Book Reviews:"This much-needed review of the evolution of plants from the origin of life on earth to the most advanced flowering plants is more than a textbook. As a paleobotanist, Niklas has provided an excellent insight into the history of the plant kingdom, but the text is brought to life through many fascinating facts about living plants, by molecular and genetic information, and by a balanced review of such topics as the species concept and of cladistic methods." Sir Ghillean Prance, Director, Royal Botanic Gardens, Kew
"This book conveys a brilliant, up-to-date vision of evolutionary plant biology. Every biologist, from the student to the experienced specialist, should profit from its fresh outlook." - Peter Endress, Institute of Systematic Botany, University of Zürich
"Plant biologists have in one sense been waiting many years for this book, and yet perhaps its real importance lies in the fact they did not realize it was coming." - Nature
"So well does the author explain as he goes along that The Evolutionary Biology of Plants should be accessible to all biologists and interested non-biologists. It is not easy reading, but the text is both authoritative and enjoyable." - Times Literary Supplement
"Those interested in the evolution of plant life, and in evolution in general, will certainly find this work insightful and well worth reading." - American Scientist
"Karl Niklas, a brilliant student of evolutionary plant morphology, has presented a work that ties together the major themes of evolution in an impressive and extraordinarily useful synthesis." - Peter Raven, Director, Missouri Botanical Garden
"Niklas draws masterfully from population biology, physiology, mechanics, and paleontology in fashioning a distinctive perspective on plant evolution. Don;t read this book unless you want to think." - Andrew Knoll, Harvard University
"This book is very well written, especially current, thought provoking, and an excellent synthesis. Niklas not only highlights some of the major evolutionary innovations involving plants, but also presents a fresh, synthetic perspective on the role that both extant and fossil plants may play in interpreting evolution. The entire text can used by undergraduate students with minimal background in the biological sciences." - Thomas Taylor, University of Kansas