Sentence examples for emissions influence from inspiring English sources

In sum, the main aim of this investigation is to evaluate how different mechanisms of CO2 emissions influence non-ETS DH system development with the goal of moving towards the zero-emission level and achieving 4GDH system.

BC emissions influence the radiative balance in several ways through direct and semi-direct aerosol effects, as well as by impacting the surface albedo (Forster et al., 2007), and their net effect is likely a warming that enhances the total man-made warming.

In contrast, decisions on greenhouse gas emissions influence global climate over many decades, and the impacts on human societies are therefore likely to be increasingly evident over similar periods.

Second, because NOx emissions influence PM2.5 and ozone concentrations, and given the anticipated health impacts of PM2.5 and ozone, we also considered other pollutants [e.g., SO2, volatile organic compounds (VOCs), and primary PM2.5] that can affect PM2.5 and ozone concentrations.

The idea that plant acoustic emissions may serve as short-range deterrents (or attractants) for some insects is not new as it had been proposed by Mattson and Haack (1987) and again very recently by Dunn and Crutchfield (2009), who speculated that these emissions influence the behavior of such insects as wood borers.

With over 70% of greenhouse gas emissions influenced by local behaviours and investment choices, sub-national authorities, which are often responsible for making key decisions on the ground, will be essential actors in this process.

Biggest challenges for the gas engines is seen to be the methane slip (CH4) emissions influencing the total GHG emissions radically due to thirty times stronger warming potential for 100-year equivalent mass compared to CO2 (Brynolf et al. 2014a, b; Thomson et al. 2015).

How are spontaneous otoacoustic emissions influenced by concurrent stimulation with pure tones?

The extent that industrial emissions influenced sampled PM10 concentration, as predicted by WD, was used to explain this weekday variation.

However, the spatial patterns derived from the two season-specific LUR models were similar because the underlying pattern in NOx emissions, influenced largely by the distribution of traffic, changes little over time.

Overall associations between eNO and BC were strong, however, when controlling for O3 [see Supplemental Material, Table 5 (http://dx.doi.org/10.1289/ehp.1003169)], and cohort-specific associations, which varied among the schools and measured pollutants, also suggest that both traffic and nontraffic emissions influenced eNO in this study.