To investigate the vertical distribution of aerosol optical characteristics in Nanyang City, a
ground-based dual-wavelength (532 nm and 355 nm) lidar system was developed for …

Clouds are significant in the global radiation budget, atmospheric circulation, and
hydrological cycle. However, knowledge regarding the observed climatology of the cloud …

Beijing frequently experiences dust storms during spring, which result in deteriorated
visibility and cause negative health impacts. In this paper, the dust particles were collected …

The verification and correction of CALIPSO aerosol products is key to understanding the
atmospheric environment and climate change. However, CALIPSO often cannot detect the …

This study investigated the meteorological influence of mineral dust in the south-western
African region using satellite and reanalysis datasets by studying 1) the seasonal transport …

Absorption and scattering characteristics of various aerosol events are investigated using 2-
years of measurements from a skyradiometer at Yonsei University in Seoul, Korea. Both …

This paper presents the seasonality of vertical profiles of CO 2 within 0–1100 m at a
suburban site and discussions on the impacts of meteorological parameters on it. CO 2 …

Angstrom exponent (AE) and aerosol optical depth (AOD) obtained from the aerosol robotic
network (AERONET) and volume depolarization ratio (VDR) obtained from the cloud-aerosol …

Knowledge of the vertical distribution of absorbing aerosols is crucial for radiative forcing
assessment, and its quasi real-time prediction is one of the keys for the atmospheric …

We analyzed a June 2018 Nanjing, China haze event using ground-based and spaceborne
sensors, combined with sounding and HYSPLIT backward trajectory data, with the ground …