<lamarc version="2.1">
<!-- Created by the Lamarc program -->
  <chains>
    <replicates>2</replicates>
    <bayesian-analysis>No</bayesian-analysis>
    <heating>
      <adaptive>false</adaptive>
      <temperatures> 1</temperatures>
      <swap-interval>1</swap-interval>
    </heating>
    <strategy>
      <resimulating>0.833333</resimulating>
      <tree-size>0.166667</tree-size>
      <haplotyping>0</haplotyping>
      <trait-arranger>0</trait-arranger>
    </strategy>
    <initial>
      <number>5</number>
      <samples>2000</samples>
      <discard>1000</discard>
      <interval>20</interval>
    </initial>
    <final>
      <number>1</number>
      <samples>5000</samples>
      <discard>1000</discard>
      <interval>20</interval>
    </final>
  </chains>
  <format>
    <seed>1005</seed>
    <verbosity>verbose</verbosity>
    <progress-reports>verbose</progress-reports>
    <results-file>outfile.coalmigrep</results-file>
    <use-in-summary>false</use-in-summary>
    <in-summary-file>insumfile.coalmigrep</in-summary-file>
    <use-out-summary>true</use-out-summary>
    <out-summary-file>outsumfile.coalmigrep</out-summary-file>
    <use-curvefiles>true</use-curvefiles>
    <curvefile-prefix>curvefile</curvefile-prefix>
    <use-tracefile>true</use-tracefile>
    <tracefile-prefix>tracefile</tracefile-prefix>
    <use-newicktreefile>false</use-newicktreefile>
    <newicktreefile-prefix>newick</newicktreefile-prefix>
    <out-xml-file>menuinfile</out-xml-file>
  </format>
  <forces>
    <coalescence>
      <start-values> 0.23837 0.23917</start-values>
      <method> WATTERSON WATTERSON</method>
      <max-events>1000</max-events>
      <profiles> percentile percentile </profiles>
      <constraints> unconstrained unconstrained </constraints>
      <prior type="log">
        <paramindex> all </paramindex>
        <lower> 1e-05 </lower>
        <upper> 10 </upper>
      </prior>
    </coalescence>
    <migration>
      <start-values> 0 100 100 0</start-values>
      <method> PROGRAMDEFAULT FST FST PROGRAMDEFAULT</method>
      <max-events>10000</max-events>
      <profiles> none fixed fixed none </profiles>
      <constraints> invalid unconstrained unconstrained invalid </constraints>
      <prior type="log">
        <paramindex> all </paramindex>
        <lower> 0.01 </lower>
        <upper> 1000 </upper>
      </prior>
    </migration>
  </forces>
  <data>
    <region name="region1">
      <model name="F84">
        <normalize>false</normalize>
        <categories>
          <num-categories>1</num-categories>
          <rates> 1</rates>
          <probabilities> 1</probabilities>
          <autocorrelation>1</autocorrelation>
        </categories>
        <relative-murate>1</relative-murate>
        <base-freqs> calculated </base-freqs>
        <ttratio>2</ttratio>
      </model>
      <effective-popsize>1</effective-popsize>
      <spacing>
        <block>
          <map-position>0</map-position>
          <length>1000</length>
          <locations> 4 17 24 51 80 82 88 96 107 113 125 141 151 163 194 198 208 209 212 217 247 255 259 262 265 280 291 293 299 304 306 315 324 325 333 344 367 369 375 381 386 399 400 407 421 422 453 459 471 484 512 517 529 534 547 552 557 562 576 580 588 602 630 632 636 648 649 651 653 668 689 703 710 715 718 722 731 732 737 741 743 758 762 767 771 772 791 805 812 813 818 822 832 845 849 852 863 864 872 873 883 886 892 906 912 917 922 936 963 964 983 985 990 991</locations>
          <offset>0</offset>
        </block>
      </spacing>
    <population name="pop1">
      <individual name="00_0004   ">
        <sample name="00_0004   ">
          <datablock type="DNA">
            GCCTCGAGCCCGCACATTGGCTACGGGGTGTGCCGCGCGGGCCACAACGCGCAGGGATGCAATGCCTTGGTGGTCTAACCTATCCCAGGACCAGAATTGGGTCAGTTTAGAGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0011   ">
        <sample name="00_0011   ">
          <datablock type="DNA">
            GCCTCGAGCCCGCACATTGGCTACGGGGTGTGCCGCGCGGGCCACAACGCGCAGGGATGCAATGCCTTGGTGGTCTAACCTATCCCAGGACCAGAATTGGGTCAGTTTAGAGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0009   ">
        <sample name="00_0009   ">
          <datablock type="DNA">
            GCTACAATACTTGAGACTGGCCATGGCACTTGGCCCACAGGACATGGTGCGCGTGAACACCTTGACTTAATCGTCTAAGCTTTCATAAAGCCGGAATCAGAGCAATCAAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0017   ">
        <sample name="00_0017   ">
          <datablock type="DNA">
            GCTACAATACTTGAGACTGGCCATGGCACTTGGCCCACAGGACATGGTGCGCGTGAACACCTTGACTTAATCGTCTAAGCTTTCATAAAGCCGGAATCAGAGCAATCAAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0002   ">
        <sample name="00_0002   ">
          <datablock type="DNA">
            GCTACAATACTTGAGACTGGCCATGGCACTTGGCCCACAGGACATGGTGCGGGTGAACACCTTGACTTAATCGTCTAAGCTTTCATAAAGCCGGAATCAGAGCAATCAAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0012   ">
        <sample name="00_0012   ">
          <datablock type="DNA">
            GCTACAATACTTGAGACTGGCCATGGCACTTGGCCCACAGGACATGGTGCGGGTGAACACCTTGACTTAATCGTCTAAGCTTTCATAAAGCCGGAATCAGAGCAATCAAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0007   ">
        <sample name="00_0007   ">
          <datablock type="DNA">
            GCTACAATACTTGAGACTGGCCATGGCACTTGGCCCACAGGACATGGTGCGCGTGAACACCTTGACTTAATCGTCTAACCTTTCATAAAGCCGGAATCAGAGCAATCAAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0008   ">
        <sample name="00_0008   ">
          <datablock type="DNA">
            GCTACAATACTTGAGACTGGCCATAGCACTTGGCCCACAGGACATGGTGCGCGTGAACACCTTGACTTAATCGTCTAACCTTTCATAAAGCCGGAATCAGAGCAATCAAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0014   ">
        <sample name="00_0014   ">
          <datablock type="DNA">
            GCTACAATACTTGAGACTGGCCATGGCACTTGGCCCACAGGACATGGTGTGCGTGAACACCTTGACTTAATCGTCTAACCTTTCATAAAGCCGGAATCAGAGCAATCAAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0019   ">
        <sample name="00_0019   ">
          <datablock type="DNA">
            GCTATAATACTTGACACTGGCCATGGCACTTGGTCCGCAGGACATGATGCGCGTGAACATCTTAACTTAACCAACTAACCTTTCATAAAGCCGGAACCAGAGCAATTAGTTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0000   ">
        <sample name="00_0000   ">
          <datablock type="DNA">
            GCTATAATACTTGACACTAGCCATGGCACTTGGTCCGCAGGACATGATGCGCGTGAACATCTTAACTTAACCAACTAACCTTTCATAAAGCCGGAACCAGAGCAATTAGTTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0013   ">
        <sample name="00_0013   ">
          <datablock type="DNA">
            GCTATAATACTTGACACTGGCCATGGCACTTGGTCCGCAGGACATGATGCGCGTGAACATCTTAACTTAACCAACTAACCTTTCATAAAGCCGGAACCAGAGCAATTAGTTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0010   ">
        <sample name="00_0010   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGGCCCACACGACATGATGCGCGTGAACATCTTGACTTAACCAACTAACCGTTCATAAAGCCGGAATCACAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0016   ">
        <sample name="00_0016   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGGCCCACACGACATGATGCGCGTGAACATCTTGACTTAACCAACTAACCTTTCATAAAGCCGGTATCACAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0003   ">
        <sample name="00_0003   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGGCCCACACGACATGATGCGCGTGAACATCTTGACTTAACCAACTAACCTTTCATAAAGCCGGAATCACAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0005   ">
        <sample name="00_0005   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGGCCCACACGACATGATGCGCGTGAACATCTTGACTTAACCAACTAACCTTTCATAAAGCCGGAATCACAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0018   ">
        <sample name="00_0018   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGGCCCACAGGACATGATACGCGTGAACATCTTGACTTAACCAACTAACCTTTCATAAAGCCGGAATCACGGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0006   ">
        <sample name="00_0006   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGACCCACAGGACATGATGCGCGTGAACATCTTGACTTAACCAATTAACCTTTCATAAAGCCGGAATCACAGCGATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0001   ">
        <sample name="00_0001   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGACCCACAGGACATGATGCGCGTGAACGTCTTGACTTAACCAATTAACCTTTCATAAAGCCGGAATCACAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="00_0015   ">
        <sample name="00_0015   ">
          <datablock type="DNA">
            GCTATAATACTTGGCACTGGCCATGGCACTTGACCCACAGGACATGATGCGCGTGAACATCTTGACTTAACCAATTAACCTTTCATAAAGCCGGAATCACAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
    </population>
    <population name="pop2">
      <individual name="01_0022   ">
        <sample name="01_0022   ">
          <datablock type="DNA">
            GCCTTAAGCCCGCACGTTGCTTACGAGGCGTGGCGCGCGGGCTTCAACGCGCGGGGATGCAACGCTTGGGTGGTCTAACCTATACCAGGACCAGAATTGGGTGAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0020   ">
        <sample name="01_0020   ">
          <datablock type="DNA">
            GCCTTACGCCCGCACGTTGCTTACGAGGCGTGGCGCGCGGGCTTCAACGCGCGGGGATGCAACGCTTGGGTGGTCTAACCTATCCCAGGACCAGAATTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0030   ">
        <sample name="01_0030   ">
          <datablock type="DNA">
            GCCTTACGCCCGCACGTTGCTTACGAGGCGTGGCGCGCGGGCTTCAACGCGCGGGGATGCAACGCTTGGGTGGTCTAACCTATCCCAGGACCAGAATTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0027   ">
        <sample name="01_0027   ">
          <datablock type="DNA">
            GCCTTAAGCCCGCACGTTGCTTACGAGGCGTGGCGCGGGGGCTTCAACGCGCGGGGATGCAACGCTTTGGTGGTCTAGCCTATCCCAGGACCAGAGTTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0029   ">
        <sample name="01_0029   ">
          <datablock type="DNA">
            GCCTTAAGCCCGCACGTTGCTTACGAGGCGTGGCGCGGGGGCTTCAACGCGCGGGGATGCAACGCTTTGGTGGTCTAGCCTATCCCAGGACCAGAGTTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0025   ">
        <sample name="01_0025   ">
          <datablock type="DNA">
            GCCTTAAGCCCGCACGTTGCTTACGAGGCGTGGCGCGGGGGCTTCAACGCGCGGGGATGCAACGCTTTGGTGGTCTCGCCTATCCCAGGACCAGAATTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0038   ">
        <sample name="01_0038   ">
          <datablock type="DNA">
            GCCTTAAGCCCGCACGTTGCTTACGAGGCGTGGCGCGGGGGCTTCAACGCGCGGGGATGCAACGCTTTGGTGGTCTAGCCTATCCCAGGACCAGAATTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0024   ">
        <sample name="01_0024   ">
          <datablock type="DNA">
            GCCTTAAGCCCGCACGTTGCTTACGAGGCGTGGCGCGGGGCCTTCAACGCGCGGGGATGCAACGCTTTGGTGGTCTAGCCTATCCCGGGACCAGAATTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0026   ">
        <sample name="01_0026   ">
          <datablock type="DNA">
            GCCTTAAGCCCGCACGTTGCTTACGAGGCGTGGCGCGGGGGCTTCAACGCGCGGGGATGCAACGCTTTGGTGGTCTAGCCTATCCCAGGACCAGAATTGGGTCAGCTTAGTGGT
          </datablock>
        </sample>
      </individual>
      <individual name="01_0033   ">
        <sample name="01_0033   ">
          <datablock type="DNA">
            GCCTCAAGCCCGCACATTGGCTACGGGGTGCAGCGCGCGGGCCACAACGCGCAGGGCTGCAATGCCTTGGTGGTCTAACCTATCCCAGGACTAGAATTGGGTCAGTTTAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0035   ">
        <sample name="01_0035   ">
          <datablock type="DNA">
            ACCTCAAGCCCGCACATTGGCTACGGGGTGTGGCGCGCGGGCCACAACGCGCAGGGATGCAATGCCTTGGTGGTCTAACCTATCCCAGGACCAGAATTGGGTCAGTTTAGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0031   ">
        <sample name="01_0031   ">
          <datablock type="DNA">
            GTTACAATACTTGACACCGGCTCTGGCACTTGGCCAACAGGACATGATGCACGTGAACACGTTGACTTAATCGTCTAACCTTTCACAAGGCCAAAATCAGAGCAATTAAGTTAC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0028   ">
        <sample name="01_0028   ">
          <datablock type="DNA">
            GTTACAATACTTGACACCGGCTCTGGCACTTGGCCAACAGGACATGATGCACGTGAACACGTTGACTTAATCGTCTAACCTTTCACAAGGCCAAAATCAGAGCAATTAAGTTAC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0032   ">
        <sample name="01_0032   ">
          <datablock type="DNA">
            GTTACAATACTTGACACCGGCTCTGGCACTTGGCCAACAGGACATGATGCACGTGAACACGTTGACTTAATCGTCTAACCTTTCACAAGGCCAAAATCAGAGCAATTAAGTTAC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0023   ">
        <sample name="01_0023   ">
          <datablock type="DNA">
            GCTATAATACTTGACACTGGCCATGGCACTTGGCCCACAGGACATGATGCGCGTAAACATCTTGACATAACCGACTAACCTTGCATAAAGTCGGAATCAGAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0036   ">
        <sample name="01_0036   ">
          <datablock type="DNA">
            GCTATAATACTTGACACTGGCCATGGCACTTGGCCCACAGGACATGATGCGCGTAAACATCTTGACATAACCGACTAACCTTGCATAAAGTCGGAATCAGAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0039   ">
        <sample name="01_0039   ">
          <datablock type="DNA">
            GCTATAATACTTGACACTGGCCATGGCACTTGGCCCACAGGACATGATGCGCGTAAACATCTTGACATAACCGACTAACCTTGCATAAAGTCGGAATCAGAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0021   ">
        <sample name="01_0021   ">
          <datablock type="DNA">
            GCTATAATATTTGACACTGGCCATGGCACTTGGCCCACAGGACATGATGCGCGTGAACATCTTGACTTAACCAACAAACTTTTCATAAAGCCGGAATCAGAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0034   ">
        <sample name="01_0034   ">
          <datablock type="DNA">
            GCTATAATATTTGACACTGGCCATGGCACTTGGCCCACAGGACATGATGCGCGTGAACATCTTGACTTAACCAACTAACTTTTCATAAAGCCGGAATCAGAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
      <individual name="01_0037   ">
        <sample name="01_0037   ">
          <datablock type="DNA">
            GCTATAATATTTGACACTGGCCATGGCACTTGGCCCACAGGACATGATGCGCGTGAACATCTTGACTTAACCAACTAACTTTTCATAAAGCCGGAATCAGAGCAATTAGGTGGC
          </datablock>
        </sample>
      </individual>
    </population>
    </region>
    <region name="region2">
      <model name="Brownian">
        <normalize>false</normalize>
        <categories>
          <num-categories>1</num-categories>
          <rates> 1</rates>
          <probabilities> 1</probabilities>
          <autocorrelation>1</autocorrelation>
        </categories>
        <relative-murate>1</relative-murate>
      </model>
      <effective-popsize>1</effective-popsize>
      <spacing>
        <block>
          <map-position>0</map-position>
          <length>1</length>
          <offset>0</offset>
        </block>
      </spacing>
    <population name="pop1">
      <individual name="0BAM 0BAG ">
        <sample name="0BAM 0BAG -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAM 0BAG -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAT 0BAK ">
        <sample name="0BAT 0BAK -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAT 0BAK -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAB 0BAS ">
        <sample name="0BAB 0BAS -1">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
        <sample name="0BAB 0BAS -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAJ 0BAR ">
        <sample name="0BAJ 0BAR -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="0BAJ 0BAR -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAC 0BAI ">
        <sample name="0BAC 0BAI -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="0BAC 0BAI -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAN 0BAQ ">
        <sample name="0BAN 0BAQ -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAN 0BAQ -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAD 0BAA ">
        <sample name="0BAD 0BAA -1">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
        <sample name="0BAD 0BAA -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAE 0BAL ">
        <sample name="0BAE 0BAL -1">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
        <sample name="0BAE 0BAL -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAF 0BAH ">
        <sample name="0BAF 0BAH -1">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
        <sample name="0BAF 0BAH -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAP 0BAO ">
        <sample name="0BAP 0BAO -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAP 0BAO -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
    </population>
    <population name="pop2">
      <individual name="1BAA 1BAB ">
        <sample name="1BAA 1BAB -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="1BAA 1BAB -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAC 1BAJ ">
        <sample name="1BAC 1BAJ -1">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
        <sample name="1BAC 1BAJ -2">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAN 1BAP ">
        <sample name="1BAN 1BAP -1">
          <datablock type="MICROSAT">
            19 
          </datablock>
        </sample>
        <sample name="1BAN 1BAP -2">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAR 1BAS ">
        <sample name="1BAR 1BAS -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="1BAR 1BAS -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAH 1BAI ">
        <sample name="1BAH 1BAI -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="1BAH 1BAI -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAD 1BAQ ">
        <sample name="1BAD 1BAQ -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="1BAD 1BAQ -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAL 1BAG ">
        <sample name="1BAL 1BAG -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAL 1BAG -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAT 1BAM ">
        <sample name="1BAT 1BAM -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAT 1BAM -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAE 1BAK ">
        <sample name="1BAE 1BAK -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAE 1BAK -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAO 1BAF ">
        <sample name="1BAO 1BAF -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAO 1BAF -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
    </population>
    </region>
    <region name="region3">
      <model name="Brownian">
        <normalize>false</normalize>
        <categories>
          <num-categories>1</num-categories>
          <rates> 1</rates>
          <probabilities> 1</probabilities>
          <autocorrelation>1</autocorrelation>
        </categories>
        <relative-murate>1</relative-murate>
      </model>
      <effective-popsize>1</effective-popsize>
      <spacing>
        <block>
          <map-position>0</map-position>
          <length>1</length>
          <offset>0</offset>
        </block>
      </spacing>
    <population name="pop1">
      <individual name="0BAM 0BAG ">
        <sample name="0BAM 0BAG -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAM 0BAG -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAT 0BAK ">
        <sample name="0BAT 0BAK -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAT 0BAK -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAB 0BAS ">
        <sample name="0BAB 0BAS -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAB 0BAS -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAJ 0BAR ">
        <sample name="0BAJ 0BAR -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAJ 0BAR -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAC 0BAI ">
        <sample name="0BAC 0BAI -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAC 0BAI -2">
          <datablock type="MICROSAT">
            12 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAN 0BAQ ">
        <sample name="0BAN 0BAQ -1">
          <datablock type="MICROSAT">
            25 
          </datablock>
        </sample>
        <sample name="0BAN 0BAQ -2">
          <datablock type="MICROSAT">
            12 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAD 0BAA ">
        <sample name="0BAD 0BAA -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="0BAD 0BAA -2">
          <datablock type="MICROSAT">
            12 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAE 0BAL ">
        <sample name="0BAE 0BAL -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="0BAE 0BAL -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAF 0BAH ">
        <sample name="0BAF 0BAH -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="0BAF 0BAH -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAP 0BAO ">
        <sample name="0BAP 0BAO -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="0BAP 0BAO -2">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
      </individual>
    </population>
    <population name="pop2">
      <individual name="1BAA 1BAB ">
        <sample name="1BAA 1BAB -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAA 1BAB -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAC 1BAJ ">
        <sample name="1BAC 1BAJ -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAC 1BAJ -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAN 1BAP ">
        <sample name="1BAN 1BAP -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAN 1BAP -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAR 1BAS ">
        <sample name="1BAR 1BAS -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAR 1BAS -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAH 1BAI ">
        <sample name="1BAH 1BAI -1">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
        <sample name="1BAH 1BAI -2">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAD 1BAQ ">
        <sample name="1BAD 1BAQ -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="1BAD 1BAQ -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAL 1BAG ">
        <sample name="1BAL 1BAG -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="1BAL 1BAG -2">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAT 1BAM ">
        <sample name="1BAT 1BAM -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="1BAT 1BAM -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAE 1BAK ">
        <sample name="1BAE 1BAK -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="1BAE 1BAK -2">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAO 1BAF ">
        <sample name="1BAO 1BAF -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="1BAO 1BAF -2">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
      </individual>
    </population>
    </region>
    <region name="region4">
      <model name="Brownian">
        <normalize>false</normalize>
        <categories>
          <num-categories>1</num-categories>
          <rates> 1</rates>
          <probabilities> 1</probabilities>
          <autocorrelation>1</autocorrelation>
        </categories>
        <relative-murate>1</relative-murate>
      </model>
      <effective-popsize>1</effective-popsize>
      <spacing>
        <block>
          <map-position>0</map-position>
          <length>1</length>
          <offset>0</offset>
        </block>
      </spacing>
    <population name="pop1">
      <individual name="0BAM 0BAG ">
        <sample name="0BAM 0BAG -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="0BAM 0BAG -2">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAT 0BAK ">
        <sample name="0BAT 0BAK -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="0BAT 0BAK -2">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAB 0BAS ">
        <sample name="0BAB 0BAS -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="0BAB 0BAS -2">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAJ 0BAR ">
        <sample name="0BAJ 0BAR -1">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
        <sample name="0BAJ 0BAR -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAC 0BAI ">
        <sample name="0BAC 0BAI -1">
          <datablock type="MICROSAT">
            19 
          </datablock>
        </sample>
        <sample name="0BAC 0BAI -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAN 0BAQ ">
        <sample name="0BAN 0BAQ -1">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
        <sample name="0BAN 0BAQ -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAD 0BAA ">
        <sample name="0BAD 0BAA -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="0BAD 0BAA -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAE 0BAL ">
        <sample name="0BAE 0BAL -1">
          <datablock type="MICROSAT">
            13 
          </datablock>
        </sample>
        <sample name="0BAE 0BAL -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAF 0BAH ">
        <sample name="0BAF 0BAH -1">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
        <sample name="0BAF 0BAH -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAP 0BAO ">
        <sample name="0BAP 0BAO -1">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
        <sample name="0BAP 0BAO -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
    </population>
    <population name="pop2">
      <individual name="1BAA 1BAB ">
        <sample name="1BAA 1BAB -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="1BAA 1BAB -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAC 1BAJ ">
        <sample name="1BAC 1BAJ -1">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
        <sample name="1BAC 1BAJ -2">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAN 1BAP ">
        <sample name="1BAN 1BAP -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="1BAN 1BAP -2">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAR 1BAS ">
        <sample name="1BAR 1BAS -1">
          <datablock type="MICROSAT">
            19 
          </datablock>
        </sample>
        <sample name="1BAR 1BAS -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAH 1BAI ">
        <sample name="1BAH 1BAI -1">
          <datablock type="MICROSAT">
            19 
          </datablock>
        </sample>
        <sample name="1BAH 1BAI -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAD 1BAQ ">
        <sample name="1BAD 1BAQ -1">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
        <sample name="1BAD 1BAQ -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAL 1BAG ">
        <sample name="1BAL 1BAG -1">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
        <sample name="1BAL 1BAG -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAT 1BAM ">
        <sample name="1BAT 1BAM -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="1BAT 1BAM -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAE 1BAK ">
        <sample name="1BAE 1BAK -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="1BAE 1BAK -2">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAO 1BAF ">
        <sample name="1BAO 1BAF -1">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
        <sample name="1BAO 1BAF -2">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
      </individual>
    </population>
    </region>
    <region name="region5">
      <model name="Brownian">
        <normalize>false</normalize>
        <categories>
          <num-categories>1</num-categories>
          <rates> 1</rates>
          <probabilities> 1</probabilities>
          <autocorrelation>1</autocorrelation>
        </categories>
        <relative-murate>1</relative-murate>
      </model>
      <effective-popsize>1</effective-popsize>
      <spacing>
        <block>
          <map-position>0</map-position>
          <length>1</length>
          <offset>0</offset>
        </block>
      </spacing>
    <population name="pop1">
      <individual name="0BAM 0BAG ">
        <sample name="0BAM 0BAG -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="0BAM 0BAG -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAT 0BAK ">
        <sample name="0BAT 0BAK -1">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
        <sample name="0BAT 0BAK -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAB 0BAS ">
        <sample name="0BAB 0BAS -1">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
        <sample name="0BAB 0BAS -2">
          <datablock type="MICROSAT">
            19 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAJ 0BAR ">
        <sample name="0BAJ 0BAR -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="0BAJ 0BAR -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAC 0BAI ">
        <sample name="0BAC 0BAI -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="0BAC 0BAI -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAN 0BAQ ">
        <sample name="0BAN 0BAQ -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="0BAN 0BAQ -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAD 0BAA ">
        <sample name="0BAD 0BAA -1">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
        <sample name="0BAD 0BAA -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAE 0BAL ">
        <sample name="0BAE 0BAL -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="0BAE 0BAL -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAF 0BAH ">
        <sample name="0BAF 0BAH -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="0BAF 0BAH -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAP 0BAO ">
        <sample name="0BAP 0BAO -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="0BAP 0BAO -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
    </population>
    <population name="pop2">
      <individual name="1BAA 1BAB ">
        <sample name="1BAA 1BAB -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="1BAA 1BAB -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAC 1BAJ ">
        <sample name="1BAC 1BAJ -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="1BAC 1BAJ -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAN 1BAP ">
        <sample name="1BAN 1BAP -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="1BAN 1BAP -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAR 1BAS ">
        <sample name="1BAR 1BAS -1">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
        <sample name="1BAR 1BAS -2">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAH 1BAI ">
        <sample name="1BAH 1BAI -1">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
        <sample name="1BAH 1BAI -2">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAD 1BAQ ">
        <sample name="1BAD 1BAQ -1">
          <datablock type="MICROSAT">
            17 
          </datablock>
        </sample>
        <sample name="1BAD 1BAQ -2">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAL 1BAG ">
        <sample name="1BAL 1BAG -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="1BAL 1BAG -2">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAT 1BAM ">
        <sample name="1BAT 1BAM -1">
          <datablock type="MICROSAT">
            18 
          </datablock>
        </sample>
        <sample name="1BAT 1BAM -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAE 1BAK ">
        <sample name="1BAE 1BAK -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="1BAE 1BAK -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAO 1BAF ">
        <sample name="1BAO 1BAF -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="1BAO 1BAF -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
    </population>
    </region>
    <region name="region6">
      <model name="Brownian">
        <normalize>false</normalize>
        <categories>
          <num-categories>1</num-categories>
          <rates> 1</rates>
          <probabilities> 1</probabilities>
          <autocorrelation>1</autocorrelation>
        </categories>
        <relative-murate>1</relative-murate>
      </model>
      <effective-popsize>1</effective-popsize>
      <spacing>
        <block>
          <map-position>0</map-position>
          <length>1</length>
          <offset>0</offset>
        </block>
      </spacing>
    <population name="pop1">
      <individual name="0BAM 0BAG ">
        <sample name="0BAM 0BAG -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="0BAM 0BAG -2">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAT 0BAK ">
        <sample name="0BAT 0BAK -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="0BAT 0BAK -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAB 0BAS ">
        <sample name="0BAB 0BAS -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="0BAB 0BAS -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAJ 0BAR ">
        <sample name="0BAJ 0BAR -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="0BAJ 0BAR -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAC 0BAI ">
        <sample name="0BAC 0BAI -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="0BAC 0BAI -2">
          <datablock type="MICROSAT">
            24 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAN 0BAQ ">
        <sample name="0BAN 0BAQ -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="0BAN 0BAQ -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAD 0BAA ">
        <sample name="0BAD 0BAA -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="0BAD 0BAA -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAE 0BAL ">
        <sample name="0BAE 0BAL -1">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
        <sample name="0BAE 0BAL -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAF 0BAH ">
        <sample name="0BAF 0BAH -1">
          <datablock type="MICROSAT">
            14 
          </datablock>
        </sample>
        <sample name="0BAF 0BAH -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="0BAP 0BAO ">
        <sample name="0BAP 0BAO -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="0BAP 0BAO -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
    </population>
    <population name="pop2">
      <individual name="1BAA 1BAB ">
        <sample name="1BAA 1BAB -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="1BAA 1BAB -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAC 1BAJ ">
        <sample name="1BAC 1BAJ -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="1BAC 1BAJ -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAN 1BAP ">
        <sample name="1BAN 1BAP -1">
          <datablock type="MICROSAT">
            20 
          </datablock>
        </sample>
        <sample name="1BAN 1BAP -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAR 1BAS ">
        <sample name="1BAR 1BAS -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="1BAR 1BAS -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAH 1BAI ">
        <sample name="1BAH 1BAI -1">
          <datablock type="MICROSAT">
            21 
          </datablock>
        </sample>
        <sample name="1BAH 1BAI -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAD 1BAQ ">
        <sample name="1BAD 1BAQ -1">
          <datablock type="MICROSAT">
            13 
          </datablock>
        </sample>
        <sample name="1BAD 1BAQ -2">
          <datablock type="MICROSAT">
            23 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAL 1BAG ">
        <sample name="1BAL 1BAG -1">
          <datablock type="MICROSAT">
            15 
          </datablock>
        </sample>
        <sample name="1BAL 1BAG -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAT 1BAM ">
        <sample name="1BAT 1BAM -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="1BAT 1BAM -2">
          <datablock type="MICROSAT">
            22 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAE 1BAK ">
        <sample name="1BAE 1BAK -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="1BAE 1BAK -2">
          <datablock type="MICROSAT">
            25 
          </datablock>
        </sample>
      </individual>
      <individual name="1BAO 1BAF ">
        <sample name="1BAO 1BAF -1">
          <datablock type="MICROSAT">
            16 
          </datablock>
        </sample>
        <sample name="1BAO 1BAF -2">
          <datablock type="MICROSAT">
            29 
          </datablock>
        </sample>
      </individual>
    </population>
    </region>
  </data>
</lamarc>
