Wind speed characteristics may have a significant impact on the power system operation,
stability and dynamics. Hence, appropriate modelling and quantification of wind probability …

Monthly mean tropospheric column O3 and NO2 retrieved from Ozone Monitoring Instrument
on board Aura for the period December 2007 to November 2008 have been analysed to …

One of the challenges in representing warm rain processes in global climate models (GCMs)
is related to the representation of the subgrid variability of cloud properties, such as cloud …

Active remote sensing of marine boundary-layer clouds is challenging as drizzle drops often
dominate the observed radar reflectivity. We present a new method to simultaneously …

We investigated the cloud liquid water (CLW) and rain liquid water (RLW) during weak
precipitations (rain rate below 12 mm/h) using microwave radiometer and microrain radar …

Satellite simulators are often used to account for limitations in satellite retrievals of cloud
properties in comparisons between models and satellite observations. The purpose of this …

The radiative impacts of horizontal heterogeneity of layer cloud condensate, and vertical
overlap of both condensate and cloud fraction are examined with the aid of a new radiation …

Large amounts of fine polluted particles due to anthropogenic activities can enter into the
lower atmosphere and may pollute the lower water clouds, especially continental cumulus …

Deep convective systems (DCSs) play a crucial role in global water cycles, energy
distribution, and extreme weather events. This study aims to enhance the understanding of …

Decadic (2011–2019) column NO2, HCHO, and surface O3 of nine different locations were
studied over the GBM (Ganges–Brahmaputra–Meghna) delta. Column-based HCHO/NO2 …