Sentence examples for total mitigation of from inspiring English sources

"That means a total mitigation of 2.9 to 5.2 gigaton CO2, or an extra 1.3 to 3.6 gigaton CO2 so doing more REDD could close the gap".

Although the results of the present study clearly demonstrated a near total mitigation of the effects of DEE exposure on retardation of viral clearance and pathology, inflammation, and oxidative stress, the results must be extrapolated to humans with caution.

If countries and companies were to leapfrog over HFCs into climate-friendly alternatives during the ongoing phase-out of H-CFCs under the Montreal Protocol, this would add an additional 50 39-644) billion tonnes of CO2 equivalent, bringing total mitigation potential of an HFC amendment up to the equivalent of 200 billion tonnes of CO2 by 2050.

If the fault current at bus k has insufficient fault current margin, ε k = I k /I G. Thus, if the values of ε k are equally balanced between buses exceeding fault current limits and buses with insufficient fault current margin, the total mitigation effect of the bus exceeding fault current limits is better.

The full report makes clear that dietary shifts away from a reliance on livestock — especially ruminants like cattle and sheep — and towards plant-based diets could contribute as much as 20percentt of the total mitigation effort needed to hold warming below 2C.

Other studies even suggest that land-based mitigation could be cost-effective compared to energy-related mitigation options, and could provide a large proportion of the total mitigation [11, 12].

Other studies even suggest that land-based mitigation could be cost-effective compared to energy-related mitigation options, and could provide a large proportion of the total mitigation [ 11, 12].

This means that the most cost-efficient biogenic fuel for GHG mitigation and ReCiPe Total mitigation depends on the market penetration of electric and gaseous fuel cars and on the subsequent learning curves and technical optimizations of those cars.

The simultaneous reduction of CO2 emissions and PM2.5 pollution while minimizing the total mitigation costs remains a crucial issue that must be resolved.

The total mitigation from all countries' climate plans under the Paris agreement will equate to a reduction of 9 to 11 billion tonnes of CO2e by 2030.

Thus the cost of resources committed to mitigation should at least be compensated by the value of the resulting recovered outputs and, ideally, the net benefits (total output value recovered minus total mitigation costs) should be maximised, thus optimising economic efficiency.