Sentence examples for mitigation compared to from inspiring English sources

In addition, the simulation results show that the proposed WFs present better performances in MP mitigation compared to the WFs adopted by the Galileo and global positioning system modernization.

During a 4-month period of concurrent monitoring at all sites, varied substrate depth did not influence runoff depth (volume), %-retention, or %-peak flow mitigation compared to a control roof at the same site.

The proposed NES passively absorbs and rapidly dissipates a considerable amount of the impulse energy induced into the linear structure, leading to very effective shock mitigation compared to a double-sided (symmetric) VI NES.

This means that fossil fuel companies will be obligated to blend the respective biofuel with its fossil counterpart petrol or diesel, in order to produce a fuel mix which achieves a 7% GHG mitigation (compared to fossil gasoline and diesel mix) for the entire fuel sector by 2020 [9].

Still, the importance of those forests for climate change mitigation compared to managed forests is under controversial debate.

Current studies have the objective to evaluate the mission costs due to space debris in a business as usual (no mitigation) scenario compared to the missions costs considering debris mitigation.

Gas-fired power generation will reach 6%% in 2020 and continue to increase to 7%% in 2030 in the mitigation scenario, compared to 2%% in 2010, 4%% in 2020, and 6%% in 2030 of the reference scenario.

Some biofuels have the potential to significantly enhance energy security (e.g. with regard to storable energy, regional supply and substituting fossil fuels), achieve GHG mitigation targets compared to fossil fuels, as well as providing the opportunity to diversify agriculture systems to providing both fuel and food, while simultaneously supporting rural communities.

Linear regression plots indicate that coexposure to as-produced CB nanoparticles or PAC induced a dose-dependent decrease in mortality, but only PAC caused a statistically significant mitigation when compared to 200 mg/L benzene.

Contrasting this outcome, Rowe et al. (2009) find that DECs of miscanthus and SRC can provide positive outcomes to biodiversity, soil properties and GHG mitigation when compared to arable crops, and these outcomes are also noted for miscanthus by Wang et al. (2014).

However, the specimens made with the both Class F fly ash and lithium salt produced more effective mitigation approach when compared to those prepared with fly ash or lithium salt alone.