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(Table S-4) Short-lived Ra activity of porewater samples at beach locations on the island of Spiekeroog

(Table S-1) Short-lived Ra activity at the tidal inlet Otzumer Ballje (OB) over three tidal cycles

(Table S-3) Compiled short-lived Ra data of the southern North Sea acquired during the last decades

(Table S-6) Suspended particulate matter data of the North Sea

Sources and Sinks of short-lived radium isotopes in the southern North Sea: Implications for the system functioning and budget estimates

Continued population growth increases the demand for space and resources, which in turn enhances anthropogenic pressure on coastal seas. Biotic and abiotic ecosystem understanding in a wider context is essential for effective management of stakeholder interests. This study is a synthesis of recent findings based on short-lived radium isotopes in the shelf ocean North Sea and uses the isotopes to quantify relevant sources and sinks in biogeochemical cycles in the coastal sea in order to enhance system understanding. We improve upon the previously designed box model for the southern North Sea by Burt et al. [2014], using a denser data coverage for nearshore areas. Specifically, the updated model considers decay-supported desorbable Ra from suspended particles and input from submarine groundwater discharge. The model quantified a total of five source terms for Ra: the Wadden Sea, rivers, desorption from suspended particles in the water column, submarine groundwater discharge from beach systems, and porewater exchange at North Sea bottom sediments; whereas considered losses are radioactive decay and mixing with the open North Sea. The mass balance reveals that porewater exchange, e.g., ripple flow, significantly dominates the total short-lived Ra isotope discharge to the southern North Sea. An eddy diffusion based Ra approach was not successful to quantify submarine groundwater discharge from beach systems, due to other major inputs of Ra isotopes from the adjacent Wadden Sea and river discharge, superimposing the minor submarine groundwater discharge from beaches.

Verteilung der Arten im INSPIRE-Datenmodell (Fischfauna)

Dargestellt ist die geografische Verteilung des Auftretens von Fischarten, zusammengefasst in Gittereinheiten. Sie sind durch Attribute des INSPIRE-Datenmodells "Verteilung der Arten" beschrieben.Raster

Hochwasserschutz

Thema Hochwasserschutz aus dem Raumordnungskataster der Struktur- und Genehmigungsdirerektion Süd des Landes Rheinland-Pfalz

Naturschutz

Thema Naturschutz aus dem Raumordnungskataster der Struktur- und Genehmigungsdirerektion Süd des Landes Rheinland-Pfalz

Landschaftsschutz

Thema Landschaftsschutz aus dem Raumordnungskataster der Struktur- und Genehmigungsdirerektion Süd des Landes Rheinland-Pfalz

openSenseMap: Sensor Box idrop-934a04

Visualized position. Position does not represent exact sample coordinates. Do not use data set as point data.

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