Other language confidence: 0.9553330895638255
This dataset contains a compilation of the sulfur isotopic composition of pyrite from outcrop and sediment cores over the past 165 million years. The compilation includes 3754 data points from 94 publications, compiled in 2020, 2021, and 2023. The data was collected in order to investigate the relationship between the sulfur isotopic composition of pyrite and depositional environment over the Cenozoic and Late Mesozoic, and has global spatial coverage. Compiled sediment core data includes the sulfur isotopic composition of pyrite, age, water depth, location, methane content, lithology, and total organic carbon. Compiled outcrop data includes the sulfur isotopic composition of pyrite, age, generalized water depth based on sedimentological criteria, and lithology.
In the south-eastern part of Lake Constance a deep pockmark, a shallow pockmark station, as well as a reference station have been sampled for dissolved methane concentrations (with water samples) and hydrographic parameters with a Seabird CTD probe. The rosette was located within the pockmark with the help of a horizontal scanning sonar.
In the south-eastern part of Lake Constance a deep pockmark, a shallow pockmark station, as well as a reference station have been sampled for dissolved methane concentrations (with water samples) and hydrographic parameters with a Seabird CTD probe. The rosette was located within the pockmark with the help of a horizontal scanning sonar. In April 2010 no methane data are available.
In the south-eastern part of Lake Constance a deep pockmark, a shallow pockmark station, as well as a reference station have been sampled for dissolved methane concentrations (with water samples) and hydrographic parameters with a Seabird CTD probe. The rosette was located within the pockmark with the help of a horizontal scanning sonar.
In the south-eastern part of Lake Constance a deep pockmark, a shallow pockmark station, as well as a reference station have been sampled for dissolved methane concentrations (with water samples) and hydrographic parameters with a Seabird CTD probe. The rosette was located within the pockmark with the help of a horizontal scanning sonar.
Das Teilmodell Quartär 3D besteht aus den stratigraphischen Untereinheiten Holozän und Pleistozän. Modelliert wurden die jeweiligen Basisflächen der stratigraphischen Untereinheiten. Die Basisfläche der holozänen Ablagerungen steht sowohl für den Küstenbereich, als auch für den Offshore-Bereich in Form einer Tiefenlagenkarte (in m unter NN) zum Download zur Verfügung. Da im Küstenbereich die Tiefenlage der holozänen Ablagerungen der tatsächlichen Mächtigkeit entspricht, wurde nur für den Offshore-Bereich eine separate Mächtigkeitskarte erstellt. Für die Basisfläche der pleistozänen Ablagerungen wurde sowohl eine Tiefenlagenkarte (in m unter NN) als auch eine Mächtigkeitskarte (in m) erstellt. Alle Flächen sind als GIS shape Dateien und GOCAD®-Objekte zum Download verfügbar.
Transition in bacterial communities along the 2000 km salinity gradient of the Baltic Sea in summer.
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