Sentence examples for differences in sink from inspiring English sources

To elucidate the factors influencing the differing SARs between typical indica and japonica cultivars, we focused on differences in sink potentials, especially on starch synthesis in the endosperm.

However, when Changsha and Xingyi were compared, the differences in sink size, spikelet filling percentage and grain weight were attributed to the yield gap between them.

The yield gaps between Huaiji, Binyang and Haikou and Changsha were attributed to the differences in sink (spikelets m−2) and biomass production (source), whereas the yield gap between Changsha and Xingyi was caused by the differences in sink, source and flow (grain-filling percentage, grain weight and harvest index).

Differences in sink efficiency of individual fruits play a critical role in both DW and soluble sugar accumulation in peach.

Although, there was a higher leaf area for 1 kg fruit at the flat vineyard compared to the hilly site, differences in "sink-source" relations and light interception of the canopy between the sites resulted in different yield sugar concentration.

Three types of heat source (hot plate, film heater and copper block with cartridge heaters), two types of piping (polymer and metal), and the presence or absence of manifolds were investigated and the differences in heat sink performance were noted.

Because differences in the sink potential, especially in the ability to synthesize starch, among rice cultivars have not been thoroughly studied, here we compared sink potentials between typical indica and japonica rice cultivars in terms of SSG regulation and found that the SSGs in endosperm were differentially regulated between the two rice cultivars.

Nevertheless, even under condition of unlimited carbohydrate availability, as in thinned trees, differences in fruit sink activity result in substantial variations in fruit sugars.

The detachment may be caused by the difference in the sinking rates along the subducting plate between deep and shallow part of the slab.

At high temperature difference between sink in- and outlet, the transcritical R744 expands the working domain for low sink outlet temperatures.

We observed differences in both source and sink candidate genes, leading us to conclude that selection for grain methionine concentration resulted in differences for both source and sink systems.