1
Basic and Applied Ecology 11 (2010) 94 Book Review Evolutionary Biogeography, J.J. Morrone. Columbia University Press, New York (2008). 304 pp., $50.00, ISBN: 978-0-231-14378-3 A major critique to Morrone’s ‘‘Evolutionary Bio- geography’’ is his failure to highlight the importance of historic biogeography and its applications for the understanding and evaluation of current problems such as climate change, fragmentation, or biodiversity loss. Morrone, instead, focuses on an integrative compilation of methods and case studies in historic biogeography. He accomplishes this aim very well. Juan J. Morrone is one of the most prolific representatives of cladistics and panbiogeography nowa- days. In this book he aims at an integration of distributional, phylogenetic, molecular, and paleontolo- gical methods for the study of broad biogeographic patterns in space and time. This integrative approach itself is most welcome in a time where not only macroecology and biogeography, but also several currents within historic biogeography such as panbio- geography, parsimony analysis of endemicity, cladistic biogeography, and phylogeography, rather tend to separate themselves from each other. This is, however, no book on theories and explanations, although a few are provided in the numerous case studies. This book is rather a summary of available methods to study historic biogeography in a broad sense. The methods are very well introduced by short rationales and a discussion of assumptions and algorithms. Especially the software references appear helpful. Sometimes we missed a clear evaluation of the various methods concerning the question when to use which method. A clear strength of the book, however, is the excessive list of published case studies and authors for each method. Overall, Morrone cites about 800 references. Together with the informative case study examples provided in the text, this is the greatest treasure of this book. The described methods aim at reconstructing biogeographic patterns. We would have expected from the title that this book would further deal with evolutionary mechanisms driving these patterns, but this is not provided. Morrone sets up nine chapters to lead his readers toward his goal of an integrative biogeography, which is subject of the ninth chapter consisting of only two pages. He assumes his readers to be informed on evolution and genetics and starts with an introduction on the tasks of evolutionary biogeography. Following two chapters on basic concepts of biogeography and an extensive but informative history of evolutionary biogeography, chapter four starts a series of five chapters on the hierarchical steps of evolutionary biogeography as perceived by Morrone: The identification of biotic components, the testing of relationships between biotic components, the regionalization, the identification of cenocrons (sets of taxa which share the same biogeographic history), and the construction of a geobiotic scenario to explain the observed patterns. For all but the last of these steps, Morrone is able to provide several methods, which are explained in some detail, as well as very informative case studies. The construction of a geobiotic scenario, how- ever, seems not yet advanced enough to have developed methods or ample case studies. Morrone’s style is informative and easy to read. The glossary, nevertheless, is quite helpful as several technical terms are used without introduction. The presented methods appear comprehensive, although we miss some remarks on data acquisition for all these analysis, including genetic analyses that are further limited to few methods and applications. Compared to the strict focus on the statistical analyses, it seems odd that Morrone uses several pages to introduce plate tectonics. Overall, we conclude that ‘‘Evolutionary Biogeogra- phy’’ is well suited for any novice in the field of historic biogeography by providing a broad synopsis and very good introductions to each method. Experts will undoubtedly benefit from the literature overview pro- vided by Morrone. Ju ¨ rgen Kreyling , David Harter Bayreuth, Germany E-mail addresses: [email protected] (J. Kreyling), [email protected] (D. Harter) ARTICLE IN PRESS www.elsevier.de/baae doi:10.1016/j.baae.2009.10.004 Corresponding author.

J.J. Morrone, ,Evolutionary Biogeography (2008) Columbia University Press,New York 304 pp., $50.00, ISBN: 978-0-231-14378-3

Embed Size (px)

Citation preview

Page 1: J.J. Morrone, ,Evolutionary Biogeography (2008) Columbia University Press,New York 304 pp., $50.00, ISBN: 978-0-231-14378-3

ARTICLE IN PRESS

doi:10.1016/j.ba

Basic and Applied Ecology 11 (2010) 94 www.elsevier.de/baae

Book Review

Evolutionary Biogeography, J.J. Morrone. Columbia

University Press, New York (2008). 304 pp., $50.00,

ISBN: 978-0-231-14378-3

A major critique to Morrone’s ‘‘Evolutionary Bio-geography’’ is his failure to highlight the importance ofhistoric biogeography and its applications for theunderstanding and evaluation of current problems suchas climate change, fragmentation, or biodiversity loss.Morrone, instead, focuses on an integrative compilationof methods and case studies in historic biogeography.He accomplishes this aim very well.

Juan J. Morrone is one of the most prolificrepresentatives of cladistics and panbiogeography nowa-days. In this book he aims at an integration ofdistributional, phylogenetic, molecular, and paleontolo-gical methods for the study of broad biogeographicpatterns in space and time. This integrative approachitself is most welcome in a time where not onlymacroecology and biogeography, but also severalcurrents within historic biogeography such as panbio-geography, parsimony analysis of endemicity, cladisticbiogeography, and phylogeography, rather tend toseparate themselves from each other. This is, however,no book on theories and explanations, although a feware provided in the numerous case studies. This book israther a summary of available methods to study historicbiogeography in a broad sense. The methods are verywell introduced by short rationales and a discussion ofassumptions and algorithms. Especially the softwarereferences appear helpful. Sometimes we missed a clearevaluation of the various methods concerning thequestion when to use which method. A clear strengthof the book, however, is the excessive list of publishedcase studies and authors for each method. Overall,Morrone cites about 800 references. Together with theinformative case study examples provided in the text,this is the greatest treasure of this book. The describedmethods aim at reconstructing biogeographic patterns.We would have expected from the title that this bookwould further deal with evolutionary mechanismsdriving these patterns, but this is not provided.

ae.2009.10.004

Morrone sets up nine chapters to lead his readerstoward his goal of an integrative biogeography, which issubject of the ninth chapter consisting of only two pages.He assumes his readers to be informed on evolution andgenetics and starts with an introduction on the tasks ofevolutionary biogeography. Following two chapters onbasic concepts of biogeography and an extensive butinformative history of evolutionary biogeography, chapterfour starts a series of five chapters on the hierarchicalsteps of evolutionary biogeography as perceived byMorrone: The identification of biotic components, thetesting of relationships between biotic components, theregionalization, the identification of cenocrons (sets oftaxa which share the same biogeographic history), and theconstruction of a geobiotic scenario to explain theobserved patterns. For all but the last of these steps,Morrone is able to provide several methods, which areexplained in some detail, as well as very informative casestudies. The construction of a geobiotic scenario, how-ever, seems not yet advanced enough to have developedmethods or ample case studies.

Morrone’s style is informative and easy to read. Theglossary, nevertheless, is quite helpful as several technicalterms are used without introduction. The presentedmethods appear comprehensive, although we miss someremarks on data acquisition for all these analysis,including genetic analyses that are further limited to fewmethods and applications. Compared to the strict focuson the statistical analyses, it seems odd that Morrone usesseveral pages to introduce plate tectonics.

Overall, we conclude that ‘‘Evolutionary Biogeogra-phy’’ is well suited for any novice in the field of historicbiogeography by providing a broad synopsis and verygood introductions to each method. Experts willundoubtedly benefit from the literature overview pro-vided by Morrone.

Jurgen Kreyling�, David HarterBayreuth, Germany

E-mail addresses: [email protected](J. Kreyling), [email protected] (D. Harter)

�Corresponding author.