@incollection{KWW2007,
    TITLE = {Methods for Census 2000 and Statistical Adjustments},
   AUTHOR = {David A. Freedman and Kenneth W. Wachter},
BOOKTITLE = {The SAGE Handbook of Social Science Methodology},
   EDITOR = {William Outhwaite and Stephen P. Turner},
PUBLISHER = {Sage Publications},
  ADDRESS = {London},
  CHAPTER = {13},
    PAGES = {232--245},
     YEAR = {2007},
     ISBN = {1412901197,9781412901192},
   }

        

@incollection{KWW2008a,
    TITLE = {Introduction},
   AUTHOR = {James Vaupel and Kenneth Wachter and Maxine Weinstein},
BOOKTITLE = {Biosocial Surveys},
   EDITOR = {Maxine Weinstein and James W. Vaupel and Kenneth W. Wachter},
PUBLISHER = {National Academy Press},
  ADDRESS = {Washington, DC},
    PAGES = {1--11},
     YEAR = {2007},
     ISBN = {0309108675,9780309108676},
   }

        

@unpublished{KWWdiploid,
    TITLE = {A mutation-selection model for general genotypes with recombination},
   AUTHOR = {Steven N. Evans and David R. Steinsaltz and Kenneth W. Wachter},
       ID = {info:oai/arXiv.org:q-bio.PE/0609046},
     YEAR = {2007},
 ABSTRACT = {A probability model is presented for the dynamics of mutation-
             selection balance in a infinite-population infinite-sites setting
             sufficiently general to cover mutation-driven changes in full age-
             specific demographic schedules. An earlier work by the same authors
             presented a haploid model -- without genetic recombination -- of
             similar scope. This work complements that model, adding genetic
             recombination, based on a well-known general discrete-population
             genetic model of N. Barton and M. Turelli. The model with
             recombination is a flow on Poisson intensities, substantially
             different from the haploid model. It is shown that the new model
             arises from the haploid model when recombination is added, in the
             limit as generations per unit time go to infinity, and selection
             strength and mutation per generation go to 0.},
   }