Bottom-up emission inventories of atmospheric nitrogen oxides (NO x= NO+ NO2) are
usually limited to annual updates and have large uncertainties. The recent launch of the …

Current approaches to estimate NO x emissions fail to account for new and small sources,
biomass burning, and sources which change rapidly in time, generally don't account for …

Abstract Of the> 17,943 thousand barrels per calendar day (bbl/d) of oil refining capacity
located in the US, the Petroleum Administration for Defense District 3 (PADD-3) region has …

Nitrogen oxides (NO x= NO+ NO 2) are air pollutants which are co-emitted with CO 2 during
high-temperature combustion processes. Monitoring NO x emissions is crucial for assessing …

Nitrogen oxides (NO x= NO+ NO 2), produced in urban areas and industrial facilities
(particularly in fossil-fuel-fired power plants), are major sources of air pollutants, with …

A unified framework that connects emissions with satellite‐observed column amounts is
derived from first principles. The emission information originates from the inner product of …

In the troposphere, ozone (O 3) formation can be limited by NOx, VOCs, or both,
complicating efforts to reduce O 3 by controlling its precursors. This study used …

High-resolution air quality data products have the potential to help quantify inequitable
environmental exposures over space and across time by enabling the identification of …

In this paper, we propose improved nitrogen dioxide (NO 2) to nitrogen oxide (NO x) scaling
factors for several data-driven methods that are used for the estimation of NO x power plant …

Satellite nitrogen dioxide (NO 2) datasets are increasingly used to evaluate nitrogen oxides
(NOx) emissions inventories. Such studies often use a chemical transport model or a …