Phosphorus (P) is an essential macronutrient for all organisms that can be redistributed
between terrestrial and oceanic systems via atmospheric emission, transport, transformation …

There is increasing interest in understanding atmospheric phosphorus (P) deposition and its
impacts on plant productivity and carbon sinks in ecosystems. However, the global pattern of …

Atmospheric deposition of major nutrients such as nitrogen (N) and phosphorus (P) is of
primary importance for the oligotrophic Mediterranean Sea, since atmospheric inputs are of …

Atmospheric deposition represents a significant source of nutrients at the Mediterranean
basin scale. We apply aerosol deposition fields simulated from atmospheric models into the …

This study reports the only recent characterization of two contrasted wet deposition events
collected during the PEACETIME (ProcEss studies at the Air–sEa Interface after dust …

Total atmospheric deposition was collected on a weekly basis over 3.5 years (March 2008–
October 2011) at a remote coastal site on the west coast of Corsica. Deposition time series …

Several studies assessed the impact of inorganic P in fertilizing oligotrophic areas, however,
the importance of organic P in such fertilization processes received far less attention. In this …

Atmospheric fluxes of dissolved organic matter (DOM) were studied for the first time on the
island of Lampedusa, a remote site in the central Mediterranean Sea (Med Sea), between …

Atmospheric phosphorus (P) deposition is an important environmental nutrient which has
significant implications for terrestrial and aquatic ecosystems due to regulating the ratio of …

Organophosphate ester (OPE) flame retardants and plasticizers have been detected at
generally high frequencies (70–98%) for the first time in the atmosphere over the NW African …