Dear NG,

I do need very soon a lot of measurements of populationgenetic
formulas. It would be very good, if that measurements are for diploid
organisms (alternativly it can be for bacteria cultures, too):

* mutation rate (µ=(x)/(2N))
* migration
  - average frequency p of original population
  - number of members of original population
  - average frequency p' of immigrants
  - number of members of immigrants
  - average frequency p* of migrate organisms
  - number of migrate organisms
* inbreeding coefficient (F=(H(0)-H(I))/(H(0)))
  H(0): heterozygosity in population with random mating
  H(I): heterozygosity in population with inbreed
* genetic drift, geneflow (H(t)=H(0)*(1-((1)/(2N)))^t
  H(t): heterozygosity after t generations
  H(0): heterozygosity in original population
  N:    population size
  t:    number of generations
* Selection (p'=((p²w(11)+pqw(12))/(w))
  p':    frequency of allele A in sequel population
  p:     frequency of allele A in original population
  w(11): fitness of newborns with AA
  w(12): fitness of newborns with Aa
  w:     average cumulative fitness of all newborns

Thanks for answers and excuse me for my very bad English linguistic
knowledges

Ciao
Daniel
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