Conservation Biology: The Science of Scarcity and DiversityMichael E. Soulé |
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Page 16
... coadaptation , " because if two biological entities are different enough to be recognized as different , it should be anticipated that their parts will not be fully compatible . If the traditional use of coadaptation is to be retained ...
... coadaptation , " because if two biological entities are different enough to be recognized as different , it should be anticipated that their parts will not be fully compatible . If the traditional use of coadaptation is to be retained ...
Page 107
... COADAPTATION Where genetic mechanisms do matter for the applied conservation biologist is in the case of intrinsic coadaptation ( Templeton et al . , 1986 ) . Intrinsic coadaptation occurs when a genetic or karyotypic com- plex evolves ...
... COADAPTATION Where genetic mechanisms do matter for the applied conservation biologist is in the case of intrinsic coadaptation ( Templeton et al . , 1986 ) . Intrinsic coadaptation occurs when a genetic or karyotypic com- plex evolves ...
Page 113
... coadaptation has important consequences for the long - term importance of an outbreeding depression . The most important consequence of few genes being involved in coadaptation is that the outbreeding depression should be only a tem ...
... coadaptation has important consequences for the long - term importance of an outbreeding depression . The most important consequence of few genes being involved in coadaptation is that the outbreeding depression should be only a tem ...
Contents
Conservation Biology and the Real World | 1 |
The Fitness and Viability of Populations 13 | 13 |
Processes of Species | 19 |
Copyright | |
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a-diversity abundance Africa alleles animals Barro Colorado Barro Colorado Island bats biological biologists bird species breeding caves Chapter climate coadaptation communities conservation biology crop density dispersal distribution disturbance ecological ecosystem edge effects endemic environmental example extinction fauna Figure flora fragmentation frugivores fynbos genes genetic load genetic variation genic diversity Gentry geographic growth Guinea habitat specificity heliophiles heterosis heterozygosity heterozygous homozygotes Houérou Hubbell and Foster human inbreeding inbreeding depression increase individuals insect interactions introduced species Irian Jaya islands isolated km² levels loci males mammals mangrove mating natural number of species nutrients occur outbreeding depression overdominance patches patterns percent plant species pops population population densities predators problems range rare species rarity reef regeneration regions relatively reserves result season soil Soulé studies Table taxa Terborgh tion tree species troglobites tropical forests variability vegetation vertebrates zone Ꮴ Ꮴ Ꮴ