Sentence examples for most gene flow from inspiring English sources

Seeds of myrmecochorous plants, therefore, may occasionally disperse across barriers, but once the new habitat is colonized, most gene flow is likely to be local, thereby facilitating speciation.

Population LUA had the most gene flow with the other populations, and MM had the least.

Population genetic patterns suggest that most gene flow occurring between Sumgayit and ALI/NEF is actually immigration into Sumgayit (Table 2, Figure 4).

Other sampled Bantu groups from southern Angola that are not as cattle dependent as the Kuvale exhibit much lower levels of Khoe-San lineage assimilation, suggesting that most gene flow occurred between the herding Khoe peoples and the herding Bantu, probably due to the similarity of their social organization.

Most genes flow from abundant populations at the optimum environmental position into peripheral low-abundance regions, potentially decreasing fitness in the latter, preventing adaptation, and leading to the downward spiral known as migrational meltdown (Kirkpatrick and Barton 1997; Ronce and Kirkpatrick 2001).

Of the evolutionary forces acting on crop landraces, we probably know the most about gene flow.

Most genes will flow between similar climatic selection regimes because similar climates generally occur near each other on a cline.

First, we adapted a method of Hutchison and Templeton (1999), not only allowing us to detect the geographical factor most strongly limiting gene flow, but also the one allowing most genetic drift, which tends to be neglected in landscape models.

Although total network connectivity would be reduced, connectivity at scales most relevant to gene flow (e.g., <1000 m) remains sufficiently in tact to provide a relatively promising outlook for species persistence.

In populations of most social insects, gene flow is maintained through mating between reproductive individuals from different colonies in periodic nuptial flights followed by dispersal of the fertilized foundresses.

Because most seed-mediated gene flow requires human agency, we would not expect it to reach necessarily a new optimum as climate shifts without intentional changes.