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Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table

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Page 1: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 2: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 3: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 4: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 5: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 6: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 7: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 8: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 9: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 10: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 11: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 12: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 13: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 14: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 15: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 16: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 17: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 18: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 19: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 20: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 21: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 22: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 23: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 24: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 25: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 26: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 27: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table
Page 28: Brown University · and its implications for taxonomy at supergenetic levels. The most definite quantitative data is the number of the chromo- somes, which vary from 42 to 72 (Table