Species Tree Inference: A Guide to Methods and Applications
by Stephen Smith, Laura Kubatko, L. Lacey Knowles, Paul D. Blischak, Jeremy M. Brown, Zhen Cao, Alison Cloutier, Kerry Cobb, Alexandria A. Digiacomo, Deren A. R. Eaton, Scott V. Edwards, Kyle A. Gallivan, Daniel J. Gates, Phil Grayson, Xinhao Liu, Patrick F. Mckenzie, Siavash Mirarab, Erin Molloy, Genevieve G. Mount, Luay Nakhleh, Jamie R. Oaks, Huw A. Ogilvie, James B. Pease, Diana Pilson, Timothy B. Sackton, Stacey D. Smith, Claudia Solís-Lemus, David L. Swofford, Coleen E. Thompson, Emiko M. Waight, Joseph F. Walker, Tandy Warnow, Ellen I. Weinheimer, James C. Wilgenbusch, Andrea D. Wolfe, Zhi Yan
Species Tree Inference: A Guide to Methods and Applications provides a broad reference on the methods and uses of species tree inference. Written by an extensive team of contributors, it introduces an important area of evolutionary biology for students, researchers, and professionals seeking a guide to current approaches.
About This Book
Species Tree Inference: A Guide to Methods and Applications examines the methods used to infer species trees, a central topic in evolutionary biology.
The book brings together contributions from a large group of researchers, reflecting the breadth of approaches and applications associated with species tree inference.
Designed as a guide, it offers an organized resource for readers studying the concepts, techniques, and practical uses of species tree methods.
Its subject matter makes it relevant to students, researchers, and professionals working in biology, phylogenetics, and related scientific disciplines.
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