This work reports on the current status of the global modeling of iron (Fe) deposition fluxes
and atmospheric concentrations and the analyses of the differences between models, as …

Herein, we present a description of the Mechanism of Intermediate complexity for Modelling
Iron (MIMI v1. 0). This iron processing module was developed for use within Earth system …

Atmospheric deposition of iron (Fe) plays an important role in controlling oceanic primary
productivity. However, the sources of Fe in the atmosphere are not well understood. In …

Water-soluble metals are known to produce greater adverse human health outcomes than
their water-insoluble forms. Although the concentrations of water-soluble aerosol metals are …

The source apportionment of aerosol iron (Fe), including natural and combustion Fe, is an
important issue because aerosol Fe can enhance oceanic primary production in the surface …

Mineral dust is the largest source of aerosol iron (Fe) to the offshore global ocean, but acidic
processing of coal fly ash (CFA) in the atmosphere could be an important source of soluble …

In the last few years, several ground-based and airborne field campaigns have allowed the
exploration of the properties and impacts of mineral dust in western Africa, one of the major …

The microphysical properties, composition and mixing state of mineral dust, sea salt and
secondary compounds were measured by active and passive aerosol sampling, followed by …

Understanding how multiphase processes affect the iron-containing aerosol cycle is key to
predicting ocean biogeochemistry changes and hence the feedback effects on climate. For …

Trace metals in aerosol particles impact Earth's radiative budget, human health, and ocean
biogeochemistry. Semi-continuous measurements of the elemental composition of fine …