Sentence examples for more efficient dispersal from inspiring English sources

Compared to high mountains, the genetic structure of P. eunomia populations in the lowlands of central Europe corresponds to (i) a lower dispersal rate leading to a lower neighbourhood size, and (ii) for the individuals which do disperse to a more efficient dispersal power preventing thus isolation by distance in lowland areas of relative high connectivity.

Moreover, greater numbers of juvenile thalli of Platismatia were found on control twigs (unsown) in the old forest, compared with the young forest, suggesting higher propagule density and more efficient dispersal in the old stand.

The reason for these elaborations is not known, though in light of our results, they may represent adaptations that allow for more efficient dispersal by specific insect species.

This difference may imply a more efficient dispersal that could have enabled A. schaueriana to colonize the southern and southeastern coast of Brazil.

This difference in genetic structure between genomic compartments was translated into a pollen/seed flow ratio of 25.85, indicating that pollen-mediated gene dispersal is 25-fold more efficient than dispersal through seeds.

This introduced haplotype M has been spreading and outcompeting the native P. australis subsp. americanus (Saltonstall et al. 2004) by means of faster growth, greater investment in sexual reproduction and more efficient seed dispersal (Howard et al. 2008; Belzile et al. 2010; McCormick et al. 2010, Kettenring et al. 2011).

Therefore, the results suggest that seed dispersal of O. maculata is more efficient than pollen dispersal due to colonization events of new areas.

In addition, seed dispersal syndromes for plant species in the savanna grassland are represented by similar proportions of wind dispersal (40%%) and granivorous animals (40 %) (Ramírez 2000), which may also influence the segregation of the timing of ripe fruit production in the savanna grassland, ensuring a more efficient distribution of dispersal syndromes throughout the year.

One possible explanation could be that the larval dispersal by ocean currents is more efficient than the spore dispersal by wind in mosses.

In our case, the symbiotic life-form as a whole survived and thus can be dispersed endozoochorously, which very likely is a more efficient mode of lichen dispersal than via spores.

Hence we think that estimating the emigration probability from individual home-range can be more efficient to show a sex-biased dispersal and dissociate routine movements from dispersal.