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Douglas Futuyma
Übersetzt von Andreas Held
Evolution
Easy Reading Edition
erschienen Februar 2007 624 Seiten, 508 farb. Abb., Gebunden
Spektrum-Akademischer Vlg | ISBN: 382741816x
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| VORWORT | öffnen |
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PrefaceSince its inception during a sabbatical leave in Australia four years ago, this book has traveled with me to Stony Brook, then to Ann Arbor, and again to Stony Brook, suffering long interruptions along the way. Perhaps that is just as well, for the transformation of evolutionary biology has been even faster in this interval than before, and has resulted in a very different book than might have been-different enough to merit its own title. I had intended to prepare a digest of Evolutionary...
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| KLAPPENTEXT | öffnen |
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Easy Reading: Das Original mit Übersetzungshilfen - der neue Weg zur englischen Fachsprache Von Studierenden der Biowissenschaften wird heute erwartet, dass sie im Laufe ihres Studiums englische Literatur problemlos lesen und verstehen und schließlich auch Forschungsergebnisse auf Englisch kommunizieren können. Die vorliegende Version von Futuymas Lehrbuch Evolution ist auf diese Situation zugeschnitten und bietet dem Leser: den englischen Originaltext deutsche Übersetzungshilfen ein Glossar... [weiter lesen] |
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| AUTOR | öffnen |
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Douglas J. Futuyma ist Dozent an der State University of New York in Stony Brook. Er hat auch das sehr erfolgreiche Lehrbuch Evolutionary Biology verfasst, das 1998 bereits in der 3. Auflage erschienen ist. Seine Forschungsschwerpunkte sind die Evolution der Wirtsspezifität bei herbivoren Pflanzen und der Wechselwirkungen zwischen Insekten und Pflanzen, von Gemeinschaftsstrukturen und die Artbildung. [weiter lesen] |
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| INHALTSVERZEICHNIS | öffnen |
Contents 1 Evolutionary Biology 1 What Is Evolution?2 Before Darwin 4 Charles Darwin 6 Darwin's Evolutionary Theory 7 Evolutionary Theories after Darwin 8 The Evolutionary Synthesis 9 Fundamental principles of evolution 9 Evolutionary Biology since the Synthesis 11 Philosophical Issues 12 Ethics, Religion, and Evolution 12 Evolution as Fact and Theory 13 2 The Tree of Life: Classification and Phylogeny 17 Classification 19 Inferring Phylogenetic History 22 Similarity and common ancestry 22 Complications in inferring phylogeny 23 The method of maximum parsimony 25 An example of phylogenetic analysis 28 Evaluating phylogenetic hypotheses 29 Molecular Clocks 32 Gene Trees 34 Difficulties in Phylogenetic Analysis 35 Hybridization and Horizontal Gene Transfer 39 3 Patterns of Evolution 43 Evolutionary History and Classification 45 Inferring the History of Character Evolution 46 Some Patterns of Evolutionary Change Inferred from Systematics 48 Most features of organisms have been modified from pre-existing features 48 Homoplasy is common 51 Rates of character evolution differ 54 Evolution is often gradual 55 Change in form is often correlated with change in function 55 Similarity between species changes throughout ontogeny 56 Development underlies some common patterns of morphological evolution 56 Phylogenetic Analysis Documents Evolutionary Trends 61 Many Clades Display Adaptive Radiation 62 4 Evolution in the Fossil Record 67 Some Geological Fundamentals 68 Rock formation 68 Plate tectonics 68 Geological time 69 The geological time scale 69 The Fossil Record 71 Evolutionary changes within species 71 Origins of higher taxa 71 The Hominin Fossil Record 79 Phylogeny and the Fossil Record 83 Evolutionary Trends 83 Punctuated Equilibria 84 Rates of Evolution 86 5 A History of Life on Earth 91 Before Life Began 92 The Emergence of Life 92 Precambrian Life 94 Prokaryotes 94 Eukaryotes 95 Proterozoic life 96 Paleozoic Life: The Cambrian Explosion 97 Paleozoic Life: Ordovician to Devonian 99
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Index Numbers in italic indicate information in an illustration or illustration caption. AAbalones, sperm competition, 337 ABC model, plant gene expression, 478-479, 479 abdominal A (abd-A) gene, 51, 52 Abdominal B (AbdB) gene, morphological evolution, 494 Absolute fitness, defined, 272 Accipiter, competition and divergence, 443, 444 Acheulian culture, 82 Acrocentric chromosomes, 184 Actinopterygii, 100 Adaptation and Natural Selection (Williams), 258 Adaptations - bill shape, 53, 54 - definitions, 8, 247-248, 260-261 - desert plants, 43 - as developmental by-products, 511 - examples, 248-250 - and extinction, 149 - mutation in E. coli, 177 - necessity of, 264 - orchids, 248, 248 - recognizing, 261-264 Adaptedness, evolutionary trend, 518 Adaptive divergence, 381 Adaptive landscapes, 277, 287 and peripatric speciation, 390, 390 Adaptive peaks/valleys, 287 Adaptive radiations - cichlid fishes, 63, 63, 151 - competition, 441 - Darwin's finches, 151 - difficulty of phylogenetic analysis, 36 - drosophilid flies, 63 - honeycreepers, 151 - mammals, 110, 111-112 - patterns of evolution, 62-63, 62, 63 - silverswords, 63, 63 Adaptive variation, 216 Adaptive zone, defined, 154 Adders, inbreeding depression, 201-202, 202 Additive allele effects, 299 - sources of variation, 207 Additive genetic variance (VA), 299-300, 300 Additive inheritance, defined, 175 Adh gene - balancing selection, 290, 291 - nucleotide variation, 204, 204 - source of chimeric genes, 44 Advanced characters, defined, 54-55 AFGP (antifreeze glycoprotein) genes, motif multiplication, 464-465, 465 Agave, reproductive pattern, 406 Age, and reproductive effort, 412-413, 412 Agelaius phoeniceus, male competition, 330-331 Aglaophyton, Devonian plant, 102 Agnathans, Paleozoic vertebrates, 100, 100 Agricultural crops, inverse frequencydependent selection, 284 Agriculture advent of, 82, 114 and evolutionary biology, 540 Agronomy, and evolutionary biology, 540 Ailuropoda melanoleuca - extra digit, 509-510, 510 - heterotopy, 60 Alces alces, antlers, 492 Alcohol dehydrogenase (ADH) - genetic variation, 204, 214 - See also Adh gene Algae, from Proterozoic, 96 Allele frequencies - defined, 192, 192, 273 - from gene flow, 217 - genetic drift, 229-230, 230 - Hardy-Weinberg principle, 193-195, 193 - and phenotypic variation, 197, 197 - population variation, 217-219, 218, 219 Alleles - defined, 163, 165, 190 - genetic variation, 190, 191 Allen's Rule, 216 Alligators, disjunct distribution, 121 Allocation trade-off, reproductive effort, 409-411, 409, 410 Allochthonous taxa, defined, 128-129 Allometric coefficient, defined, 58 Allometry - evolution of, 489-490 - patterns of evolution, 57-59, 58, 59 Allopatric distribution, defined, 212-213 Allopatric populations, defined, 356 Allopatric speciation, 381-392 - defined, 380, 380, 381 - evidence for, 381-383 - mechanisms of, 383-384 - natural selection, 384-387 - peripatric speciation, 389-392 - reinforcement of reproductive isolation, 387-389 - sexual selection, 386-387 Allopolyploidy, defined, 182, 396 Allozygous individuals, defined, 198 Allozymes, defined, 203 Alouatta palliata, New World monkey, 117 Alpheus, speciation rate, 401 Alternative mating strategies, 415-416, 416 Alternative splicing (AS) - eukaryotic genome, 457 - RNA, 162, 163 Alternative theories, creationist argument, 536 Altruism - kin selection, 258, 259, 327, 340 - reciprocal, 340 - selection for, 258-259 Alu gene sequence, 170 age of, 459, 459 Ambulocetus, whale precursor, 78, 79 Ambystoma sp. developmental constraints on digits, 491, 491 - gene flow and selection, 280, 280 - heterochrony in development, 488-489 - mutations of large effect, 57, 507-508 Amino acids - coding for, 163, 164 - properties, 164 Ammonoids, extinction, 103, 104 Amniotes, defined, 25 n Amoeba dubia, genome, 162 Amphibians - in later Paleozoic, 103 - origin of, 73, 74 - terrestrial vertebrates, 102 Amphichelydian turtles, incumbent replacement, 154, 154 Amphignathodon, evolutionary reversal, 52 Anagenesis - defined, 45, 354 - evidence for evolution, 532 Ancestral character state, defined, 22 Aneuploidy, defined, 181, 362 Angiosperms - in the Cenozoic, 109 - competitive displacement in, 152 - in Mesozoic, 106-107 Angraecum sesquipedale, 439, 440 Anguilla rostrata, 212 Anhinga, 520 Animals - origin and relationships, 98, 99 - outcrossing mechanisms, 425 Anisogamy, 417 Annelids, Distalless gene expression, 482 Anoles - parallel evolution, 443, 443 - ecomorphs, 135, 135 Anomalocaris, Burgess Shale animal, 91 Anopheles gambiae, comparative genomics, 450 Antagonistic coevolution, and sexual selection, 337-339, 338 Antagonistic pleiotropy defined, 409 and senescence, 412 Antagonistic selection, defined, 282 Antarctic toothfish, AFGP gene, 465 Anteater, 120 Antennapedia (Antp) gene homeotic mutations, 175 - Hox gene, 475, 475 Anthoxanthum odoratum frequency-dependent selection, 284 - parapatric speciation, 393, 393 Anthracosaurs, reptile precursors, 103 Antibiotic resistance, evolution of, 2-3 Antibody staining, characterizing gene expression, 476 Antlers, evolution of, 492 Ants Argentine, 234-235, 235 - cooperative behavior, 249-250, 249 - fossil, 72, 73 - founder effect and antagonism among, 234-235, 235 - sex ratios, 342 - weaver, 249-250, 249 Antshrike, 120 Apalone spinifera, incumbent replacement, 154, 154 Apatosaurus, sauropod dinosaur, 107 APETALA 3 gene, flower development, 479, 479 Aphids - coevolution, 431, 432 - reproductive pattern, 405, 406 Apomixis, defined, 418, 418 Apomorphic character, 22 Aposematic coloration, 275 Apple maggot fly - speciation rate, 401 - sympatric speciation, 395, 395 Apterygidae, endemic distribution, 119 Apteryx, reproductive output, 405, 406 Apus apus, sexual selection, 386 Aquatic life - in the Cenozoic, 109 - later Paleozoic, 103 Arabidopsis ABC model of gene expression, 479, 479 - genome, 163 Archaea, domain ("empire") of life, 18, 18, 94, 95, 461 Archaeognatha, fossil record, 83, 83 Archaeopteryx, early bird, 74-75, 75, 76 Archaeosperma, Devonian seed plant, 102 Archean, 94 Archosauromorph diapsids, 107 Arcinella, defenses against predation, 436 Ardipithecus spp., early hominins, 80, 80
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