T. Shiga. J. Math. Kyoto Univ., 20 (4):
723--733(1980)
Abstract
Introduction
In th e previous paper 1 0 we studied a n interacting system in population
genetics, which is called a continuous time stepping stone m o d e l. L e t u s review
o u r m o d e l. L e t S b e a countable s e t . Each element i o f S is called a colony.
Assuming that there a re two alleles A a n d B at each colony, we denote by x
(1—x ) th e gene frequency o f th e A-allele (resp. the B-allele) f o r th e colony iE S.
We consider a time evolution o f gene frequencies, which is caused by migration
among colonies and random sampling drift.
L e t X -= 0 1 ' be the space of systems of gene frequencies, which is equipped
with th e product topology. L e t C(X ) be the Banach space o f all continuous func-
tions equipped with the suprem um norm and C (X ) be th e s e t o f all C -functions
depending only o n finite number o f coordinates o f X.
L e t u s consider th e following infinite dimensional differential operator A,
%0 Journal Article
%1 shiga1980interacting
%A Shiga, Tokuzo
%D 1980
%J J. Math. Kyoto Univ.
%K diffusion_limits popgen
%N 4
%P 723--733
%T An interacting system in population genetics. II
%U http://projecteuclid.org/euclid.kjm/1250522168
%V 20
%X Introduction
In th e previous paper 1 0 we studied a n interacting system in population
genetics, which is called a continuous time stepping stone m o d e l. L e t u s review
o u r m o d e l. L e t S b e a countable s e t . Each element i o f S is called a colony.
Assuming that there a re two alleles A a n d B at each colony, we denote by x
(1—x ) th e gene frequency o f th e A-allele (resp. the B-allele) f o r th e colony iE S.
We consider a time evolution o f gene frequencies, which is caused by migration
among colonies and random sampling drift.
L e t X -= 0 1 ' be the space of systems of gene frequencies, which is equipped
with th e product topology. L e t C(X ) be the Banach space o f all continuous func-
tions equipped with the suprem um norm and C (X ) be th e s e t o f all C -functions
depending only o n finite number o f coordinates o f X.
L e t u s consider th e following infinite dimensional differential operator A,
@article{shiga1980interacting,
abstract = {Introduction
In th e previous paper [1 0 ] we studied a n interacting system in population
genetics, which is called a continuous time stepping stone m o d e l. L e t u s review
o u r m o d e l. L e t S b e a countable s e t . Each element i o f S is called a colony.
Assuming that there a re two alleles A a n d B at each colony, we denote by x
(1—x ) th e gene frequency o f th e A-allele (resp. the B-allele) f o r th e colony iE S.
We consider a time evolution o f gene frequencies, which is caused by migration
among colonies and random sampling drift.
L e t X -= [0 1 ]' be the space of systems of gene frequencies, which is equipped
with th e product topology. L e t C(X ) be the Banach space o f all continuous func-
tions equipped with the suprem um norm and C (X ) be th e s e t o f all C -functions
depending only o n finite number o f coordinates o f X.
L e t u s consider th e following infinite dimensional differential operator A,},
added-at = {2008-03-14T00:37:48.000+0100},
author = {Shiga, Tokuzo},
biburl = {https://www.bibsonomy.org/bibtex/29333ecbf8c7eb88f47142c63c98988c5/peter.ralph},
coden = {JMKYAZ},
fjournal = {Journal of Mathematics of Kyoto University},
interhash = {66de6320eccac2df3764b5de801e91e3},
intrahash = {9333ecbf8c7eb88f47142c63c98988c5},
issn = {0023-608X},
journal = {J. Math. Kyoto Univ.},
keywords = {diffusion_limits popgen},
mrclass = {92A10 (60J70)},
mrnumber = {MR592356 (82e:92029b)},
mrreviewer = {Anthony G. Pakes},
number = 4,
pages = {723--733},
timestamp = {2015-02-18T23:29:58.000+0100},
title = {An interacting system in population genetics. {II}},
url = {http://projecteuclid.org/euclid.kjm/1250522168},
volume = 20,
year = 1980
}