A class of organic molecules extracted from atmospheric aerosol particles and isolated from
fog and cloud water has been termed HUmic-LIke Substances (HULIS) due to a certain …

A chemical mass balance of fine aerosol (< 1.5 μm AED) collected at three European sites
was performed with reference to the water solubility of the different aerosol classes of …

In a standard reference air dust (NIST 1648–urban particulate matter) as well as in airborne
particulate matter collected in German urban and rural areas (Dortmund, Sauerland) 10 …

The role of surfactant organic matter in marine aerosol production has been studied under
conditions in which there is a large coverage of whitecaps on the sea surface. To improve …

Recent field studies show that a large fraction of the previously uncategorized organic
compounds in atmospheric aerosols are polycarboxylic acids resembling the humic …

Water-soluble macromolecular polyacids can play a potentially important role in the
hygroscopic properties of atmospheric aerosols. These acids have molecular structures …

The hygroscopic growth (HG) of humic‐like substances (HULIS) extracted from smoke and
pollution aerosol particles and of Suwannee River fulvic acid (SRFA, bulk and fractions of …

Global rainwater dissolved organic carbon (DOC) flux was recently estimated as 430×
1012g Cyr− 1, yet little is known about the wide range of chemical compounds present, their …

Significant amounts of humic-like substances (HULIS) are present in marine submicrometer
particles. The cloud condensation nuclei (CCN) activation was investigated for marine …

Accelerated warming and a decline in sea ice coverage in the summertime Arctic Ocean can
significantly affect the emissions of marine organic aerosols and biogenic volatile organic …