Iron can be a growth‐limiting nutrient for phytoplankton, modifying rates of net primary
production, nitrogen fixation, and carbon export‐highlighting the importance of new iron …

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 …

Prokaryotic microbes can become aerosolized and deposited into new environments
located thousands of kilometers away from their place of origin. The Mediterranean Sea is …

Aerosol deposition may supply a high diversity of airborne microbes, which can affect
surface microbial composition and biological production. This study reports a diverse …

This study explores the potential impacts of microbes deposited into the surface seawater of
the southeastern Mediterranean Sea (SEMS) along with atmospheric particles on marine …

Atmospheric dust/aerosol deposition is an important source of external nutrients for the
surface of the ocean. This study shows high-resolution observational data gathered in situ …

The northern Red Sea (NRS) is a low-nutrient, low-chlorophyll (LNLC) ecosystem with high
rates of atmospheric deposition due to its proximity to arid regions. Impacts of atmospheric …

Large amounts of dust and atmospheric aerosols, originating from surrounding desert areas
(eg, Sahara and Middle East) are deposited annually on the surface of the Eastern …

Airborne prokaryotes are transported along with dust/aerosols, yet very little attention is
given to their temporal variability above the oceans and the factors that govern their …

We investigated the effects of volatile organic carbons (VOCs) evaporated from gas
condensate on the cyanobacteria Synechococcus sp. WH8103, the diatom Asterionellopsis …