2005
DOI: 10.1111/j.1365-294x.2005.02671.x
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Dispersal, vicariance, and timing of diversification in Nothonotus darters

Abstract: The species diversity of North American freshwater fishes is unparalleled among temperate regions of the planet. This diversity is concentrated in the Central Highlands of eastern North America and this distribution pattern has inspired different models involving either dispersal or vicariance to explain the high species diversity of North American fishes. The most popular of these models is the Central Highlands vicariance hypothesis (CHVH), which proposes an ancient and diverse widespread fauna that existed … Show more

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Cited by 78 publications
(86 citation statements)
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“…We propose that extensive taxon sampling and large numbers of AFLP fragments are sufficient to overcome the increased proportion of non-homologous comigrating bands in distantly related taxa. In addition, we propose an AFLP molecular clock based on previous studies that used sequence data calibrated to the absolute age of fossils of centrarchid fishes (Near and Benard, 2004;Near and Keck, 2005;Hollingsworth and Near, 2009). Finally, we show that the AFLP distance measures described by Mougel et al (2002) may provide a more precise estimate of genetic distance than the more traditionally used Nei-Li equation.…”
Section: Introductionmentioning
confidence: 83%
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“…We propose that extensive taxon sampling and large numbers of AFLP fragments are sufficient to overcome the increased proportion of non-homologous comigrating bands in distantly related taxa. In addition, we propose an AFLP molecular clock based on previous studies that used sequence data calibrated to the absolute age of fossils of centrarchid fishes (Near and Benard, 2004;Near and Keck, 2005;Hollingsworth and Near, 2009). Finally, we show that the AFLP distance measures described by Mougel et al (2002) may provide a more precise estimate of genetic distance than the more traditionally used Nei-Li equation.…”
Section: Introductionmentioning
confidence: 83%
“…We indirectly calibrated the AFLP molecular clock using three estimated node ages from mtDNA and nuclear intron analyses that were calibrated to the absolute age of centrarchid fossils (Near and Benard, 2004;Near and Keck, 2005). We found a strong positive linear correlation with respect to time for both DiceJC and PAUP* Nei-Li distances (r ¼ 0.997; 0.998) (Figure 3).…”
Section: Aflp Molecular Clockmentioning
confidence: 97%
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