Wild and cultivated plants have provided humans with cures for thousands of years. Aspirin, for example, the most widely used drug in the Western pharmacopoeia, was first isolated from willows to treat fever, pain, and inflammation. Writing for the lay reader, the author surveys the history of the use of plants in medicine, the range of chemicals produced by plants, and the prospects for future discoveries. This book is only available through print on demand. All interior art is black and white.

Flowers have played an important role in human culture and survival for thousands of years. The final products of flowers—fruits and seeds—are vitally important as food. Flowers provide bursts of color to homes and gardens and they symbolize love, sorrow, and renewal. Yet we often overlook their real purpose. Why do flowers exist and why do they have certain colors, shapes, and smells? What function does a flower have in the life and survival of the plants themselves? In nature, flowers play an essential role in improving a plant’s chances of survival. Some flowers are pollinated by wind or water but most are designed to attract and reward pollinators, such as bees, butterflies, birds, and bats, to carry their pollen from flower to flower. After being pollinated, flowers produce fruits and again take advantage of wind, water, and animals to disperse their seeds, ensuring a new generation of their species. Pollination and seed dispersal are fine-tuned systems, and their importance in sustaining a healthy environment cannot be overstated. And, as ongoing climate and other environmental changes apply new pressures, flowers must continue to adapt in order to survive. In this beautifully illustrated book with over 200 stunning photographs, Michael Fogden and Patricia Fogden draw from existing research and their extensive field experiences all over the world to present a detailed but accessible introduction to the natural history of flowers. They discuss a representative sample of flowering and fruiting strategies, illustrating interactions between plants and their pollinators and dispersers, and conclude with descriptions of their favorite tropical flowers.

A Natural History of the New World traces the evolution of plant ecosystems, beginning in the Late Cretaceous period and ending in the present, charting their responses to changes in geology and climate.

"A volume for a lifetime" is how The New Yorker described the first of Donald Culross Peatie's two books about American trees published in the 1950s. In this one-volume edition, modern readers are introduced to one of the best nature writers of the last century. As we read Peattie's eloquent and entertaining accounts of American trees, we catch glimpses of our country's history and past daily life that no textbook could ever illuminate so vividly. Here you'll learn about everything from how a species was discovered to the part it played in our country’s history. Pioneers often stabled an animal in the hollow heart of an old sycamore, and the whole family might live there until they could build a log cabin. The tuliptree, the tallest native hardwood, is easier to work than most softwood trees; Daniel Boone carved a sixty-foot canoe from one tree to carry his family from Kentucky into Spanish territory. In the days before the Revolution, the British and the colonists waged an undeclared war over New England's white pines, which made the best tall masts for fighting ships. It's fascinating to learn about the commercial uses of various woods -- for paper, fine furniture, fence posts, matchsticks, house framing, airplane wings, and dozens of other preplastic uses. But we cannot read this book without the occasional lump in our throats. The American elm was still alive when Peattie wrote, but as we read his account today we can see what caused its demise. Audubon's portrait of a pair of loving passenger pigeons in an American beech is considered by many to be his greatest painting. It certainly touched the poet in Donald Culross Peattie as he depicted the extinction of the passenger pigeon when the beech forest was destroyed. A Natural History of North American Trees gives us a picture of life in America from its earliest days to the middle of the last century. The information is always interesting, though often heartbreaking. While Peattie looks for the better side of man's nature, he reports sorrowfully on the greed and waste that have doomed so much of America's virgin forest.

Natural history has always been the foundation of conservation biology. For centuries, botanists collected specimens in the field to understand plant diversity; now that many habitats are threatened, botanists have turned their focus to conservation, and, increasingly, they look to the collections of museums, herbaria, and botanical gardens for insight on developing informed management programs. Plant Conservation explores the value of these collections in light of contemporary biodiversity studies. Plant Conservation opens with a broad view of plant biodiversity and then considers evolutionary and taxonomic threats and consequences of habitat alteration; specific threats to plant diversity, such as invasive species and global climate change; consequences of plant population decline at the ecological, evolutionary, and taxonomic levels; and, finally, management strategies that protect plant biodiversity from further decline. With a unique perspective on biodiversity and scientific collections, Plant Conservation ultimately emphasizes the role museums and botanical gardens will play in future conservation.

A detailed handbook giving clear descriptions and full historical information about the trees that grow in North America--Résumé de l'éditeur.

A treasury like no other Since the 1500s, scientists have documented the plants and fungi that grew around them, organizing the specimens into collections. Known as herbaria, these archives helped give rise to botany as its own scientific endeavor. Herbarium is a fascinating enquiry into this unique field of plant biology, exploring how herbaria emerged and have changed over time, who promoted and contributed to them, and why they remain such an important source of data for their new role: understanding how the world’s flora is changing. Barbara Thiers, director of the William and Lynda Steere Herbarium at the New York Botanical Garden, also explains how recent innovations that allow us to see things at both the molecular level and on a global scale can be applied to herbaria specimens, helping us address some of the most critical problems facing the world today. At its heart, Herbarium is a compelling reminder of one of humanity’s better impulses: to save things—not just for ourselves, but for generations to come.