Mineralogy and mixing state of North African mineral dust by on-line single-particle mass spectrometry

@inproceedings{Marsden2018MineralogyAM,
  title={Mineralogy and mixing state of North African mineral dust by on-line single-particle mass spectrometry},
  author={Nicholas A. Marsden and Romy Ullrich and Ottmar M{\"o}hler and Stine Eriksen Hammer and Konrad Kandler and Zhiqiang Cui and Paul I. Williams and Michael J. Flynn and Dantong Liu and James D. Allan and Hugh Coe},
  year={2018}
}
Abstract. The mineralogy and mixing state of dust particles originating from the African continent influences climate and marine ecosystems in the North Atlantic due to its effect on radiation, cloud properties and biogeochemical cycling. Single-particle mineralogy and mixing state is particularly important in many processes but is difficult to predict because of large temporal and spatial variability and the lack of in-situ measurements of dust properties during emission, transport and… 
Relationships Between Supermicrometer Sea Salt Aerosol and Marine Boundary Layer Conditions: Insights From Repeated Identical Flight Patterns
TLDR
This study uses MONARC data along with machine learning analysis to evaluate relationships between both supermicrometer sea salt aerosol number and volume concentrations and wind speed, wind direction, sea surface temperature (SST), ambient temperature (Tamb), turbulent kinetic energy (TKE), relative humidity, marine boundary layer (MBL) depth, and drizzle rate.

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