Add to ORKGMinimization of rate of inbreeding for populations with overlapping generations combining live and frozen genetics each selection candidate. The carrying capacity of the population is limited to a fixed number of animals per year. For survival rates <100 % the algorithm has to optimize the use of few old and less related animals with many young and higher related animals. For a scheme where the oldest animals were selected, ∆F increased with 18-5 2% compared with the proposed method. When freezing semen of all sires in a gene bank and assuming that each sire can be used infinitely, the relationships are set in the first 2-3 years, and thereafter the average co-ancestry of the population stays about the same, such that ∆F is approximately ze...
Using deterministic methods, rates of genetic gain (ýG) and inbreeding (ýF) were compared between pu...
We studied different genetic models and evaluation systems to select against a genetic disease with ...
• The objective was to optimise the strategy for maintaining the genetic balance in long-t...
In this study, we compared the average coancestry and inbreeding levels for two genetic conservation...
Mating plans are investigated in order to minimize inbreeding in small populations when frozen semen...
Here we present the strategy that achieves the lowest possible rate of inbreeding (DeltaF) for a pop...
Captive breeding programs aim to maintain populations that are demographically self-sustaining and g...
A method was derived that maximizes the genetic level of selected animals while constraining their a...
This article presents a deterministic method to predict rates of inbreeding (ΔF) for typical livesto...
This study compares two genetic management scenarios for species kept in herds, such as deer. The si...
The effect of non-random mating on genetic response was compared for populations with discrete gener...
Breeding circles allow genetic management in closed populations without pedigrees. In a breeding cir...
<FONT FACE="Garamond">This thesis deals with the definition of selection and mating criteria for ani...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Minimum coancestry mating with a maximum of one offspring per mating pair (MC1) is compared with ran...
Using deterministic methods, rates of genetic gain (ýG) and inbreeding (ýF) were compared between pu...
We studied different genetic models and evaluation systems to select against a genetic disease with ...
• The objective was to optimise the strategy for maintaining the genetic balance in long-t...
In this study, we compared the average coancestry and inbreeding levels for two genetic conservation...
Mating plans are investigated in order to minimize inbreeding in small populations when frozen semen...
Here we present the strategy that achieves the lowest possible rate of inbreeding (DeltaF) for a pop...
Captive breeding programs aim to maintain populations that are demographically self-sustaining and g...
A method was derived that maximizes the genetic level of selected animals while constraining their a...
This article presents a deterministic method to predict rates of inbreeding (ΔF) for typical livesto...
This study compares two genetic management scenarios for species kept in herds, such as deer. The si...
The effect of non-random mating on genetic response was compared for populations with discrete gener...
Breeding circles allow genetic management in closed populations without pedigrees. In a breeding cir...
<FONT FACE="Garamond">This thesis deals with the definition of selection and mating criteria for ani...
Conservation programmes aim at minimising the loss of genetic diversity, which allows populations to...
Minimum coancestry mating with a maximum of one offspring per mating pair (MC1) is compared with ran...
Using deterministic methods, rates of genetic gain (ýG) and inbreeding (ýF) were compared between pu...
We studied different genetic models and evaluation systems to select against a genetic disease with ...
• The objective was to optimise the strategy for maintaining the genetic balance in long-t...