FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4239804567> ?p ?o ?g. }

• W4239804567 abstract "Abstract. The main goal of the project DUNE was to estimate the impact of atmospheric deposition on an oligotrophic ecosystem based on mesocosm experiments simulating strong atmospheric inputs of Aeolian dust. Atmospheric deposition is now recognized as a significant source of macro- and micro-nutrients for the surface ocean, but the quantification of its role on the biological carbon pump is still poorly determined. We proposed in DUNE to investigate the role of atmospheric inputs on the functioning of an oligotrophic system particularly well adapted to this kind of study: the Mediterranean Sea. The Mediterranean Sea – etymologically, sea surrounded by land – is submitted to atmospheric inputs that are very variable both in frequency and intensity. During the thermal stratification period, only atmospheric deposition is prone to fertilize Mediterranean surface waters which has become very oligotrophic due to the nutrient depletion (after the spring bloom). This paper describes the objectives of DUNE and the implementation plan of a series of mesocosms experiments during which either wet or dry and a succession of two wet deposition fluxes of 10 g m−2 of Saharan dust have been simulated. After the presentation of the main biogeochemical initial conditions of the site at the time of each experiment, a general overview of the papers published in this special issue is presented, including laboratory results on the solubility of trace elements in erodible soils in addition to results from the mesocosm experiments. Our mesocosm experiments aimed at being representative of real atmospheric deposition events onto the surface of oligotrophic marine waters and were an original attempt to consider the vertical dimension in the study of the fate of atmospheric deposition within surface waters. Results obtained can be more easily extrapolated to quantify budgets and parameterize processes such as particle migration through a captured water column. The strong simulated dust deposition events were found to impact the dissolved concentrations of inorganic dissolved phosphorus, nitrogen, iron and other trace elements. In the case of Fe, adsorption on sinking particles yields a decrease in dissolved concentration unless binding ligands were produced following a former deposition input and associated fertilization. For the first time, a quantification of the C export induced by the aerosol addition was possible. Description and parameterization of biotic (heterotrophs and autotrophs, including diazotrophs) and abiotic processes (ballast effect due to lithogenic particles) after dust addition in sea surface water, result in a net particulate organic carbon export in part controlled by the lithogenic carbon pump." @default.
• W4239804567 created "2022-05-12" @default.
• W4239804567 creator A5028345743 @default.
• W4239804567 creator A5029165726 @default.
• W4239804567 creator A5053315696 @default.
• W4239804567 creator A5075070982 @default.
• W4239804567 date "2013-07-26" @default.
• W4239804567 modified "2023-09-24" @default.
• W4239804567 title "Introduction to the project DUNE, a DUst experiment in a low Nutrient, low chlorophyll Ecosystem" @default.
• W4239804567 cites W14603558 @default.
• W4239804567 cites W1550415029 @default.
• W4239804567 cites W1556591580 @default.
• W4239804567 cites W1566053257 @default.
• W4239804567 cites W1598935036 @default.
• W4239804567 cites W1849204079 @default.
• W4239804567 cites W188142398 @default.
• W4239804567 cites W1970306340 @default.
• W4239804567 cites W1971891458 @default.
• W4239804567 cites W1976024193 @default.
• W4239804567 cites W1977781342 @default.
• W4239804567 cites W1979684954 @default.
• W4239804567 cites W1983328760 @default.
• W4239804567 cites W1985520778 @default.
• W4239804567 cites W1986714142 @default.
• W4239804567 cites W1986718473 @default.
• W4239804567 cites W1991454327 @default.
• W4239804567 cites W1998268923 @default.
• W4239804567 cites W2012498548 @default.
• W4239804567 cites W2021216550 @default.
• W4239804567 cites W2036677156 @default.
• W4239804567 cites W2047177845 @default.
• W4239804567 cites W2047201189 @default.
• W4239804567 cites W2048065436 @default.
• W4239804567 cites W2050246721 @default.
• W4239804567 cites W2053660667 @default.
• W4239804567 cites W2069201244 @default.
• W4239804567 cites W2070699993 @default.
• W4239804567 cites W2073103146 @default.
• W4239804567 cites W2075211173 @default.
• W4239804567 cites W2077600192 @default.
• W4239804567 cites W2079578955 @default.
• W4239804567 cites W2083549699 @default.
• W4239804567 cites W2097980388 @default.
• W4239804567 cites W2098171397 @default.
• W4239804567 cites W2102337248 @default.
• W4239804567 cites W2121985872 @default.
• W4239804567 cites W2128627188 @default.
• W4239804567 cites W2131114849 @default.
• W4239804567 cites W2136472906 @default.
• W4239804567 cites W2138596496 @default.
• W4239804567 cites W2140102977 @default.
• W4239804567 cites W2140397818 @default.
• W4239804567 cites W2141566572 @default.
• W4239804567 cites W2142068419 @default.
• W4239804567 cites W2142180479 @default.
• W4239804567 cites W2145366881 @default.
• W4239804567 cites W2147161014 @default.
• W4239804567 cites W2148894836 @default.
• W4239804567 cites W2149644473 @default.
• W4239804567 cites W2152051891 @default.
• W4239804567 cites W2154461023 @default.
• W4239804567 cites W2155472717 @default.
• W4239804567 cites W2157258199 @default.
• W4239804567 cites W2157495559 @default.
• W4239804567 cites W2165201832 @default.
• W4239804567 cites W2165806421 @default.
• W4239804567 cites W2170312901 @default.
• W4239804567 cites W2323735885 @default.
• W4239804567 cites W2324832688 @default.
• W4239804567 cites W2734401063 @default.
• W4239804567 cites W4247372772 @default.
• W4239804567 cites W687956 @default.
• W4239804567 doi "https://doi.org/10.5194/bgd-10-12491-2013" @default.
• W4239804567 hasPublicationYear "2013" @default.
• W4239804567 type Work @default.
• W4239804567 citedByCount "10" @default.
• W4239804567 countsByYear W42398045672013 @default.
• W4239804567 countsByYear W42398045672014 @default.
• W4239804567 countsByYear W42398045672019 @default.
• W4239804567 crossrefType "posted-content" @default.
• W4239804567 hasAuthorship W4239804567A5028345743 @default.
• W4239804567 hasAuthorship W4239804567A5029165726 @default.
• W4239804567 hasAuthorship W4239804567A5053315696 @default.
• W4239804567 hasAuthorship W4239804567A5075070982 @default.
• W4239804567 hasBestOaLocation W42398045671 @default.
• W4239804567 hasConcept C107872376 @default.
• W4239804567 hasConcept C110872660 @default.
• W4239804567 hasConcept C111368507 @default.
• W4239804567 hasConcept C114793014 @default.
• W4239804567 hasConcept C127313418 @default.
• W4239804567 hasConcept C151730666 @default.
• W4239804567 hasConcept C153294291 @default.
• W4239804567 hasConcept C160529264 @default.
• W4239804567 hasConcept C180093795 @default.
• W4239804567 hasConcept C180553826 @default.
• W4239804567 hasConcept C185592680 @default.
• W4239804567 hasConcept C18903297 @default.
• W4239804567 hasConcept C205649164 @default.
• W4239804567 hasConcept C2779043415 @default.
• W4239804567 hasConcept C2779345167 @default.

• next