Sentence examples for lateral dispersal from inspiring English sources

In addition to the wind variability over time and plume diffusivity, the different wind datasets employed by the two models may also play a role in differences in model output: at lower altitudes (<1 km), the ECMWF data used by TEPHRA2 has comparatively faster wind speeds than the NCEP/NCAR data used by VOL-CALPUFF (Fig. 2), which may help to compensate for the less lateral dispersal in the plume.

Flower counts were based on calyxes, which we presume to be subjected to less lateral dispersal by wind than corollas.

Mikasova and colleagues [ 35] demonstrated that the interaction between EPHB2R and GluN2A subunits of NMDAR is disrupted by application of patient IgG, resulting in a lateral dispersal of synaptic EPHB2R and NMDAR.

Sustained Ca2+ influx through ionotropic glutamate receptor-dependent calcium signaling increases GABAAR lateral diffusion, thereby causing the dispersal of synaptic GABAAR, while tonic mGluR-mediated IICR restrains the diffusion of GABAAR, thus increasing its synaptic density.

This value is useful to understand the soil volume that can be explored for food and protist dispersal potential without lateral water flow.

The integron/gene cassette system is now known to be widely distributed amongst the Bacteria and is a major contributor to the dispersal of genes by Lateral Gene Transfer (LGT).

Our transcriptome will accelerate the dissection of genetic variations and illustration of gene expression and regulatory mechanisms of sand rice adapting to harsh desert environment, and also help us to unravel the controlling mechanism for weedy traits, i.e. long hypocotyl, abnormal growth of lateral branches, flowering at the same time, seed dispersal [ 17].

They call for evolution of FeSODs and then MnSODs from relatively nonspecific ancestors, refinement of a bacterial gene for MnSOD, and dispersal of the descendants of that gene by lateral gene transfer among the different branches of bacteria that possess nonactinobacterial MnSOD now.

Prolonged exposure resulted in a general dispersal of leukocytes compared to controls and, in addition to lateral line neuromasts, leukocyte infiltration was observed in the gills and nose (Additional file 5).

The lateral variations within the fall strata reflect the effects of the prevailing atmospheric conditions on the form and dispersal pattern of the subplinian plume.

Meanwhile, dispersal will continue.