Sentence examples for varied water from inspiring English sources

The Irrawaddy, she wrote, is "the grand natural highway, a prolific source of food, the home of varied water flora and fauna, the supporter of traditional modes of life, the muse that has inspired countless works of prose and poetry".

Measurements and computational procedures were performed on two soils with varied water contents.

Salt rejection was obtained between 94 and 99% and varied water flux values for TFC-reference membrane, pristine-MWCNT in MPD, pristine-MWCNT in TMC and MWCNT COOH in MPD were 20.5, 38, 40 and 43 L/m2h.

Physically robust, tolerant of low dissolved oxygen concentrations, varied water quality conditions, relatively high stocking densities and with no planktonic larval stage production techniques are relatively straightforward (Jones 2002; Saoud et al. 2012; Thompson et al. 2003).

As the next case of investigation in this sensitivity analysis, the effect of higher water saturation was examined by defining an alternative of the high viscosity base case with just varied water saturation in the fracture equal to 50%% from the 30%% in the base case.

There have been four types of well-ordered mesophases, 2-D hexagonal p6mm, 3-D cubic ( mathrm{F}mathrm{d}overline{3}mathrm{m} ), ( mathrm{F}mathrm{m}overline{3}mathrm{m} ), and Pm3n, which can be synthesized in the presence of varied water contents of mixed water/ethanol while keeping the surfactant and carbon precursor constant.

Such discrepancy came from varied effective water binder ratio and air content.

Therefore, determining how populations have adapted to varied soil water conditions will enable a greater understanding of past differentiation while also enabling better forest management and restoration in the future (Yong et al. 2000).

To predict the ecological consequences of climate change for a widely distributed tree species, it is essential to develop a deep understanding of the ecophysiological responses of populations from contrasting climates to varied soil water availabilities.

Therefore, we expected that the two populations would show differential responses to varied soil water availabilities, with the population from the high elevation (HP) having a higher drought tolerance than the low-elevation population (LP), which would result in a higher growth rate, biomass production and water-use efficiency under limited water conditions.

"We wanted to take fountain technology — varied planes of water, different textures of water — and use it to tell stories in a new way," Mr. Davison said.