Sentence examples for provinces differences from inspiring English sources

However, at farm level the prevalence was higher in both provinces, differences being significant only for La Pampa (P < 0.05).

We analyzed public funding and private investment in five aspects: total investment in the industry, funding sources of the whole industry, differences between provinces, difference in subsectors, and private equity/venture capital investment.

In order to clarify the complicated relationships between public funding and private investment in China's pharmaceutical industry, we analyzed the data in five aspects: total investment in the industry, funding sources of the whole industry, difference in provinces, difference in subsectors, and PE/VC investment.

It is worth noting that when controlling for regional heterogeneities by including province dummies, a higher degree of privatisation is still correlated with greater income inequality, but province differences do not have much influence on income inequality.

While this comes at the cost of disregarding cross-province differences by imposing the same underlying structure for each cross-section unit, Gavin and Theodorou emphasize that the panel approach allows one to uncover common dynamic relationships [63].

Quebec and Ontario are far more common locations for non-migrants than interprovincial migrants, while the reverse holds for the eastern or western provinces, with differences especially large for Alberta and BC.

Despite no change in AMT TCHLa in northern and equatorial provinces, significant differences in PSC were observed, related to changes in key diagnostic pigments (fucoxanthin, peridinin, 19′-hexanoyloxyfucoxanthin and zeaxanthin), with an increase in small cells (nano- and pico-phytoplankton) and a decrease in larger cells (micro-phytoplankton).

(For comparison, the population structure among the British reference samples was nonsignificant (p = 0.08).) When FST was analyzed between the three regions and the provinces simultanously, differences both among the regions (FST = 0.0004) and among the provinces within the regions (FST = 0.0003) were significant (p<0.0002 for both).

Both provinces demonstrated differences in the way that health infrastructure related to information and/or evidence (e.g., training, education, evaluation, knowledge exchange) is conceptualized.

Pandemic-related excess mortality rates for 1918 1921 varied 10-fold across the 24 provinces; these differences were partly explained by latitude, baseline mortality rates, and population density.

Examination in stratified models revealed the results were not consistent across all provinces; significant differences were observed between tracer and non-tracer subdistricts over time in five of nine provinces for treatment default.