In the absence of tractable theory for predicting how population bottlenecks of longer than one generation reduce allelic diversity, we wrote the program GENELOSS to simulate the effects of population bottlenecks on genetic variation at highly polymorphic loci such as microsatellites. GENELOSS describes the heterozygosity and allelic diversity remaining after each iteration and averages the results of up to 3000 iterations. Thirty loci with 30 alleles each can be specified. Bottlenecks of up to 1000 pairs can run for an unlimited number of generations. GENELOSS will be a useful tool for the study of bottleneck effects and conservation biology.3 page(s
Using computer simulation we explore the consequences of linkage on the inbreeding load of an equili...
Wildlife conservation is of major biological importance due to the survivability of organisms in an ...
Genetic algorithms typically use fixed population sizes. Simple genetic algorithms replace their ent...
Population bottlenecks occur frequently in threatened species and result in loss of genetic diversit...
Genetic diversity accumulates over time on the level of DNA sequence with accumulation of mutations....
Using computer simulation we explore the consequences of linkage on the inbreeding load of an equili...
Worldwide biodiversity faces a variety of anthropogenic threats, including habitat loss and predatio...
Worldwide biodiversity faces a variety of anthropogenic threats, including habitat loss and predatio...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Preservation of genetic diversity is of fundamental concern to conservation biology, as genetic dive...
It is important to detect population bottlenecks in threatened and managed species because bottlenec...
It is important to detect population bottlenecks in threatened and managed species because bottlenec...
It is important to detect population bottlenecks in threatened and managed species because bottlenec...
Using computer simulation we explore the consequences of linkage on the inbreeding load of an equili...
Wildlife conservation is of major biological importance due to the survivability of organisms in an ...
Genetic algorithms typically use fixed population sizes. Simple genetic algorithms replace their ent...
Population bottlenecks occur frequently in threatened species and result in loss of genetic diversit...
Genetic diversity accumulates over time on the level of DNA sequence with accumulation of mutations....
Using computer simulation we explore the consequences of linkage on the inbreeding load of an equili...
Worldwide biodiversity faces a variety of anthropogenic threats, including habitat loss and predatio...
Worldwide biodiversity faces a variety of anthropogenic threats, including habitat loss and predatio...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Preservation of genetic diversity is of fundamental concern to conservation biology, as genetic dive...
It is important to detect population bottlenecks in threatened and managed species because bottlenec...
It is important to detect population bottlenecks in threatened and managed species because bottlenec...
It is important to detect population bottlenecks in threatened and managed species because bottlenec...
Using computer simulation we explore the consequences of linkage on the inbreeding load of an equili...
Wildlife conservation is of major biological importance due to the survivability of organisms in an ...
Genetic algorithms typically use fixed population sizes. Simple genetic algorithms replace their ent...