Species Evolution: The Role of Chromosome ChangeCambridge University Press, 26 janv. 1995 - 336 pages What are species? What are the factors involved in their evolution? Dr Max King presents an up-to-date synthesis of theoretical, experimental and descriptive perspectives on speciation in higher organisms. The book provides a fresh insight into the processes involved in speciation utilizing the multi-dimensional databases now available. The author clearly and concisely analyses the most recent research in plant and animal populations, concentrating on the evolutionary processes, the role of chromosomes and the genetic mechanisms involved in speciation. This book will be essential reading for research workers in genetics, evolutionary studies, botany and zoology, as well as being of interest to advanced students entering the field. |
Table des matières
III | 1 |
IV | 7 |
V | 8 |
VI | 10 |
VII | 13 |
VIII | 14 |
IX | 16 |
X | 19 |
LXXVIII | 147 |
LXXIX | 149 |
LXXXI | 150 |
LXXXII | 152 |
LXXXIII | 155 |
LXXXIV | 157 |
LXXXV | 160 |
LXXXVII | 164 |
XII | 21 |
XIII | 23 |
XIV | 25 |
XV | 27 |
XVI | 31 |
XX | 34 |
XXI | 37 |
XXII | 40 |
XXIV | 42 |
XXV | 43 |
XXVI | 45 |
XXVII | 48 |
XXVIII | 49 |
XXIX | 51 |
XXX | 54 |
XXXIV | 57 |
XXXV | 60 |
XXXVI | 61 |
XXXVII | 63 |
XXXVIII | 66 |
XXXIX | 70 |
XL | 71 |
XLI | 72 |
XLII | 73 |
XLIII | 77 |
XLIV | 78 |
XLV | 82 |
XLVII | 84 |
XLVIII | 85 |
XLIX | 88 |
L | 89 |
LI | 91 |
LII | 98 |
LIII | 100 |
LIV | 101 |
LV | 107 |
LVII | 108 |
LVIII | 109 |
LIX | 110 |
LX | 113 |
LXI | 118 |
LXII | 122 |
LXIV | 124 |
LXV | 125 |
LXVI | 126 |
LXVII | 128 |
LXVIII | 129 |
LXX | 131 |
LXXI | 135 |
LXXII | 137 |
LXXIII | 138 |
LXXIV | 140 |
LXXV | 142 |
LXXVI | 144 |
LXXVII | 145 |
LXXXVIII | 167 |
LXXXIX | 170 |
XC | 171 |
XCI | 172 |
XCII | 173 |
XCIII | 175 |
XCIV | 176 |
XCV | 179 |
XCVI | 181 |
XCVII | 183 |
XCVIII | 185 |
XCIX | 187 |
CII | 190 |
CIII | 194 |
CIV | 196 |
CV | 198 |
CVI | 204 |
CVII | 206 |
CVIII | 207 |
CIX | 209 |
CX | 212 |
CXI | 222 |
CXII | 223 |
CXIII | 225 |
CXIV | 226 |
CXV | 228 |
CXVI | 232 |
CXVII | 234 |
CXVIII | 235 |
CXIX | 237 |
CXX | 239 |
CXXI | 240 |
CXXII | 243 |
CXXIII | 244 |
CXXIV | 245 |
CXXV | 246 |
CXXVI | 248 |
CXXVII | 249 |
CXXVIII | 250 |
CXXIX | 252 |
CXXX | 254 |
CXXXI | 258 |
CXXXII | 259 |
CXXXIII | 261 |
CXXXV | 263 |
CXXXVI | 270 |
CXXXVII | 271 |
CXXXVIII | 273 |
CXXXIX | 274 |
CXL | 279 |
CXLI | 283 |
CXLII | 285 |
| 311 | |
CXLIV | 314 |
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Expressions et termes fréquents
acrocentric adaptive alleles allopatric speciation analysis aneuploidy animals argued associated backcross C-banding Carson chromo chromosomal differences chromosomal evolution chromosomal polymorphisms chromosomal rearrangements chromosomal speciation chromosome change chromosome fusions chromosome races Cytogenetics Cytogenetics and Cell cytotypes deleterious distinguished distribution divergence Drosophila electrophoretic established evolutionary species F1 hybrids females fertility effects forms founder effect founding populations gametes gene flow genetic distances genic differences genic differentiation genome heterochromatin heterozygotes heterozygous hybrid zone introgression inviability involved isolated populations karyotype lineages loci male sterility Mayr meiosis meiotic drive metacentric mode of speciation morphological mtDNA multiple Mus domesticus negatively heterotic rearrangements Nevo occurred pachytene pairing parental species pericentric pericentric inversions polymorphisms post-mating isolating mechanisms produced Rattus reach fixation reciprocal translocations reproductive isolation result Robertsonian fusions Robertsonian translocations role segregation selection sequence sex chromosome somal species complexes species concept structural rearrangements suggested synaptonemal complex Templeton transposable elements trivalents variation viability X-autosome