Lee A. Newsom is one of the foremost experts on archaeological wood analysis in the world. With her 2022 Cambridge manual, Wood in Archaeology, Newsom's goal is to provide a basic introduction to woody plant development, physiology, and anatomy with particular attention to how this information can be applied in archaeology and paleoecology. The manual also provides detailed instructions, based on decades of experience, about how to recover and analyze various kinds of archaeological wood. This book fills an important gap in the current literature on paleoethnobotanical methods. Deborah Pearsall's classic textbook on the subject covers wood only briefly, as a subsection of the macroremains chapter (Pearsall, Paleoethnobotany: A Handbook of Procedures, 2015), and a more recent edited volume, Method and Theory in Paleoethnobotany (edited by John M. Marston, Jade d'Alpoim Guedes, and Christina Warinner, 2015) does not cover wood analysis explicitly.

The general position taken by paleoethnobotanists is that students should seek specialized training if they want to learn how to analyze archaeological wood. This would include courses in woody plant anatomy and physiology and, ideally, mentorship with one of the few specialists in this field. Although Newsom agrees that wood analysis requires specialized training beyond reading this manual, she correctly points out that formal training in plant systematics and anatomy is increasingly hard to find. Her book is an introduction to the many overlapping fields of knowledge that are necessary to analyze and interpret archaeological wood. Reading it will allow students and professional archaeologists alike to recognize the many applications of wood analysis in archaeology and to decide whether to pursue further study. It will also enable paleoethnobotanists who do not specialize in wood analysis to teach the basics to students at all levels. I will add it to my laboratory library and use it to add a wood analysis module to my graduate-level paleoethnobotany course.

The manual can help field archaeologists apply effective methods to recover, store, and transport archaeological wood in ways that maximize its analytical potential. These methods are often not the same best practices that would be used for paleoethnobotanical sampling in general, and they vary depending on the kind of wood artifact to be studied and its state of preservation. Chapter 2 is the most useful part of the manual for this purpose. It provides an overview of the history of wood analysis in archaeology, a typology of wood artifacts and states of preservation, and a comprehensive guide to sampling and recovery by type.

Newsom begins by tying together the functions of wood as both a part of a plant body and a raw material in human cultures. All the specific properties of wood that humans have found useful, beautiful, or spiritually significant have their origins in biological functions and developmental processes within plant bodies. Newsom uses this key insight to effectively make the point that an analyst of archaeological wood must also learn something about trees and forest ecology. In Chapter 3, she discusses how wood anatomy reflects not just taxonomy but also development, the growth environment, and human management. The following chapter introduces wood anatomy with useful illustrations and references to online resources that can be used to begin identifying and analyzing archaeological wood. Chapters 5 and 6 provide specific guidance on how to identify archaeological wood and on data analysis and interpretation.

Wood in Archaeology is clear and concise, with helpful figures and illustrations throughout. Brief case studies from Newsom's career are useful for understanding the application of various techniques and as teaching tools. In short, it is an excellent reference by a respected expert that would be a valuable addition to the library of any archaeologist.