Sentence examples for greatest mitigation from inspiring English sources

The greatest mitigation of ETS was achieved by the high efficiency in-duct device (median <0.01 μg/m), followed by use of a portable air cleaner in the same room as the smoker (median 3.2 μg/m), the pleated in-duct media filter (median 9.8 μg/m), one portable air cleaner in a bedroom (median 17.8 μg/m), and a conventional in-duct filter (median 29.9 μg/m).

Increasing the SF content in RPC increases its compressive strength and compactness, offering greater mitigation of devastating spalling behaviour, but also producing more pulverized spalling remnants.

It was found that raising the summer indoor design condition by 1 2 °C could result in significant energy savings and have great mitigation potential.

Compared with raw bottom ash, CBBA showed greater mitigation of autogenous shrinkage, meaning that a lower volume proportion of CBBA was sufficient to eliminate autogenous shrinkage in the high-strength mortar.

First, the use of perceived very high-risk and perceived low-risk control groups allow for greater mitigation of potential time bias between the preperiod and postperiod that is common in observational studies.

Hybrid-HMS demonstrates the greatest heat mitigation potentials, followed by Green-HMS, Blue-HMS and Grey-HMS.

Removing grazing significantly reduced the NECB at both sites but in terms of global warming potential (GWP), the greatest GHG mitigation was in the rewetted site which exerted a cooling effect in the second year after the management shift.

This finding approved the hypothesis which was suggested that the greater the adhesion, the greater the mitigation of aging in asphalt mixes.

It was concluded that while NO3− can deliver greater methane mitigation than CSH, CSH has in some studies (though not this study) improved the efficiency of animal production, which, together with the observed short term efficacy in reducing methane emissions suggests CSH may have a role in enabling greater animal production at a reduced environmental cost.

"This will mean much higher rates of global emission reductions in the medium term; greater lock-in of carbon-intensive infrastructure; greater dependence on often unproven technologies in the medium term; greater costs of mitigation in the medium and long term; and greater risks of failing to meet the 2C target," the UN Environment Program stated.

Buildings are seen to hold the greatest estimated economic mitigation potential for reducing GHG emissions (IPCC 2007).