Sentence examples for broad scale patterns of from inspiring English sources

Identifying the broad scale patterns of schistosomiasis is crucial because ecological and climatic changes plus human migration may have led to changes in the prevalence and distribution of the disease in different parts of endemic countries [ 7].

This phenomenon has been previously documented in human chimpanzee broad scale correlations, where inverted regions showed a lower correlation in recombination rate than noninverted regions (Auton et al. 2012), supporting the conclusion that inversions influence broad scale patterns of recombination across multiple species.

In comparison, few studies have examined broad scale patterns of local adaptation in relation to spatial scale (as a surrogate of environmental variation and genetic divergence; Galloway and Fenster 2000; Joshi et al. 2001; Becker et al. 2006) or environmental heterogeneity (Montalvo and Ellstrand 2000; Raabová et al. 2007; Hereford and Winn 2008).

Nevertheless, the understanding of fine and broad scale patterns of ploidy variation is limited to relatively few species, and studies exploring variation in ploidy level and/or GS within taxa from different geographic areas are much needed [ 28], as are studies covering entire species-rich genera.

Identifying the broad scale patterns of schistosomiasis is crucial because schistosomiasis control is often diluted at a national level but remains a public health problem in geographically restricted areas [ 4] and as such, there is a need to identify these areas.

Habitat suitability modelling has been used traditionally to study broad-scale patterns of species distribution but can also be applied to address conservation needs at finer scales.

Describing the relationships between broad-scale patterns of natural regeneration, landscape characteristics, climate and current and historical land use could assist in the development of regional revegetation strategies.

The temporal consistency observed in the broad-scale patterns of denudation rates probably results from the persistent imprint of the initial crustal architecture and drainage network.

Habitat suitability models (HSMs) have so far been used mainly to study broad-scale patterns of species distribution based on environmental variables; however, they can also be applied to address conservation needs at finer scales.

Our surveys included two sampling designs: 1) basin-wide transects sampled during day and night to define broad-scale patterns of spatial overlap among pelagic organisms; and 2) shorter (5 km) transects sampled every 4 h over a 24-h period to explore how diel vertical migration and hypoxia interact to affect time-specific spatial overlap among fishes, mesozooplankton, and phytoplankton.

Although forest management can affect these disturbances locally, broad-scale patterns of beetle outbreaks and wildfires are a clear symptom of climate warming.