Articles citing this paper
Genetic Sampling in a Random Mating Population of Constant Size and Sex Ratio
BDH Latter
12(4) pp.500 - 505
34 articles found in Crossref database.
Effective size of populations with overlapping generations
Hill William G.
Theoretical Population Biology. 1972 3(3). p.278
Prediction of long-term contributions and inbreeding in populations undergoing mass selection
Woolliams J. A.,
Wray N. R., Thompson R.
Genetical Research. 1993 62(3). p.231
Effective Size and Inbreeding in Closed Breeding Herds of PigI. Pedigree Analysis
NOMURA Tetsuro,
IEIRI Seiji, YAMASHITA Jun
Nihon Yoton Gakkaishi. 2008 45(3). p.149
Genetic Effects of Multiple Generations of Supportive Breeding
Wang Jinliang, Ryman Nils
Conservation Biology. 2001 15(6). p.1619
Genetic gain and conservation in a small alpine cattle breed
Pagnacco G.,
Gandini G. C.,
Bagnato A.,
Miglior F., Caroli A.
Journal of Animal Breeding and Genetics. 1989 106(1-6). p.351
Genetic drift in exogamous marriage systems
Cannings C., Skolnick M.H.
Theoretical Population Biology. 1975 7(1). p.39
The spread of genes in random mating control populations
James J. W.
Genetical Research. 1962 3(1). p.1
Effective size of populations with unequal sex ratio and variation in mating success
Nomura T.
Journal of Animal Breeding and Genetics. 2002 119(5). p.297
Effective population numbers and mean times to extinction in dioecious populations with overlapping generations
Pollak Edward
Mathematical Biosciences. 1980 52(1-2). p.1
Inbreeding Effects on Fertility and Hatchability Associated with the Formation of Sublines
NORDSKOG A.W., CHENG SHEN
Poultry Science. 1988 67(6). p.859
Random genetic drift in an egg-laying strain of poultry
Foster W. H., Thompson R.
Genetical Research. 1980 35(3). p.231
Temporal Secretory Patterns of Growth Hormone in the Danish Broiler Lines Selected for High Body Weight or for Improved Food Efficiency
Buyse Johan,
Sørensen Poul,
Hedemand Jan, Decuypere Eddy
Acta Agriculturae Scandinavica, Section A - Animal Science. 1995 45(4). p.260
Diffusion approximations of Markov chains with two time scales and applications to population genetics
Ethier S. N., Nagylaki Thomas
Advances in Applied Probability. 1980 12(1). p.14
Sex-linked effective population size in control populations, with particular reference to honeybees (Apis mellifera L.)
Moran C.
Theoretical and Applied Genetics. 1984 67(4). p.317
Genetic drift with polygamy and arbitrary offspring distribution
Cannings C.
Journal of Applied Probability. 1974 11(4). p.633
Environment and Poultry Breeding Problems
Gowe R.S.,
Robertson Alan, Latter B.D.H.
Poultry Science. 1959 38(2). p.462
The importance of genotype by environment interaction with reference to control populations
Bray David F.,
Bell A. E., King S. C.
Genetical Research. 1962 3(2). p.282
THE MEASUREMENT OF EFFECTIVE POPULATION NUMBER
Kimura Motoo, Crow James F.
Evolution. 1963 17(3). p.279
Cumulative inbreeding in commercial White Leghorn lines under long‐term reciprocal recurrent selection
Ameli H.,
Flock D. K., Glodek P.
British Poultry Science. 1991 32(3). p.439
Inbreeding coefficient and effective size for an X-linked locus in nonrandom mating populations
Wang Jinliang
Heredity. 1996 76(6). p.569
Developments in the prediction of effective population size
Caballero Armando
Heredity. 1994 73(6). p.657
Closed Population Honeybee Breeding 3. the Distribution of Sex Alleles with Gyne Supersedure
Page Robert E.,
Laidlaw Harry H., Erickson Eric H.
Journal of Apicultural Research. 1983 22(3). p.184
INBREEDING AND VARIANCE EFFECTIVE POPULATION NUMBERS
Crow James F., Denniston Carter
Evolution. 1988 42(3). p.482
Inbreeding in the Italian Haflinger horse
Gandini G. C.,
Bagnato A.,
Miglior F., Pagnacco G.
Journal of Animal Breeding and Genetics. 1992 109(1-6). p.433
Genetic control populations: A study of efficiency of six poultry control strains
Bowman J. C., Powell J. C.
British Poultry Science. 1971 12(4). p.511
La raza bovina autóctona española Pajuna: Situación actual y programa de recuperación
Luque A.,
Valera M.,
Azor P.J.,
Goyache F.,
Rodero E., Molina A.
Animal Genetic Resources Information. 2006 39 p.1
Methods for predicting rates of inbreeding in selected populations
Wray N. R.,
Woolliams J. A., Thompson R.
Theoretical and Applied Genetics. 1990 80(4). p.503
INBREEDING AND VARIANCE EFFECTIVE SIZES FOR NONRANDOM MATING POPULATIONS
Wang Jinliang
Evolution. 1996 50(5). p.1786
Variance-effective population number: the effects of sex ratio and density on the mean and variance of offspring numbers in the flour beetle,Tribolium castaneum
Wade Michael J.
Genetical Research. 1984 43(3). p.249
Genetic drift with polygamy and arbitrary offspring distribution
Cannings C.
Journal of Applied Probability. 1974 11(04). p.633
Effective Size and Inbreeding in Closed Breeding Herds of PigII. Prediction under Selection on Multiple Traits
IEIRI Seiji, NOMURA Tetsuro
Nihon Yoton Gakkaishi. 2008 45(3). p.156
Prediction of rates of inbreeding in populations undergoing index selection
Wray N. R.,
Woolliams J. A., Thompson R.
Theoretical and Applied Genetics. 1994 87(7). p.878
Diffusion approximations of Markov chains with two time scales and applications to population genetics
Ethier S. N., Nagylaki Thomas
Advances in Applied Probability. 1980 12(1). p.14
Closed Population Honeybee Breeding. 2. Comparative Methods of Stock Maintenance and Selective Breeding
Page Robert E., Laidlaw Harry H.
Journal of Apicultural Research. 1982 21(1). p.38
