Journal of Bioeconomics

, Volume 7, Issue 3, pp 271–307 | Cite as

Toward a Phylogenetic Reconstruction of Organizational Life

  • Ian Paul McCarthyEmail author


Classification is an important activity that facilitates theory development in many academic disciplines. Scholars in fields such as organizational science, management science and economics and have long recognized that classification offers an approach for ordering and understanding the diversity of organizational taxa (groups of one or more similar organizational entities). However, even the most prominent organizational classifications have limited utility, as they tend to be shaped by a specific research bias, inadequate units of analysis and a standard neoclassical economic view that does not naturally accommodate the disequilibrium dynamics of modern competition. The result is a relatively large number of individual and unconnected organizational classifications, which tend to ignore the processes of change responsible for organizational diversity. Collectively they fail to provide any sort of universal system for ordering, compiling and presenting knowledge on organizational diversity. This paper has two purposes. First, it reviews the general status of the major theoretical approaches to biological and organizational classification and compares the methods and resulting classifications derived from each approach. Definitions of key terms and a discussion on the three principal schools of biological classification (evolutionary systematics, phenetics and cladistics) are included in this review. Second, this paper aims to encourage critical thinking and debate about the use of the cladistic classification approach for inferring and representing the historical relationships underpinning organizational diversity. This involves examining the feasibility of applying the logic of common ancestry to populations of organizations. Consequently, this paper is exploratory and preparatory in style, with illustrations and assertions concerning the study and classification of organizational diversity.


cladistics classification configurations diversity evolution organizations phylogeny taxonomy typology 

JEL classification

A1 L0 L2 L6 M1 N0 


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  1. Aitken, Murray, Anderson, Dorothy, Hind, John 1981Statistical modeling of data on teaching stylesJournal of Statistical Sociology144419461Google Scholar
  2. Alchian, Armen. A. 1950Uncertainty evolution and economic theoryJournal of Political Economy58211222Google Scholar
  3. Alderson, Frederick 1972Bicycling: a historyPraeger PublishersNew YorkGoogle Scholar
  4. Aldrich, Howard E. 1979Organizations and environmentsPrentice HallNew YorkGoogle Scholar
  5. Aldrich, Howard E. 1999Organizations evolvingSage PublicationsLondonGoogle Scholar
  6. Aldrich, Howard E., Mueller, Susan 1982The evolution of organizational forms: technology, coordination and controlStaw, B.Cummings, L.L. eds. Research in Organizational BehaviorJAI PressNew York3387Google Scholar
  7. Allen, Peter M. 2001A complex systems approach to learning in adaptive networksInternational Journal of Innovation Management5149180Google Scholar
  8. Allen, Peter M. 2002. The complexity of structure, strategy and decision making. Meeting of the Brisbane Club, Manchester 5–7 July.Google Scholar
  9. Allen, Peter M., Strathern, Mark 2003Evolution, emergence, and learning in complex systemsEmergence5833CrossRefGoogle Scholar
  10. Amundson, Ron, Lauder, George V. 1994Function without purpose: the use of causal role function in evolutionary biologyBiology and Philosophy9443469Google Scholar
  11. Andersen, Sloth E. 2003. The evolving tree of industrial life: an approach to the transformation of European industry. Paper for the 2nd Workshop on the Economic Transformation of Europe, Torino 31 Jan–2 Feb.Google Scholar
  12. Anderson, Philip 1999Complexity theory and organization scienceOrganization Science10216232Google Scholar
  13. Astley, Graham W. 1985The two ecologies: population and community perspectives on organization evolutionAdministrative Science Quarterly30224241Google Scholar
  14. Babbage, Charles 1835The economy of machinery and manufacturesCharles KnightLondonGoogle Scholar
  15. Bailey, Kenneth D. 1994Typologies and taxonomies: an introduction to classification techniquesSage PublicationsThousand Oaks, USASage University Paper Series on Quantitative Applications in the Social Sciences, 102.Google Scholar
  16. Baldwin, James S., Allen, Peter M., Winder, Belinda, Ridgway, Keith 2003Simulating the cladistic evolution of manufacturingInnovation: Management, Policy and Practice5144156Google Scholar
  17. Barney, Jay B. 1991Firm resources and sustained competitive advantageJournal of Management1799120Google Scholar
  18. Basalla, George 1988The evolution of technologyCambridge University PressNew YorkGoogle Scholar
  19. Bateman, Richard, Goddard, Ives, O’Grady, Richard T., Funk, Vicki A., Mooi, Rich, Kress, W.J., Cannell, Peter 1990Speaking of forked tongues: the feasibility of reconciling human phylogeny and the history of languageCurrent Anthropology31124Google Scholar
  20. Baudhuin, Scott E., Robert. W. Swezey, G. D. Foster & Siegfried Streufert. 1985. An empirically derived taxonomy of organizational systems (ARI-TR-692). McLean, VA: Science Applications Inc. (DTIC Report No. AD-A173–440/XAG).Google Scholar
  21. Baum, Joel A. C., Rowley, Tim J. 2002Companion to organizations: an introductionBaum, Joel A. C. eds. Companion to OrganizationsBlackwellOxford UK134Google Scholar
  22. Baum, Joel A. C., Singh, Jitendra V. 1994Organizational niches and the dynamics of organizational mortalityAmerican Journal of Sociology10034680CrossRefGoogle Scholar
  23. Bezdek, James C. 1981Pattern recognition with fuzzy objective function AlgorithmsPlenum PressNew YorkGoogle Scholar
  24. Bigelow, John, Pargetter, Robert 1987FunctionsJournal of Philosophy8418196Google Scholar
  25. Bijker, Wiebe E. 1995Of bicycles, bakelites and bulbs: toward a theory of sociotechnical changeThe MIT PressCambridgeGoogle Scholar
  26. Bischi, Gian-Italo, Dawid, Herbert, Kopel, Michael 2003Spillover effects and the evolution of firm clustersJournal of Economic Behavior and Organization504775CrossRefGoogle Scholar
  27. Blackith, Robert E., Reyment, Richard A. 1971Multivariate morphometricsAcademic PressLondon and New YorkGoogle Scholar
  28. Blackwelder, Richard E., Boyden, Alan 1952The nature of systematicsSystematic Zoology12633Google Scholar
  29. Blashfield, Mark S., Aldenderfer, Roger K. 1978The literature on cluster analysisMultivariate Behavioral Research13271295CrossRefGoogle Scholar
  30. Blau, Peter M., Scott, Richard W. 1962Formal organizationsChandlerSan FranciscoGoogle Scholar
  31. Borges, Jorge Luis. 1964. The analytical language of John Wilkins. Pp. 101–105 in R. Simms & J. E. Irby (trans.) Other Inquisitions 1937–1952. University of Texas Press, Austin.Google Scholar
  32. Boulding, Kenneth E. 1956General systems theory: the skeleton of scienceManagement Science2197208Google Scholar
  33. Brittain, Jack W., Freeman, John 1980Organizational proliferation and density dependent selectionKimberly, J. R.Miles, R. H. eds. The Organizational Life CycleJossey-BassSan Francisco291338Google Scholar
  34. Brower, Andrew 2000Evolution is not a necessary assumption of cladisticsCladistics16143154CrossRefGoogle Scholar
  35. Cain, Arthur J. 1962The evolution of taxonomic principlesAinsworth, G. C.Sneath, P. H. A. eds. Microbial ClassificationCambridge University PressNew York113Google Scholar
  36. Camin, Joseph H., Sokal, Robert R. 1965A method for deducing branching sequences in phylogenyEvolution19311326Google Scholar
  37. Campbell, Donald T. 1960Blind variation and selective retention in creative thought as in other knowledge processesPsychological Review67380400Google Scholar
  38. Campbell, Donald T. 1965Variation and selective retention in socio-cultural evolutionBarringer, H. R.Blanksten, G. I.Mack, R. W. eds. Social Change in Developing Areas: A Reinterpretation of Evolutionary TheorySchenkmanCambridge, MA1948Google Scholar
  39. Campbell, Donald. T. 1969Variation and selective retention in socio-cultural evolutionGeneral Systems146985Google Scholar
  40. Capecchi, Vittorio. 1964I modelli di classificazione e l’analisi della struttura latenteQuaderni di SociologiaXIII289340Google Scholar
  41. Capecchi, Vittorio, Moeller, Frank 1968Some applications of entropy to the problems of classificationQuality & QuantityII6384Google Scholar
  42. Carpenter, J. M. 1987Cladistics of cladistsCladistics3363375Google Scholar
  43. Chandler, Alfred D. 1962Strategy and structureDoubleday & Company Inc.New YorkGoogle Scholar
  44. Chandler, Alfred D. 1977The visible hand: the managerial revolution in American businessBelknapCambridge, MAGoogle Scholar
  45. Chandler, Alfred D. 1990Scale and scope: the dynamics of industrial capitalismBelknapCambridge, MAGoogle Scholar
  46. Child, John 1973Strategies of control and organizational behaviorAdministrative Science Quarterly18117Google Scholar
  47. Clegg, Stewart R. 1990Modern organizations: organization studies in the postmodern worldSage PublicationsLondonGoogle Scholar
  48. Clifford, Harold T., Stephenson, William 1975An introduction to numerical classificationAcademic PressNew YorkGoogle Scholar
  49. Coase, Ronald H. 1937The nature of the firmEconomica4386405Google Scholar
  50. Cyert, Richard M., March, James G. 1963A behavioral theory of the firmEnglewood CliffsNew JerseyGoogle Scholar
  51. Daft, Richard L. 1978A dual core model of organizational innovationAcademy of Management Journal21193210Google Scholar
  52. Darwin, Charles [1859] (1996). The origin of species. J. W. Burrow (ed.). Pelican Classics, London.Google Scholar
  53. Queiroz, Kevin. 1994Replacement of an essentialist perspective on taxonomic definitions as exemplified by the definition of ‘Mammalia’Systematic Biology43497510Google Scholar
  54. Dess, Gregory G., Stephanie, Newport, Rasheed, Abdul M. 1993Configuration research in strategic management: key issues and suggestionsJournal of Management19775795CrossRefGoogle Scholar
  55. Dewar, Robert D., Dutton, Jane E. 1986The adoption of radical and incremental innovations: an empirical analysisManagement Science3214221433Google Scholar
  56. Dooley, Kevin, Andrew, Ven 1999Explaining complex organizational dynamicsOrganization Science10358372Google Scholar
  57. Doty, Harold D., Glick, William H. 1994Typologies as a unique form of theory building: toward improved understanding and modelingAcademy of Management Review19230251Google Scholar
  58. Driver, Harold E., Kroeber, Alfred L. 1932Quantitative expression of cultural relationshipsUniversity of California Publications in American Archaeology and Ethnology31211256Google Scholar
  59. Efron, Bradley 1979Bootstrap methods: another look at the jackknifeAnnals of Statistics7126Google Scholar
  60. Efron, Bradley, Gong, Gail 1983A leisurely look at the bootstrap, the jackknife and cross validationAmerican Statistician373648Google Scholar
  61. Eisenhardt, Kathleen M., Martin, Jeffrey A. 2000Dynamic capabilities: what are they?Strategic Management Journal2111051121CrossRefGoogle Scholar
  62. Etzioni, Amitai 1964Modern organizationsFree PressNew YorkGoogle Scholar
  63. Everitt, Brian S. 1986Cluster analysis2Gower PublishingAldershotGoogle Scholar
  64. Farris, James S. 1970Methods for computing Wagner treesSystematic Zoology198392Google Scholar
  65. Farris, James S. 1977Phylogenetic analysis under Dollo’s LawSystematic Zoology267788Google Scholar
  66. Felsenstein, Joseph 1985Confidence limits on phylogenies: an approach using the bootstrapEvolution39783791Google Scholar
  67. Felsenstein, Joseph. (1993). PHYLIP – phylogeny inference package, (version 3.5c). Distributed by the author, Department of Genetics, University of Washington, Seattle.Google Scholar
  68. Filley, Alan C., Aldag, Ramon J. 1978Characteristics and measurement of an organizational typologyAcademy of Management Journal21578591Google Scholar
  69. Fitch, Walter M. 1971Toward defining the course of evolution: minimal change for a specific tree topologySystematic Zoology20406416Google Scholar
  70. Fligstein, Neil 1985The spread of the multidivisional formAmerican Sociological Review50377391Google Scholar
  71. Forey, Peter L., Humphries, Christopher. J., Kitching, Ian J., Scotland, Robert W., Siebert, Darrell J., Williams, David M. 1992Cladistics: a practical course in systematicsClarendon PressOxfordGoogle Scholar
  72. Fox, John. 1982Selective aspects of measuring resemblance for taxonomyHudson, H. C. eds. Classifying Social DataJossey-BassSan Francisco127151Google Scholar
  73. Galbraith, Craig, Schendel, Dan 1983An empirical analysis of strategy typesStrategic Management Journal4153174Google Scholar
  74. Ghiselin, Michael T. 1966On psychologism in the logic of taxonomic controversiesSystematic Zoology15207215Google Scholar
  75. Ghiselin, Michael T. 1974A radical solution to the species problemSystematic Zoology23536544Google Scholar
  76. Ghiselin, Michael T. 1997Metaphysics and the Origin of SpeciesSUNY PressAlbanyGoogle Scholar
  77. Gilmour, John. S. L. 1937A taxonomic problemNature13910401042Google Scholar
  78. Good, Irving. J. (1965). Categorization of classification. Pp. 115–128 in Mathematics and Computer Science in Medicine and Biology. H.M.S.O, London.Google Scholar
  79. Goronzy, Freidhelm. 1969A numerical taxonomy on business enterprisesCole, A. J. eds. Numerical TaxonomyProceedings of the Colloquium on Numerical Taxonomy. Academic PressSt Andrews University4252Google Scholar
  80. Green, Paul E., Frank, Ronald E., Robinson, Patrick J. 1967Cluster analysis in test market selectionManagement Science13387400Google Scholar
  81. Gross, Edward. 1969The definition of organizational goalsBritish Journal of Sociology20277294Google Scholar
  82. Haas, Eugene J., Hall, Richard H., Johnson, Norman I. 1966Toward an empirically derived taxonomy of organizationsBowers, R. eds. Studies on Behavior in OrganizationsUniversity of Georgia PressAthens, GA157180Google Scholar
  83. Haeckel, Ernst 1866Generelle morphologie der organismen Zweiter Band: Allgemeine Entwicklungsgeschichte der OrganismenVerlag Georg ReimerBerlinGoogle Scholar
  84. Hambrick, Donald C. 1983An empirical typology of mature industrial product environmentAcademy of Management Journal26213230Google Scholar
  85. Hannan, Michael T., Freeman, John H. 1977The population ecology of organizationsAmerican Journal of Sociology82929964Google Scholar
  86. Hannan, Michael T., Freeman, John H. 1989Organizational ecologyHarvard University PressCambridge MAGoogle Scholar
  87. Hatten, Kenneth J., Hatten, Mary L. 1985Some empirical insights for strategic marketers: the case of beerThomas, H.Gardner, D. M. eds. Strategic Marketing and ManagementWileyChichester and New York275292Google Scholar
  88. Hayes, Samuel L., Spence, A. Michael, Praag Marks, David. 1983Competition in the investment banking industryHarvard University PressCambridge, MAGoogle Scholar
  89. Hennig, Willi. 1950Grundzuge einer theorie der phylogenetischen systematikDeutscher ZentraverlagBerlinGoogle Scholar
  90. Hennig, Willi. 1966Phylogenetic systematicsUniversity of Illinois PressUrbanaGoogle Scholar
  91. Hodson, Frank R. 1931Numerical typology and prehistoric archaeologyHodson, F. R.Kendall, D. G.Tautu, P. A. eds. Mathematics in the Archaeological and Historical SciencesUniversity PressEdinburgh3045Google Scholar
  92. Hounshell, David A. 1984From the American system to mass productionJohns Hopkins University PressBaltimoreGoogle Scholar
  93. Hull, David. L. 1965The effect of essentialism on taxonomy: 2000 years of stasisBritish Journal of Philosophical Science15314326Google Scholar
  94. Hull, David L. 1976Are species really individuals?Systematic Zoology25174191Google Scholar
  95. Hull, David L. 1978A matter of individualityPhilosophy of Science45335360CrossRefGoogle Scholar
  96. Hull, David L. 1985Darwinism as a historical entity: A historiographic proposalKohn, David eds. The Darwinian Heritage.Princeton University PressPrinceton MA773812Google Scholar
  97. Hull, David L. 1988Science as a process: an evolutionary account of the social and conceptual development of scienceUniversity of Chicago PressChicagoGoogle Scholar
  98. Inglis, William G. 1991Characters: the central mystery of taxonomy and systematicsBiological Journal of the Linnaean Society44121139Google Scholar
  99. Jardine, Nicholas, Sibson, Robin 1971Mathematical taxonomyJohn Wiley and Sons LtdLondonGoogle Scholar
  100. Katz, Daniel, Kahn, Robert L. 1966The social psychology of organizationsWileyNew YorkGoogle Scholar
  101. Keller, Roberto A., Boyd, Richard N., Wheeler, Quentin D. 2003The illogical basis of phylogenetic nomenclatureThe Botanical Review6993110Google Scholar
  102. Kimberly, John A. 1976Organizational size and the structuralist perspective: A review, critique, and proposalAdministrative Science Quarterly21571597Google Scholar
  103. Kitching, Ian J., Forey, Peter L., Humphries, Christopher J., Williams, David M. 1998Cladistics: theory and practice of parsimony analysisClarendon PressOxfordGoogle Scholar
  104. Kluge, Arnold G. 1984Ontogeny and phylogenetic systematicsCladistics11327Google Scholar
  105. Lachmann, Karl. (1850). T. Lucreti Cari de rerum natura libri sex. Berlin.Google Scholar
  106. Lawrence, Paul R., Lorsch, Jay W. 1967Organization and environment: managing differentiation and integrationHarvard University PressCambridge, MAGoogle Scholar
  107. Leask, Graham. (2002). Evolutionary change within the UK pharmaceutical industry: a cladistic approach. DRUID Academy Winter 2002 PhD Conference, Aalborg, Denmark, January 17–19.Google Scholar
  108. Leseure, Michel 2000Manufacturing strategies in the hand tool industryInternational Journal of Operations and Production Management2014751487CrossRefGoogle Scholar
  109. Levitt, Barbara, March, James G. 1988Organizational learningAnnual Review of Sociology14319340CrossRefGoogle Scholar
  110. Lipscomb, Diane. 1998Basics of cladistic analysisGeorge Washington UniversityWashington DCGoogle Scholar
  111. Litz, Reginald A. 1995The family business: towards definitional clarityFamily Business Review87182CrossRefGoogle Scholar
  112. Maddison, Wayne. P., Maddison, David R. 1992MacClade (version 3.04)Sinauer AssociatesSunderland MAGoogle Scholar
  113. Mayr, Ernst. 1942Systematics and the origin of speciesColumbia University PressNew YorkGoogle Scholar
  114. Mayr, Ernst. 1969Principles of systematic zoologyMcGraw-HillNew YorkGoogle Scholar
  115. Mayr, Ernst. 1982The growth of biological thought: diversity evolution and inheritanceHarvard University PressCambridge, MAGoogle Scholar
  116. Mayr, Ernst E., Linsley, Gorton., Usinger, Robert L. 1953Methods and principles of systematic zoologyMcGraw HillNew YorkGoogle Scholar
  117. McCarthy, Ian P. 2004Manufacturing strategy – understanding the fitness landscapeInternational Journal of Operations and Production Management24124150Google Scholar
  118. McCarthy, Ian P., Leseure, Michel, Ridgway, Keith, Fieller, Nick 1997Building a manufacturing cladogramInternational Journal of Technology Management13269296Google Scholar
  119. McCarthy, Ian P., Leseure, Michel, Ridgway, Keith, Fieller, Nick 2000Organisational diversity, evolution and cladistic classificationsThe International Journal of Management Science – OMEGA287795Google Scholar
  120. McKelvey, Bill. 1975Guidelines for the empirical classification of organizationsAdministrative Science Quarterly20509525Google Scholar
  121. McKelvey, Bill. 1978Organizational systematics: taxonomic lessons from biologyManagement Science2414281440Google Scholar
  122. McKelvey, Bill. 1982Organizational systematics: taxonomy, evolution, classificationUniversity of California PressBerkeley CAGoogle Scholar
  123. Metcalfe, Stanley. 1998Evolutionary economics and creative destructionRoutledgeLondonGoogle Scholar
  124. Meyer, Alan D., Tsui, Anne S., Hinings, C. Robert 1993Configurational approaches to organizational analysisAcademy of Management Journal3611751195Google Scholar
  125. Michener, Charles D., Sokal, Robert R. 1957A quantitative approach to a problem in classificationEvolution11130162Google Scholar
  126. Miles, Raymond E., Snow, Charles C. 1978Organizational strategy, structure and processMcGraw HillNew YorkGoogle Scholar
  127. Mill, John Stuart. 1843A system of logicLongmans GreenLondonGoogle Scholar
  128. Miller, Danny. 1986Configurations of strategy and structure: towards a synthesisStrategic Management Journal7233249Google Scholar
  129. Miller, Danny. 1987The genesis of configurationAcademy of Management Review12686701Google Scholar
  130. Miller, Danny 1996Configurations revisitedStrategic Management Journal17505512Google Scholar
  131. Needham, Rodney M. 1965Applications of the theory of clumpsMechanical Translation8113127Google Scholar
  132. Nelson, Gareth, Platnick, Norman I. 1981Systematics and biogeography: cladistics and vicarianceColumbia University PressNew YorkGoogle Scholar
  133. Nelson, Richard R., Winter, Sydney G. 1982An evolutionary theory of economic changeHarvard University PressCambridge MAGoogle Scholar
  134. Parsons, Talcott. (1956). Suggestions for a sociological approach to the theory of organization, I & II. Administrative Science Quarterly 1/(1/2):63–85; 225–239.Google Scholar
  135. Penrose, Edith T. 1959The theory of the growth of the firmBasil BlackwellOxfordGoogle Scholar
  136. Perrow, Charles. 1967A framework for the comparative analysis of organizationsAmerican Sociological Review32194208Google Scholar
  137. Phillips, Damon J. 2002A genealogical approach to organizational life changes: the parent- progeny transfer among Silicon Valley law firms, 1946–1996Administrative Science Quarterly47474506Google Scholar
  138. Pilowsky, Issy, Levine, Saul, Boulton, David M. 1969The classification of depression by numerical taxonomyBritish Journal of Psychiatry115937945Google Scholar
  139. Pinto, Patrick R., Pinder, Craig C. 1972A cluster-analytic approach to the study of organizationsOrganizational Behavior and Human Performance8408422CrossRefGoogle Scholar
  140. Platnick, Norman I. 1979Philosophy and the transformation of cladisticsSystematics Zoology28537546Google Scholar
  141. Platnick, Norman I., Cameron, H. Don 1977Cladistic methods in textual, linguistic, and phylogenetic analysisSystematic Zoology26380385Google Scholar
  142. Prien, Erich P., Ronan, William W. 1971An analysis of organizational characteristicsOrganizational Behavior and Human Performance6215234CrossRefGoogle Scholar
  143. Pugh, Derek S., Hickson, David J., Hiningsn, C. Robert. 1969An empirical taxonomy of structures of work organizationsAdministrative Science Quarterly14115126Google Scholar
  144. Radford, Albert. E., Dickinson, W. C., Massey, J. R., Bell, C. Ritchie 1974Vascular plant systematicsHarper & RowNew YorkGoogle Scholar
  145. Rae, John B. 1959The American automobile manufacturers: the first forty yearsChilternPhiladelphiaGoogle Scholar
  146. Rakotobe-Joel, Thierry, McCarthy, Ian P., Tranfield, David 2002Eliciting organizational cladistics through Q-analysis as a basis for the rational planning of change managementJournal of Computational & Mathematical Organization Theory8337364Google Scholar
  147. Reimann, Bernard C. 1974Dimensions of structure in effective organizations: some empirical evidenceAcademy of Management Journal17693708Google Scholar
  148. Rich, Philip. 1992Organizational taxonomy: definition and designAcademy of Management Review17758781Google Scholar
  149. Ridley, Mark. 1993EvolutionBlackwell Scientific PublicationsLondonGoogle Scholar
  150. Robinson, Peter M. W., O’Hara, Robert J. 1996Cladistic analysis of an old Norse manuscript TraditionResearch in Humanities Computing4115137Google Scholar
  151. Romanelli, Elaine. 1991The evolution of new organizational formsAnnual Review of Sociology1779103CrossRefGoogle Scholar
  152. Samuel, Yitzhak, Mannheim, Bilha F. 1970A multidimensional approach toward a typology of bureaucracyAdministrative Science Quarterly15216228Google Scholar
  153. Scheffler, Israel. 1967Science and subjectivityBobbs-MerrillIndianapolisGoogle Scholar
  154. Schindewolf, Otto H. 1950Grundfragen der palä ontologie. Schweiz- erbart’sche VerlagsbuchhandlungErwin NägeleStuttgartGoogle Scholar
  155. Schuh, Randall T. 2003The Linnaean system and its 250-year persistenceThe Botanical Review695978Google Scholar
  156. Schumacher, Robert M., Czerwinski, Mary P. 1992Mental models and the acquisition of expert knowledgeHoffman, R.R. eds. The Psychology of Expertise: Empirical Approaches to AISpringer-VerlagNew York340355Google Scholar
  157. Schumpeter, Joseph A. 1934The theory of economic developmentHarvard University PressCambridge, MAGoogle Scholar
  158. Schumpeter, Joseph A. 1943Capitalism, socialism and democracyHarperNew YorkGoogle Scholar
  159. Schumpeter, Joseph A. 1954History of economic analysisAllen & UnwinNew YorkGoogle Scholar
  160. Scott, Richard W. 1987Organizations: rational, natural, and open systemsPrentice-Hall Englewood CliffsNew JerseyGoogle Scholar
  161. Sellenthin, Mark, Hommen, Leif 2002How innovative is Swedish industry? A factor and cluster analysis of CIS IIInternational review of applied economics16319331CrossRefGoogle Scholar
  162. Selznick, Philip. 1957Leadership in administrationHarper and RowNew YorkGoogle Scholar
  163. Simon, Herbert A. 1945Administrative behavior: a study of decision-making processes in administrative organizationMacMillanNew YorkGoogle Scholar
  164. Simpson, George G. 1961Principles of animal taxonomyColumbia University PressNew YorkGoogle Scholar
  165. Sneath, Peter H. A. 1988The phenetic and cladistic approachesHawksworth, D. L. eds. Prospects in SystematicsClarendon PressOxford252273Google Scholar
  166. Sneath, Peter H. A. 1995Thirty years of numerical taxonomySystematic Biology44281298Google Scholar
  167. Sneath, Peter H. A., Sokal, Robert. 1973Numerical taxonomy, the principles and practices of numerical classificationFreemanLondonGoogle Scholar
  168. Sokal, Robert R. 1962Typology and empiricism in taxonomyJournal of Theoretical Biology3230267Google Scholar
  169. Sokal, Robert R., Michener, C. D. 1958A statistical method for evaluating systematic relationshipsUniversity of Kansas Science Bulletin3814091438Google Scholar
  170. Sokal, Robert R., Sneath, Peter H. A. 1963Principles of numerical taxonomyW. H. FreemanSan Francisco CAGoogle Scholar
  171. Subramanian, Ashok. 1996Innovativeness: redefining the conceptJournal of Engineering and Technology Management13223243CrossRefGoogle Scholar
  172. Swofford, David L. 1998PAUP – Phylogenetic analysis using parsimony, (version Beta 8.0)Sinauer AssociatesSunderland, MAGoogle Scholar
  173. Swofford, David L., Maddison, Wayne P. 1987Reconstructing ancestral states under Wagner parsimonyMathematical Bioscience87199299Google Scholar
  174. Teece, David. J., Pisano, Gary, Shuen, Amy. 1997Dynamic capabilities and strategic managementStrategic Management Journal18509533CrossRefGoogle Scholar
  175. Wagner, Warren H. 1961Problems in the classification of fernsRecent Advances in Botany1841844Google Scholar
  176. Warriner, Charles K. eds. 1979Empirical taxonomy of organizations: problematics in their DevelopmentPresented at the Roundtable Discussion, Annual Meeting of the American Sociological AssociationBostonGoogle Scholar
  177. Warriner, Charles K. 1984Organizations and their environments: Essays in the sociology of OrganizationsJAI Press Inc.Greenwich ConnGoogle Scholar
  178. Wastell, David G., Gray, Ronald H. 1987The numerical approach to classification: a medical application to develop a typology for facial painStatistics in Medicine6137146Google Scholar
  179. Watrous, Larry E., Wheeler, Quentin D. 1981The out-group comparison method of character analysisSystematic Zoology30111Google Scholar
  180. Weber, Max. (1968). Economy and society. An outline of interpretative sociology Vols, 1–3. Guenther Roth & Claus Wittich (ed.) Bedminster, New York.Google Scholar
  181. Weick, Karl E. 1979The social psychology of organizingAddison-Wesley Publishing Co.Reading, MAGoogle Scholar
  182. Wernerfelt, Birger. 1984A resource-based view of the firmStrategic Management Journal5171180Google Scholar
  183. Whewell, William. 1840The philosophy of the inductive sciences, founded upon their historyParkerLondonGoogle Scholar
  184. Wiley, Edward O. 1975Karl R. Popper, systematics, and classification: A reply to Walter Bock and other evolutionary systematistsSystematic Zoology24233243Google Scholar
  185. Wiley, Edward O., Siegel-Causey, Douglas, Brooks, Daniel R., Funk, Vicki A. 1991The complete cladist: a primer of phylogenetic proceduresThe University of KansasLawrence, KansasGoogle Scholar
  186. Williamson, Oliver E., Masten, Scott E. 1999The economics of transaction costsAn Elgar Critical Writings ReaderUKGoogle Scholar
  187. Winter, Sydney G. 2003Understanding dynamic capabilitiesStrategic Management Journal24991995CrossRefGoogle Scholar
  188. Womack, James P., Jones, Daniel. T., Roos, Daniel. 1990The machine that changed the worldMacMillian PublishingNew YorkGoogle Scholar
  189. Woodward, Joan. 1958Industrial organization, theory and practiceOxford University PressOxfordGoogle Scholar
  190. Wooldridge, Jeffrey M. 2003Cluster-sample methods in applied econometricsThe American Economic Review93133138CrossRefGoogle Scholar
  191. Zubin, Joseph. 1938A technique for measuring likemindednessJournal of Abnormal and Social Psychology33508516Google Scholar
  192. Zumpt, Karl G. (1831). M. tullii ciceronis verrinarum libri septem. Berlin.Google Scholar

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Authors and Affiliations

  1. 1.SFU BusinessSimon Fraser UniversityVancouverCanada

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