Sentence examples for emissions originated from from inspiring English sources

Bromeliads take up NOx with positive δ15N from industrialized and densely populated areas, contrasting with the negative emissions originated from biogenic sources, such as the soil and livestock waste44,45.

According to Moderate Resolution Imaging Spectroradiometer (MODIS) land cover data, the average sand/dust emission rates in natural sources were much higher than that in anthropogenic areas, e.g. from 2001 to 2014, the average annual dust emission of Northern China was about 130 Tg/y, and only approximately 3.7% of dust emissions originated from anthropogenic areas.

Seventy percent of these emissions originated from the combustion of fossil fuels [1].

The strong NBE emissions originated from the free exciton recombination, and the DL emissions are associated with oxygen defects[30, 31].

The concept of climate and health co-benefits (such as cycling to improve fitness and reduce carbon emissions) originated from public sector thinking, but carries important implications for the private sector.

Solid waste and atmospheric emissions originating from power production are serious problems worldwide.

As a result of the measurement a distribution of the intensity of emissions originating from different parts of the source is obtained in the form of emission maps.

An estimated 38% of agriculture's direct emissions originate from soils, 15% from N2O from manure on pasture and 12% from N2O of synthetic fertilisers – the latter at an annual growth rate of 3.9% from 1961 to 2010.

The cement industry faces a unique challenge in reducing greenhouse gas emissions owing to the large amount, 5% of global total, of process emissions originating from the calcination of limestone.

Current European legislation calls for the abatement of greenhouse gas (GHG) emissions through better building design and technological solutions, in order to reduce operational energy use, embodied energy and embodied material emissions originating from buildings.

The relationship between fuel compositions and particulate matter (PM) emissions originating from a gasoline direct injection (GDI) engine was explored and used to identify optimal fuel composition for minimizing the number concentrations of both nucleation mode and accumulation mode PM via a predictive PM model developed by using optimum mixture design DoE (Design of Experiments).