APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGY

Freshwater crayfish have served as model organisms for over 125 years in scientific research, from areas such as neurobiology and vision research to conservation biology and evolution. Recently, evolutionary histories in the form of phylogenies have served as a critical foundation for testing hypoth...

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Main Author: CRANDALL KEITH A.
Format: Article
Language:English
Published: EDP Sciences 2006-01-01
Series:Knowledge and Management of Aquatic Ecosystems
Subjects:
Online Access:http://dx.doi.org/10.1051/kmae:2006034
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author CRANDALL KEITH A.
author_facet CRANDALL KEITH A.
author_sort CRANDALL KEITH A.
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description Freshwater crayfish have served as model organisms for over 125 years in scientific research, from areas such as neurobiology and vision research to conservation biology and evolution. Recently, evolutionary histories in the form of phylogenies have served as a critical foundation for testing hypotheses in such diverse research areas as well. In this article, I review the amazing diversity of freshwater crayfish, especially in a phylogenetic context and explore how these evolutionary histories have informed crayfish biology and can be used powerfully in the future to guide research in a diversity of areas. Throughout the article, I draw on examples from my own laboratory in molecular evolution, vision research, systematics, population genetics, and conservation biology.
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spelling doaj.art-741645daef7243e9a78a3b714374e4c32022-12-22T01:46:36ZengEDP SciencesKnowledge and Management of Aquatic Ecosystems1961-95022006-01-010380-38195396410.1051/kmae:2006034kmae200638028APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGYCRANDALL KEITH A.Freshwater crayfish have served as model organisms for over 125 years in scientific research, from areas such as neurobiology and vision research to conservation biology and evolution. Recently, evolutionary histories in the form of phylogenies have served as a critical foundation for testing hypotheses in such diverse research areas as well. In this article, I review the amazing diversity of freshwater crayfish, especially in a phylogenetic context and explore how these evolutionary histories have informed crayfish biology and can be used powerfully in the future to guide research in a diversity of areas. Throughout the article, I draw on examples from my own laboratory in molecular evolution, vision research, systematics, population genetics, and conservation biology.http://dx.doi.org/10.1051/kmae:2006034systematicscrayfishconservation biologypopulation geneticsmolecular evolution
spellingShingle CRANDALL KEITH A.
APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGY
Knowledge and Management of Aquatic Ecosystems
systematics
crayfish
conservation biology
population genetics
molecular evolution
title APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGY
title_full APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGY
title_fullStr APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGY
title_full_unstemmed APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGY
title_short APPLICATIONS OF PHYLOGENETICS TO ISSUES IN FRESHWATER CRAYFISH BIOLOGY
title_sort applications of phylogenetics to issues in freshwater crayfish biology
topic systematics
crayfish
conservation biology
population genetics
molecular evolution
url http://dx.doi.org/10.1051/kmae:2006034
work_keys_str_mv AT crandallkeitha applicationsofphylogeneticstoissuesinfreshwatercrayfishbiology