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A Journey Thru Time...
The
German Shepherd Database Project


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    Pedigree of

    Alexander's Boderland Baron


    (M)
    June 25, 1955
    AKC W673994
    Black, Tan
    Breeder: Horace E Watson

    Notes: COI 9.04%

    Watson's Border Land Beowulf
    May 13, 1951
    AKC W481588
    Black, Cream


    Ch (US) 
    Elbourne's Dolf

    August 15, 1947
    AKC W71887
    Black, Tan


    Bart von Halpin
    March 9, 1945
    AKC A931128
    Black, Tan


    Sabo's Shepherd Queen
    March 20, 1946
    AKC W20637
    Black, Tan


    Duchess Johnica
    CD

    June 11, 1949
    AKC W177101
    Cream, Black


    Ch (US) 
    Jackie von Diersburg

    April 18, 1947
    AKC W58496
    Black, Cream


     
    Cindy Sue of Ronance Acres
    December 3, 1943
    AKC A752851
    Cream, Black


    Watson's Ebony Nacht
    March 1, 1952
    AKC W481589
    Black, Tan


    Hansel of Ranbyrn
    February 12, 1949
    AKC W149086
    Black, Light Cream


    Bing of Long-Worth
    July 24, 1944
    AKC A838129
    Dark Grey


    Al-Har-Bro's Chloris
    January 13, 1947
    AKC W65404
    Black, Golden Tan


    Ribault Gretel
    January 2, 1948
    AKC W77268
    Black, Tan


    Carlo van de Oldehove
    March 13, 1944
    AKC A808700
    Black, Tan


    Ona van de Oldehove
    June 14, 1944
    AKC W1880
    Black, Tan


    Legend for German Shepherd Gene Study
      White Carrier
      White
      Black Carrier
      Black

    The German Shepherd Gene Study tracks the recessive "masking" white and recessive black genes forward through the generations.

    Genes come in different varieties, called alleles. Somatic cells contain two alleles for every gene, with one allele provided by each parent. Often, it is impossible to determine which two alleles of a gene are present within an dog's chromosomes based solely on the outward appearance of that dog. However, an allele that is hidden, or not expressed by, can still be passed on to that dog's offspring and expressed in a later generation.

    German Shepherds can carry one or both of the recessive white "masking" and/or the recessive black gene.

    (A masking gene masks the real color and pattern of the dog. The only way the gene can be expressed in some of the offspring is if both parents carry it. For example, when a white dog is bred to a non-white dog that does not carry the white gene, none of the offspring will express the white coat but they will be carriers of the white gene. If those offspring are bred to a white, some of their offspring will express the white coat color. White bred to white will always produce white offspring.)

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    The German Shepherd Dog Database Project makes no guarantees as to the accuracy of the data published at this site. We have made every effort to verify all entries, but the German Shepherd Dog Database Project is not a registry so all data included has been submitted by dog owners or taken from registry reports and AKC Stud Books. Please contact us to report any errors or omission.

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