Perhaps now more than ever, the discipline of philosophy finds itself theoretically entwined with the contemporary sciences: the conceptual resources philosophical research affords are increasingly being put to work in everything from fundamental physics to evolutionary biology. That being the case, reflecting on the nature of philosophy‟s theoretical role with respect to the natural sciences is an ever-increasingly important and necessary task. In Causality: Philosophical Theory Meets Scientific Practice, Phyllis Illari and Federica Russo do so by examining one of the most central concepts at the foundation of many, if not all, philosophical frameworks employed in conceptualising phenomena in the natural sciences – namely, „causality‟. The aim of the book is to both introduce practising scientists to the various philosophical accounts of causality and introduce practising philosophers to the various scientific applications of that concept. To that end, the book covers an impressively wide range of interrelated topics in the philosophy of causation and their application to the natural sciences, and with a prose highly readable, often entertaining, and sprinkled with interesting, relevant, and illustrative historical anecdotes. For these reasons alone, it‟s easy to recommend this book to interested colleagues in either discipline: a highly accessible and candid treatment of this complex topic which sacrifices neither breadth nor depth no doubt deserves the attention of both parties. The book begins by addressing properly basic, “meta” topics, such as why philosophers ought to be interested in the scientific methodology of experimentally discerning causation, and how philosophical insight into the conceptual structure of „causation‟ might aid in scientific theorising. In keeping with this theme, throughout the book much emphasis is placed on the importance of an awareness and careful study of various evidentiary methods, and their utility in aiding insight into various key concepts in causal reasoning - „invariance‟, „modularity‟, „regularity‟, etc. The main section of the book introduces and critically discusses some of the central philosophical accounts of causality, and although each of the central chapters can be independently understood and digested, Illari and Russo neatly distinguish five important remits of the concept of „cause‟ – inference, prediction, explanation, control, and reasoning – which function as interpretive guidelines through which those principal accounts are measured. Helpfully, nearly every account of causation discussed is prominent in the contemporary literature in some form or another – causation as (1) probability alteration, (2) counterfactual dependence, (3) invariant manipulation, (4) processual tracing, (5) mechanistic mediation, and (6) information transfer. Each account is given its own chapter, and is motivated and discussed in a way which will pique crossdisciplinary interest. And while I suspect that philosophers working in causation may deem their content too thin, due to the scope and aims of the book, this is surely to some degree necessary, and so difficult to see as a significant shortcoming – for the philosophically uninitiated reader, it may even be a virtue; readers wishing for a more in-depth overview of contemporary philosophical accounts of causation might consult Paul & Hall (2013).