, medicine, construction, drinks, veterinary medicine, human health and beauty, and even death.

The life of William G. D'Arcy was unusual in many respects. His research career as a systematic botanist would be considered exceptionally productive even if begun in his twenties, rather than at age 41. In his early career he worked as an economist, and then as an entrepreneur in the British West Indies. In that beautiful locale, a fascination with the local flora gradually attracted more and more of his energy. Deciding on a career change, D'Arcy pursued master's (University of Florida) and doctoral (Washington University) degrees. He was appointed by the Missouri Botanical Garden to organize the completion of the multi-volume Flora of Panama project and simultaneously developed the first computerized database for a large flora. He rose to the rank of Curator and became an internationally recognized expert in the systematics and evolution of the large and economically important nightshade family. This volume features a collection of scientific contributions by D'Arcy's friends and colleagues that form a fitting memorial to the life of this influential taxonomist.