The oxidative potential (OP) and chemical characteristics of fine particles collected from
urban, roadside, rural, and industrial sites in Korea during spring, summer, fall, and winter …

Electric vehicles are regarded as energy transition technology towards more sustainable
and environment-friendly transportation systems. Despite the benefits of reducing the …

Investment in urban green spaces such as street trees and forest park may be viewed as
both sustainable adaptation and mitigation strategies in responding to a variety of climate …

Black carbon (BC) particles have gathered worldwide attention due to their impacts on
climate and adverse health effects on humans in heavily polluted environments. Such is the …

This paper presents novel results from size-resolved particulate matter (PM) mass,
composition, and morphology measurements conducted during the 2018 southwest …

This study analyzes long-range transport of aerosol and aerosol chemical characteristics
based on instances of high-and low-aerosol-loading events determined via ground-based …

Abstract A 16-month (July 2018–October 2019) dataset of size-resolved aerosol composition
is used to examine the sources and characteristics of five organic acids (oxalate, succinate …

We present the first study of the weekly cycles (WCs) of chemically speciated and size‐
resolved particulate matter (PM) in Metro Manila, Philippines, a coastal megacity located …

The Philippines is moving towards a more sustainable public transport system by
introducing a public utility vehicle (PUV) modernization program with electric jeepneys (e …

Due to very high mobility in the environment and penetration ability into living organisms,
nanoparticles (NPs) of urban dust pose a potential threat to human health and urban …