Aerosols supply bioaccessible iron to marine biota which could affect climate through
biogeochemical feedbacks. This paper review progresses in research on pyrogenic aerosol …

The atmosphere is a complex medium in which several phases coexist: gas, aerosol
particles, condensed water, liquid, and ice particles. All of the interactions that may occur …

Stormwater harvesting is an effective measure to mitigate flooding risk and pollutant
migration in our urban environment with the continuously increasing impermeable faction …

Sunlight-induced molecular changes have been observed in two samples of dissolved
organic matter (DOM) collected in the Cape Fear River system, North Carolina, USA. The …

Atmospheric processing of combustion aerosols may promote transformation of insoluble
iron into soluble forms. Here, an explicit scheme for iron dissolution of combustion aerosols …

Recent studies reported that the effect of organic complexation may be a potentially
important process to be considered by models estimating atmospheric iron flux to the ocean …

Inorganic nitrogen depletion restricts productivity in much of the low-latitude oceans,
generating a selective advantage for diazotrophic organisms capable of fixing atmospheric …

Atmospheric organic acids potentially display different capacities in iron (Fe) mobilization
from atmospheric dust compared with inorganic acids, but few measurements have been …

The abundance and optical characteristics of dissolved organic matter (DOM) were
determined in 120 rain samples collected in Wilmington, North Carolina, USA, between …

Iron (III) carboxylate photochemistry plays an important role in aerosol aging, especially in
the lower troposphere. These complexes can absorb light over a broad wavelength range …