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Last modified
7/14/2009 5:02:32 PM
Creation date
6/1/2009 12:00:57 PM
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UCREFRP
UCREFRP Catalog Number
7970
Author
Dowling, T. E. and W. L. Minckley.
Title
Genetic Diversity Of Razorback Sucker As Determined By Restriction Endonuclease Analysis Of Mitochondrial DNA.
USFW Year
1994.
USFW - Doc Type
Bureau of Reclamation, # 0-FC-40-09530-004,
Copyright Material
NO
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and keel size) possessed flannelmouth mtDNA. While some of these individuals may simply <br />have been razorback or flannelmouth suckers with unusual morphologies, hybridization has <br />also been indicated by allozyme analysis (Buth and Haglund, unpublis`~ed data). <br />MtDNA variation within natural populations.- Levels of variation were examined in all <br />samples except for those from the CRIT canals (because there were too few individuals) or <br />the Little Colorado River (due to suspect morphology of all specimens). Estimates of within- <br />population variation were dramatically different among samples (Table 3). Haplotype <br />diversity was highest in Lake Mohave (h=0.97) and lowest in the upper Colorado River <br />(h=0.00). Geographically intermediate samples exhibited intermediate h values, varying from <br />0.73 to 0.82. Because of difficulties in using h as an estimator of population variability <br />(discussed in detail below), we computed the number of haplotypes per sample corrected for <br />sample size (nh, Table 3). The value for nh was greatest in the Lake Mohave sample (0.67 <br />per indivi.lual), considerably larger than for any other population, and declined progressively <br />in samples upstream from Lake Mohave with the lowest value of 0.04 in the upper Colorado <br />River. <br />MtDNA variation among natural populations.- Analysis of geographic heterogeneity using <br />Monte Carlo simulation (Roff and Bentzen, 1989) yielded high x2 values for both 4+6 by and <br />only 6 by composite haplotypes (x2=239.5 and x2=104.7, respectively), significantly greater <br />than values obtained in 1000 simulated replicates (for 4+6 by datz, maximum x2=194.5; for 6 <br />by data, maximum x2=63.5). <br />Due to concerns over the nature of the upper Colorado River sample, a second set of <br />anal; ses were performed without that sample. x2 values were not as large as those obtained <br />from analysis of all populations (for 4+6 by data, x2=160.5; for 6 by data, x2=53.2); however, <br />valves obtained from the original matrix were still significantly greater than thosg obtained <br />8 <br />
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