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100   $a20130627h20142014  uy             0
101 0 $aeng
135   $aur|n|---|||||
181   $ctxt
182   $cc
183   $acr
200 04$aThe evolution of phylogenetic systematics /$fedited by Andrew Hamilton
210  1$aBerkeley :$cUniversity of California Press,$d[2014]
210  4$dİ2014
215   $a1 online resource (320 p.)
225 1 $aSpecies and systematics ;$vvolume 5
300   $aDescription based upon print version of record.
311   $a0-520-27658-2 
311   $a1-299-98168-2 
320   $aIncludes bibliographical references and index.
327   $tFrontmatter -- $tContents -- $tList Of Contributors -- $t1. Reflections On The History Of Systematics -- $t2. Willi Hennig'S Part In The History Of Systematics -- $t3. Homology As A Bridge Between Evolutionary Morphology, Developmental Evolution, And Phylogenetic Systematics -- $t4. Historical And Conceptual Perspectives On Modern Systematics: Groups, Ranks, And The Phylogenetic Turn -- $t5. The Early Cladogenesis Of Cladistics -- $t6. Cladistics At An Earlier Time -- $t7. Patterson'S Curse, Molecular Homology, And The Data Matrix -- $t8. History And Theory In The Development Of Phylogenetics In Botany -- $t9. Well-Structured Biology: Numerical Taxonomy'S Epistemic Vision For Systematics -- $t10. A Comparison Of Alternative Form-Characterization: Approaches To The Automated Identification Of Biological Species -- $t11. The New Systematics, The New Taxonomy, And The Future Of Biodiversity Studies -- $tIndex -- $tAbout The Editor -- $tSpecies And Systematics
330   $aThe Evolution of Phylogenetic Systematics aims to make sense of the rise of phylogenetic systematics-its methods, its objects of study, and its theoretical foundations-with contributions from historians, philosophers, and biologists. This volume articulates an intellectual agenda for the study of systematics and taxonomy in a way that connects classification with larger historical themes in the biological sciences, including morphology, experimental and observational approaches, evolution, biogeography, debates over form and function, character transformation, development, and biodiversity. It aims to provide frameworks for answering the question: how did systematics become phylogenetic?
410  0$aSpecies and systematics ;$vv. 5.
606   $aBiology$xClassification$xPhilosophy
606   $aCladistic analysis
610   $abiodiversity.
610   $abiogeography.
610   $abiological sciences.
610   $abotany.
610   $acharacter development.
610   $acharacter transformation.
610   $aengaging.
610   $aevolution.
610   $aexperimental approaches.
610   $aexperiments.
610   $ahistorical foundations.
610   $ahistorical themes.
610   $alife sciences.
610   $amole.
610   $amorphology.
610   $anatural science.
610   $aobservational approaches.
610   $aphylogenetic schemes.
610   $aphylogenetic systematics.
610   $aphylogenetics.
610   $arealism.
610   $ascience and math.
610   $ascience.
610   $ascientists.
610   $asystematics.
610   $ataxonomy.
610   $atheoretical foundations.
615  0$aBiology$xClassification$xPhilosophy.
615  0$aCladistic analysis.
676   $a578.01/2
701   $aHamilton$b Andrew$f1972-$01514254
801  0$bMiAaPQ
801  1$bMiAaPQ
801  2$bMiAaPQ
906   $aBOOK
912   $a9910790521403321
996   $aThe evolution of phylogenetic systematics$93749224
997   $aUNINA