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Wiley E.O. — Phylogenetics. The theory and practice of phylogenetic systematics
Wiley E.O. — Phylogenetics. The theory and practice of phylogenetic systematics



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Íàçâàíèå: Phylogenetics. The theory and practice of phylogenetic systematics

Àâòîð: Wiley E.O.

Àííîòàöèÿ:

Presents a clear, simple and comprehensive overview of the phylogenetic approach to systematics, which has two major goals: reconstructing the evolutionary relationships among organisms and integrating the results into general reference classifications. Shows how the results of systematic research can be applied to studying the pattern and processes of evolution.


ßçûê: en

Ðóáðèêà: Áèîëîãèÿ/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1981

Êîëè÷åñòâî ñòðàíèö: 439

Äîáàâëåíà â êàòàëîã: 11.12.2005

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Characters, nonepigenetic      154
Characters, nonheritable as nonepigenetic      155
Characters, of size and shape      321
Characters, oligogenic      28
Characters, physiological      319
Characters, plesiomorphic as conventions      139—140
Characters, plesiomorphic as essential for survival      128
Characters, plesiomorphic as logical constructs      113
Characters, plesiomorphic, and internal parsimony      111
Characters, plesiomorphic, and justification of paraphyletic taxa      84 86—88
Characters, plesiomorphic, examples of analysis of      159—176
Characters, plesiomorphic, explanations of      143
Characters, polymorphic      11 28
Characters, quantitative      339—365
Characters, selecting quantitative      340—342
Characters, single locus      28
Characters, species distinct      64
Characters, state of      116
Characters, structural      117—118
Characters, symplesiomorphic as invalid tests of phylogeny      113
Characters, symplesiomorphic as irrelevant to reconstructing relationships      126
Characters, synapomorphic      3 123
Characters, synapomorphic, and justification of monophyletic taxa      84
Characters, synapomorphic, as phase of character evolution      124—125
Characters, synapomorphic, as relevant to testing hypotheses      129
Characters, synapomorphic, as valid tests of phylogeny      113
Characters, taxonomic      116 319
Characters, types of      117—119
Characters, under utilized      320
Characters, uninformative      276
Characters, unique      98
Characters, univariate analysis of      342—347
Characters, use of single twice in analysis      128 129
checklists      369
Chi-square test      346
Chironomid midges      288—290
Chiroptera      255
Choate,J. R.      360—362
Chondrichthyes      217
Chondrosteans      164 171 see “Paddlefish” “Paleoniscoid "Gogo"” “Polypterus” “Sturgeons”
Chorological method      288
Chromosome banding pattern      325
Chromosomes      55—56 60 62 324—327
Chronological progression      151—152
Clade      3 7 62
Cladistics      6 241
Cladogenesis      8 34
Cladogram, area      292—294
Cladogram, area, geographic      293
Cladogram, area, of taxa      97—105 107—108
Class, as category      205
Classes, of entities      74
Classes, of entities, grades as      261
Classification      1 240 367—368
Classification, ad hoc      197
Classification, annotated Linnaean      193 205—238
Classification, bicological      197—198
Classification, by numerical prefix      201—203
Classification, by pure indentation      203—204
Classification, cladistic vs. evolutionary taxonomic      264—268
Classification, consensus      270
Classification, convenience      197—250
Classification, dendrogram as      265
Classification, evolutionary taxonomic      240—269
Classification, evolutionary, and information content      264—267
Classification, evolutionary, and information recovery      242
Classification, evolutionary, as essentiatestic      249
Classification, evolutionary, as misleading      265
Classification, evolutionary, concepts of monophyly      255—260
Classification, evolutionary, criteria for grade recognition      242—243
Classification, evolutionary, goals of      241—242
Classification, evolutionary, rank changes in      248—249
Classification, evolutionary, use of adaptive zones in      252—255
Classification, evolutionary, use of speciose groups      250 252
Classification, evolutionary, valid taxa in      252
Classification, Gilmour natural      272 273
Classification, information content of      216 269 272
Classification, Linnaean as convention      199—200
Classification, minimum change to existing      205
Classification, natural      270
Classification, of continents      196
Classification, of convenience classes      197
Classification, of individuals and historical groups      196—197
Classification, of natural classes      194—196
Classification, patterns vs. process      197
Classification, phylogenetic      3 14 248—249
Classification, phylogenetic, "traditional"      240
Classification, phylogenetic, addition of new taxa      248
Classification, phylogenetic, advantages of      223—224
Classification, phylogenetic, alternates to Linnaean      200—204
Classification, phylogenetic, alternatives to      240—276
Classification, phylogenetic, and communication      198
Classification, phylogenetic, and gaps      249—250
Classification, phylogenetic, and saltation      244—245
Classification, phylogenetic, compared to phenetic      270—276
Classification, phylogenetic, components of      198
Classification, phylogenetic, conventions for annotated Linnaean      205—238
Classification, phylogenetic, criticisms of      242
Classification, phylogenetic, dendrograms vs. trees      229—230
Classification, phylogenetic, examples of annotation      232—238
Classification, phylogenetic, inclusion of other information in      230—232
Classification, phylogenetic, numerical prefixes      202
Classification, phylogenetic, of fossils      214—221
Classification, phylogenetic, of hybrid taxa      225—228
Classification, phylogenetic, of taxa of symbiotic origin      229
Classification, phylogenetic, of vertebrata      203
Classification, phylogenetic, paraphyletic or polyphyletic groups in      213
Classification, phylogenetic, rules for      200
Classification, phylogenetic, veracity of      239
Clique analysis      192
Clones      60
Closed system of testing      see “Parsimony internal”
Clupeidae      see “Herrings”
Cobelodus      135
Cocoa palms      286
Codes of nomenclature      see “Nomenclature codes
Coefficient of special similarity      273
Coefficient of variation      343
Coefficients, in principle component analysis      350
Coelenterates      119 216
Collecting specimens      308—310
collections      308
Colless, P. H.      89
Collier, G. E.      335
Commorford, S. L.      338
Comparative biology      5 15
Compatibility algorithms      192
Complement      333
Components, of phylogenetic hypotheses      128—130
Compositae      171 174 227
Computer analysis of phylogenies      178—192
Computer cataloguing      315
Condarlatha      267
Confidence limits      343
Congruence, of genetics and genealogy      261—263
Conocytes      133
Contact zones      28—30 54—56
Contiguous distribution      see “Distributions types
Continental drift      305
Continents, stability of      286
Convenience classifications      197
Convergence      12 120 see homoplasous”
Convex taxa      see “Taxa convex”
Coombs, M. C.      31—33
Cophenetic correlation coefficient      272—273 276
Correlation coefficient      346
Correlation of transformation series      152—153
Corythosaurus      33
Covering laws      18
Cowan, R. S.      371
coyote      283
Cracraft, J.      1 98 199 206 207 208 209 242 250 267 288 290
Crocodiles      92 243 263—265
Croizat, L.      43 67 277 283 286 289 292
Cronin.J. E.      335
Crosby, M. R      372
Crovello, T. J.      23
Crowson, R. A.      71 73 215 222 400
Curation, activities of      313—317
Cyprinidae      330
Cyprinodon      330
Cyprinodontidae      3 330
Cyprinodontoidea      157
Cytogenetics      262
Darlington, CD.      326
Darlington, P. J., Jr.      277 278 284—286
Darwin, C      22 193 196 285 286
Davidson, E. H.      245
Davis, P. H.      28 71 116 117 324 326 370
Day, A.      68 69
Dayhoff, M. O.      176
Decisions at species level      see “Taxonomic decisions at species level”
Demes      24 25—26 44—45 55 see
Dendrogram      97 229 265 269
Descent, genealogical      see “Evolution” “Genealogical
Descent, pattern of      see “Phylogenetic tree”
Descriptions      378
Determination      311
Deutrostomata      199
Deviation rule      49—50
Dewey Decimal system      197
Diagnosis, differential      376
Diaspores      279
Dice — Leraas diagram      345
Dice, L. R.      345
Dicots, as paraphyletic taxon      87
Differentiation, of demes      55
Dinosaurs, duckbill      33
Dipnoans      130
Dipodomys      330
Diptera      70 149 150 202 324
Disjunct distribution      see “Distributions types
Disjunctions      287
Dispersal      282—283 286—288 291 302—305
dispersion      283
Distributions, congruence of      291—305
Distributions, types of      59—60
Divergence index, in Wagner Ground Plan analysis      177
DNA      123
Dobzhansky, T.      23 34 36 43 54 68 336—338
Dodson, P.      33
Doolittle, R. F.      337
Dowler, R. C      362
Drawings, in systematic papers      379
Drosophila      28 42 57 68 70 329
Dupuis, C      2
Eckardt, M.J.      276
Ecology      265
Ecophenotypes      322
Ehrlich, P.      22 24 52
Eigenvalue      350
Eigenvector      350
Elasmobranchs      171
Eldredge, N.      24 41 48 49 52 98 244
Electrophoresis      329—332
Elopomorpha, classifications of      220—221
Elops      151 168
Endemism      287 292
Endler, J. A.      23 29 42 43 54 55
Engelmann, G. F.      35 106 107 110—112 222 257 258
Epiphenotype      12 49 52 55 61—69 152 321
Epistomology      16
Epling, C      68
Equidae      127 217 267
Equus      127 336
Ericaceae      199
Erigeron      325
Errors, in analysis      31 113—114
Essentialism      249
Estabrook, G. F.      153 192
Ethics      17
Eucyrtidium      106
Eukaryota      123 124
Eumetazoa      158 245
Euphorbiaceae      121
Eurecia      155
Eustenopteron      132
Evolution, and biogeography      297 302
Evolution, and character modification      77—78
Evolution, and evolutionary taxonomy      268
Evolution, and ontogony      156—157
Evolution, assumptions necessary to use characters      78
Evolution, branching      see “Cladogenesis”
Evolution, divergent      see “Cladogenesis”
Evolution, genetic      244
Evolution, mechanical cause of diversity      154
Evolution, of characters      124—126
Evolution, of populations      99—104
Evolution, phyletic      38 see
Evolution, progressive      285 286
Evolution, punctuated equilibrium      48 244
Evolution, quantum evolution      244
Evolution, saltatory      244—245
Evolutionary novelty      9 11 45 55 271
Evolutionary species, and allopatric demes      36
Evolutionary species, and hybridization      27—30
Evolutionary species, and taxonomy      26—27
Evolutionary species, as ancestors      34—35
Evolutionary species, asexual      36
Evolutionary species, concept of      25—37
Evolutionary species, deme structure of      25—26
Evolutionary species, extinction of ancestors and mode of speciation      35
Evolutionary species, phenetic differences between      31
Evolutionary species, place on phylogenetic trees      26
Evolutionary species, reproductive isolation between      27—30
Evolutionary species, subdivision of      34
Evolutionary species, unity and integrity of      27—30
Evolutionary stasis      25 52 see
Evolutionary taxonomy      194 240—269 285 see evolutionary
Evolutionary transformation series      9
Excerpta Botanica      370
Experimental crossings and species decisions      67—68
Extinctions, real vs. taxonomic      41
Falsification, of phylogenetic hypotheses      110—113
Family tree      7
Family, as category      205
Farr, E. R.      372
Farris, J. S.      1 76 83 84 86 87 89 114 176 178—182 188 205 219 222 232 239 242 264 267 269—276 326
Fauna      281
Faunistic studies      368
Felsenstein, J.      70
Fictionism      16
Field collecting      308—310
Field data      310—311
Fink, S. C.      335
Fink, W. L.      20
Fishes      321
Fitch, W. M.      176 332 333 337 339
Flatworms      321
Fleas      255
Flora      281
Flora Maleniana      371
Floristic studies      368
Flying fishes      158
Fossils, "dagger" convention      207 218
Fossils, morphological gaps      246
Fossils, phylogenetic solutions for classifying      215—219
Fossils, plesion convention in classification      219 see
Fossils, problems of classifying      214
Fossils, ranking of      205
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