Sentence examples for can be explained largely from inspiring English sources
These findings can be explained largely by the prevailing low rainfall intensities and the frequent occurrence of small rainfall events.
As more data have become available, however, it is becoming clear that the difference can be explained largely by seasonal fluctuations.
It can be explained largely in terms of the convergence of three movements: one among architects, one among artists, and one among the governmental agencies and private institutions that have commissioned most of the significant public art built in recent years.
One way to boost both economic efficiency and spending in the euro area would be to shake up its over-regulated mortgage markets.Research by the OECD has found that variations in the growth of consumer spending among countries in recent years can be explained largely by differences in mortgage finance.
Although the trend appeared to go into reverse in 1999 and last year, this can be explained largely by the effect of a few huge deals, notably Vivendi's $34 billion acquisition last June of Seagram's Universal business.This is consistent with other measures.
We concluded that the difference in vulnerability of the two stands to beetle outbreaks can be explained largely by differences in gross photosynthesis attributed to the fact that an equivalent amount of stored water in the rooting zone (100 mm) is extracted less efficiently from fine-textured soils than from coarse-textured ones.
What little correlation is observed for flies can apparently be explained largely by greater sampling error for highly expressed proteins because they tend to evolve more slowly, as demonstrated by the sampling analysis shown in table 3. Thus, despite the fact that expression level is the best known predictor of ER, it does not correlate strongly with the tendency of that rate to fluctuate.
These results can be explained by the reabsorption of NGAL largely by efficient megalin-dependent endocytosis [ 21].
The effects of variables such as solution composition, electrode potential, and cycle frequency can be qualitatively explained largely in terms of surface-reaction kinetics and adsorbed-hydrogen coverage in many cases, but a quantitative understanding is lacking.
Although Type I IFN administered in the periphery can to some level access the CNS, the effects of IFN-β therapy in MS can largely be explained as reflecting peripheral action [ 30].
