The interactions between aerosol and cloud play a vital role in global climate change and
associated with one of the largest uncertainties. In last few decades, due to unique …

Abstract The Weather Research Forecasting (WRF) version 4.3 model is configured within a
Lagrangian framework to quantify the impact of aerosols on evolving cloud fields. Kilometer …

Oceanic biogenic emissions exert a significant impact on the atmospheric environment
within the marine boundary layer (MBL). This study employs the extreme gradient boosting …

The aerosol–cloud–precipitation interactions within the cloud-topped marine boundary layer
(MBL) are examined using aircraft in situ measurements from Aerosol and Cloud …

The interactions between aerosols and clouds are among the least understood climatic
processes and were studied over Ascension Island. A ground-based UV polarization lidar …

The first indirect or Twomey effect was measured in marine stratocumulus clouds over the
south Atlantic Ocean. Measure-ments were collected over Ascension Island, a remote spot …

Cloud formation in the Pi Convection–Cloud Chamber is achieved via ionization in humid
conditions, without the injection of aerosol particles to serve as cloud condensation nuclei …

The Weather Research Forecasting (WRF) V4. 2 model is configured within a Lagrangian
framework to quantify the impact of aerosols on evolving cloud fields. Simulations employing …

Marine stratocumulus clouds are the predominant cloud type in the mid-latitudes and have
significant impact on the Earth's radiation budget. The transition of marine boundary layer …

Oceans cover two-thirds of the Earth and understanding the interactions of aerosols with
clouds in these large marine regions requires quantifying the man-made contributions to the …