Plant systematics / Michael G. Simpson.

Includes index.

Includes bibliographical references.

Unit 1. Systematics. Plant systematics : an overview ; Phylogenetic systematics -- Unit 2. Evolution and diversity of plants. Evolution and diversity of green and land plants ; Evolution and diversity of vascular plants ; Evolution and diversity of woody and seed plants ; Evolution of flowering plants ; Diversity and classification of flowering plants : amborellales, nymphaeales, austrobaileyales, magnoliids, ceratophyllales, and monocots ; Diversity and classification of flowering plants : eudicots --
Unit 3. Systematic evidence and descriptive terminology. Plant morphology ; Plant anatomy and physiology ; Plant embryology ; Palynology ; Plant reproductive biology ; Plant molecular systematics -- Unit 4. Resources in plant systematics. Plant identification ; Plant nomenclature ; Plant collecting and documentation ; Herbaria and data information systems -- Unit 5. Species concepts and conservation biology. Species and conservation in plant systematics -- Appendix 1. Plant description -- Appendix 2. Botanical illustrations -- Appendix 3. Scientific journals in plant systematics -- Appendix 4. Statistics and morphometrics in plant systematics -- Glossary of terms.

Plant Systematics, Second Edition, provides the basis for teaching an introduction to the morphology, evolution, and classification of land plants. It presents a foundation of the approach, methods, research goals, evidence, and terminology of plant systematics, along with the most recent knowledge of evolutionary relationships of plants and practical information vital to the field. This updated edition has been expanded to include 15 fern families, 9 gymnosperm families, and increased angiosperm family treatments from 100 to 129. Each family description includes a plate of full color photographs, illustrating exemplars of the group along with dissected and labeled material to show diagnostic features. The book includes a new chapter on species concepts and the role and impact of plant systematics in conservation biology, and a new appendix on statistical and morphometric techniques in plant systematics. It also contains more detailed explanations of maximum likelihood and Bayesian phylogeny inference methods, an expanded coverage and glossary of morphological terms, and an updated chapter on botanical nomenclature. This book is recommended for graduate and undergraduate students in botany, plant taxonomy, plant systematics, plant pathology, plant anatomy, and ecology as well as scientists and researchers in any of the plant sciences.