Sentence examples for contribution of emissions from inspiring English sources

The contribution of emissions by driver differs for these countries; timber harvest was the main cause for 5 of the top 10 countries, followed by woodfuel for three countries, and fire for the last two.

In addition, we will use the results of administrative work of IMO MEPC 60/WP.5 conference, which details in its findings the relative contribution of emissions caused by means of sea freight transportation in the global shipping industry.

We will start with understanding the mixture and composition of the carbon emissions, by using the results of the research (Eide 2009), which details in its findings the relative contribution of emissions caused by means of sea freight transportation in the international shipping.

This is consistent with expectations that the contribution of emissions from burners to chronic HCHO in most homes is small compared with emissions from building materials and furnishings.

Based on the above results, the observed shift can be explained as due to changes in a Si-NC sizes (redshift due to quantum confinement effect), changes in number of defect states making contributions to tails of LDOS (blue- or redshift), relative contribution of emission bands from matrix-related defect states, or Si-NC and a Si-NC-related emission.

These include diurnal variation in the number and types of vehicles on roads, fuel types, local meteorology, seasonal variation in meteorological conditions, and contributions of emissions from multiple roadways [ 15– 17].

However, the percentage varies spatially; contributions of emissions sources to deposition in a particular location depend on both the species of Hg emitted and atmospheric chemical processes, transport, and circulation patterns.

The contribution of recovery emissions in the total WTW GHG emissions ranges from 3.12% for Mars crude to 24.25% for California's Kern County heavy oil.

For the analysis presented here, which focuses on the relative contributions of emission source categories, the exact location of the emission sources is not as significant as it would be for research on individual-level human exposures.

For most sectors, it is clearly the contributions of emission categories (S) and (F) that push global GHG intensity values upward, but the magnitude of these contributions varies among sectors.

Liming decreased cumulative N2O emissions from the wheat wheat rotation by 30% by lowering the contribution of N2O emissions following summer–autumn rainfall events, but had no effect on N2O emissions from the lupin wheat rotation.