Structural characterization reveals increase in disorder with increase in concentrations of the electrolyte.
The chlorophyll content of L. minor frond changed with the increase in concentrations of the three material treatments (Fig. 7).
The emission intensity of the Lu3+-bound mesoporous material increases with an increase in concentrations of Lu3+ ion.
Most of the increase in concentrations of greenhouse gases in the Earth's atmosphere is mainly due to anthropogenic activities.
Depletions in the sulfur isotope composition by almost 1‰ in the near bottom area were accompanied by an increase in concentrations of hydrogen sulfide (see Figure 2).
For containers with treatments (i.e., woodchip biochar, manure biochar, and activated carbon), the increase in concentrations after injection of the same standard N2O gas was significantly lower.
Concentrations of 1-hydroxypyrene and 1-hydroxyphenanthrene in bile, both, showed an increase in concentrations with increasing exposure time (Fig. 1).
In 2012 nutrient distributions were similar to those of 2009, but a sharp increase in concentrations started deeper, from approximately 7 m depth (Figure 1C).
Thus, increase in pH and EC resulted in a corresponding increase in concentrations of diazion and pirimiphos-methyl, and diazinon and chlorpyrifos respectively.
There was increase in concentrations of cellopentaose and cellohexaose during initial few hours (3 4 h), and after that their concentrations started decreasing.
In spite of an increase in concentrations of Ca, calcite saturation, and water temperature, which facilitate calcite precipitation, deposition rates decreased because of inhibition by PO3−4 ions.
