Advances in Molecular EcologyGary R. Carvalho Each contributor to this publication was asked to examine how molecular genetic tools have contributed to their specific areas of consideration. To increase the practical utility of the book, a summary of software that is available for the anaylsis of data in molecular ecology is included. |
From inside the book
Results 1-5 of 40
Page ix
Sorry, this page's content is restricted.
Sorry, this page's content is restricted.
Page 3
Sorry, this page's content is restricted.
Sorry, this page's content is restricted.
Page 10
Sorry, this page's content is restricted.
Sorry, this page's content is restricted.
Page 13
Sorry, this page's content is restricted.
Sorry, this page's content is restricted.
Page 14
Sorry, this page's content is restricted.
Sorry, this page's content is restricted.
Contents
Gary R Carvalho | 1 |
Phylogenetic Analysis of Frequency Data in Molecular Ecological Studies | 25 |
Estimation of Migration Rates and Population Sizes in Geographically | 39 |
Variable mutation rate | 50 |
Arnaud Estoup | 55 |
LLLL | 82 |
Bacterial Evolution and the Nature of Species | 119 |
Franco Rollo | 133 |
Molecular approaches to the identification of pelagic fish populations | 205 |
Summary and concluding remarks | 214 |
References | 216 |
136 | 217 |
Jeffry B Mitton | 225 |
Recent examples of selection detected by molecular markers | 231 |
Discordant patterns of geographic variation | 234 |
Sexual selection and the privilege of the heterozygous male | 235 |
Andrew Schnabel | 147 |
Clonal Organisms and the Benefits of Sex ROBERT C VRIJENHOEK 1 Introduction | 151 |
Why have sex? | 153 |
Why not clone? | 159 |
Ancient clones? | 162 |
Summary and conclusions | 164 |
References | 167 |
Mating Systems Gene Flow and Relative Fertilities ANDREW SCHNABEL 1 Introduction | 173 |
Mating system analysis | 174 |
Exclusion analysis and gene flow estimation | 176 |
Methods for estimation of relative male and female fertilities | 180 |
Practical considerations in parentage studies | 183 |
Future directions in the use of parentage analysis | 184 |
References | 186 |
Lorenz Hauser | 191 |
Genetic population structure and the definition of units for fisheries management | 193 |
Ecological factors affecting patterns of genetic diversity in pelagic fish | 194 |
Summary | 238 |
146 | 241 |
Loren H Rieseberg | 243 |
Concepts and terminology | 244 |
Molecular markers | 245 |
Structure and dynamics of hybrid zones | 247 |
Phylogeography of hybridization | 250 |
Hybrid zones and the genetic architecture of reproductive isolation | 251 |
Outcomes of hybridization | 253 |
Conclusions and future directions | 260 |
261 | |
Variable Environments and Evolutionary Diversification in Inland Waters | 267 |
147 | 288 |
A Guide to Software Packages for Data Analysis in Molecular Ecology | 291 |
Glossary of Terms | 305 |
Other editions - View all
Common terms and phrases
16S rRNA allele frequencies allozyme amplification analysis ancient DNA application Applied and Environmental approach asexual Atlantic bacteria Carvalho chromosomal clonal clones detected DGGE dispersal DNA sequences effective population effective population size electrophoresis Ellstrand Environmental Microbiology enzyme estimates Estoup evolutionary example fertility Fisheries fragments gametes gene flow genetic differentiation genetic diversity genetic variation genome genotypes habitats heterozygosity hybrid zones identify individuals introgression isolated Journal levels likelihood lineages locus males Manhattan distance marine mating success methods microbial communities microsatellite loci microsatellites migration rates minisatellite mitochondrial DNA Molecular Ecology molecular evolution molecular genetic molecular markers morphological mtDNA multilocus mutation rate natural populations natural selection Nucleic Acids parentage parents parthenogens patterns pelagic pelagic fish phenotypic phylogenetic phylogeny plant Poeciliopsis pollen polymorphism population genetics population structure primers progeny protein recombination relative reproductive success RFLP Rieseberg rRNA samples sexual speciation studies subpopulations taxa tuna variability VNTR Vrijenhoek RC