Tropospheric ozone (O3) is a long-range transboundary secondary air pollutant, causing
significant damage to agricultural crops worldwide. There are substantial spatial variations …

Abstract Purpose of Review Fine particulate matter (PM2. 5) and ground-level ozone (O3)
pose a significant risk to human health. The World Health Organization (WHO) has recently …

We evaluate numerical simulations of surface ozone mixing ratios over the south Asian
region during the pre-monsoon season, employing three different emission inventories in …

Abstract Crop Yield Loss (CYL) due to surface ozone substantially affects the Indian
economy and the food availability for a billion residents. Nevertheless, the incurring losses …

Ag–Mn catalysts with excellent water resistance and ozone decomposition activity were
successfully synthesized by simple precipitation and impregnation methods. Under a …

We investigate the distribution of volatile organic compounds (VOCs) over Indian
subcontinent during a winter month of January 2011 combining the regional model WRF …

Chemical characterisation of atmospheric aerosols over Arabian Sea (AS) and Indian Ocean
(IO) have been carried out during the winter period (January to February 2018) as part of the …

Abstract Machine learning (ML) has emerged as a powerful technique in the Earth system
science, nevertheless, its potential to model complex atmospheric chemistry remains largely …

The contribution of biomass burning to the total aerosol loading over Monsoon Asia is both
significant and continuing to increase. To better match the spatio‐temporal distribution of …

With rising anthropogenic activities, surface ozone levels have increased across different
parts of the world including India. Previous studies have shown that surface ozone shows …