de.pangaea.dataset907802 und dataset PANGAEA

info@pangaea.de

https://www.pangaea.de/ information pointOfContact 2026-07-15T17:08:42Z https://doi.pangaea.de/10.1594/PANGAEA.907802 2019-10-24T13:07:13 publication https://doi.org/10.1594/PANGAEA.907802 Pirrung, Michael

michael.pirrung@uni-jena.de

author Böhm, Marcus

marcus.boehm@uni-jena.de

author Merten, Dirk

dirk.merten@uni-jena.de

author Kunz-Pirrung, Martina

martina.kunz-pirrung@ufz.de

author PANGAEA

info@pangaea.de

https://www.pangaea.de/ information publisher tableDigital Supplement to: Pirrung, Michael; Böhm, Marcus; Merten, Dirk; Kunz-Pirrung, Martina (2020): Zur Petrographie und magnetischen Suszeptibilität rezenter litoraler Ablagerungen auf der Insel Usedom. Brandenburgische Geowissenschaftliche Beiträge, 27 With reference to the starting questions and aims of this study the following results can be given: 1. Anthropogenic metal fragments and magnetic spherules, present in low concentrations only in the southeastern part of the island of Usedom, probably originate from ships in the harbour of Świnoujście. 2. The heavy mineral garnet in litoral sands is highly correlated with mass-specific magnetic susceptibility, therefore this method is suitable for the detection of placers at Usedom. 3. For spring 2017, lithoclast-rich sands at Ahlbeck indicate coast-parallel net transport from the next cliff with moraine material in a southeastern direction over a distance of several kilometers. 4. Studies in the recent litoral zone of the Island of Usedom demonstrate that by means of the parameters magnetic susceptibility, Munsell value, Mg and Si content of oxalate-solvable fraction, all of them determinable with relatively sparse amount of lab work, an attribution of coastal sands to the sedimentary environments: dunes, beach, fluvial-estuarine zone, is possible; this could help for the interpretation of quaternary sediment sequences with respect to shore distance in sediment cores where no bedding structures or fossils are preserved. completed Pirrung, Michael

michael.pirrung@uni-jena.de

principalInvestigator copyright copyright CC-BY-4.0: Creative Commons Attribution 4.0 International textTable und geoscientificInformation 13.826 14.2784 53.9179 54.1402 0.001 2.3 Event label thematicClassification Latitude of event thematicClassification Longitude of event thematicClassification Elevation of event physicalMeasurement m m Lithology/composition/facies thematicClassification depositional facies Comment thematicClassification Distance physicalMeasurement coastal kilometer km km DEPTH, sediment/rock physicalMeasurement m m Susceptibility, specific physicalMeasurement Magnetic susceptibility meter, Bartington MS2C sensor; total fraction, 460 Hz 10**-9 m**3/kg 10**-9 m**3/kg Susceptibility, frequency dependence physicalMeasurement Magnetic susceptibility meter, Bartington MS2C sensor; total fraction, 460 + 4600 Hz 10**-9 m**3/kg 10**-9 m**3/kg Susceptibility, specific, non-ferromagnetic physicalMeasurement Magnetic susceptibility meter, Bartington MS2C sensor; residue after extraction of magnetic fraction, 460 Hz 10**-9 m**3/kg 10**-9 m**3/kg Susceptibility, specific, ferromagnetic physicalMeasurement Magnetic susceptibility meter, Bartington MS2C sensor; extracted with Sm-Nd permanent magnet, 460 Hz 10**-9 m**3/kg 10**-9 m**3/kg Curie temperature physicalMeasurement extracted with Sm-Nd permanent magnet, inflection point method, Bartington Temp-Sus-System, heating: 20-800 °C, cooling: 800-28 °C, step 5°C/min °C °C Fraction, non-magnetic physicalMeasurement wt. %, residue after extraction of magnetic fraction, portion of total fraction, dry extraction % % Fraction, magnetic physicalMeasurement wt. %, extracted with Sm-Nd permanent magnet, portion of total fraction, dry extraction % % Heavy minerals physicalMeasurement Counting, stereo microscope; sum of garnet, hornblende, epidote, rutile; grain % % % Quartz physicalMeasurement Counting, stereo microscope; matt, grain %, non-magnetic fraction % % Quartz physicalMeasurement Counting, stereo microscope; brilliant, grain %, non-magnetic fraction % % Quartz physicalMeasurement Counting, stereo microscope; Cutane, grain %, non-magnetic fraction % % Lithoclasts physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Garnet physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Hornblende physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Epidote physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Epidote physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Minerals physicalMeasurement Counting, stereo microscope; beige, orange, grain %, non-magnetic fraction % % Feldspar physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Anatase physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Shell debris physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Marine litter, plastic physicalMeasurement Counting, stereo microscope; grain %, non-magnetic fraction % % Grain size, mean radius physicalMeasurement Counting, stereo microscope; non-magnetic fraction, single grains measured, under Binocular mm mm Grain size, median radius physicalMeasurement Counting, stereo microscope; non-magnetic fraction, single grains measured, under Binocular mm mm Sorting in phi physicalMeasurement non-magnetic fraction, single grains measured, under Binocular, calculated standard deviation from single grains phi phi Skewness thematicClassification non-magnetic fraction, single grains measured, after Warren (1974) Sphericity thematicClassification non-magnetic fraction, single grains measured, mean calculated from min/max diameter Roundness thematicClassification non-magnetic fraction, mean of single grains determined after PETTIJOHN, et al. 1973 Grain size, mean radius physicalMeasurement ferrimagnetic fraction, excluding lithoclasts, under Keyence Digital Microscope mm mm Grain size, median radius physicalMeasurement ferrimagnetic fraction, excluding lithoclasts, under Keyence Digital Microscope mm mm Sorting in phi physicalMeasurement ferrimagnetic fraction, excluding lithoclasts, under Keyence Digital Microscope, after Warren 1974 phi phi Color code HLS-system thematicClassification Munsell Color System (1994); dried total fraction, estimated after comparison with Munsell Rock Color chart Aluminium, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Calcium, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Iron, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Potassium, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Magnesium, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Manganese, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Sodium, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Phosphorus, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Silicon, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 Titanium, oxalate-solvable fraction thematicClassification Inductively coupled plasma-optical emission spectrometer, ICP-OES; non-magnetic fraction, oxalate-solvable fraction after Schwertmann, 1959 text/tab-separated-values unknown https://doi.pangaea.de/10.1594/PANGAEA.907802?format=textfile download dataset The data set was checked for completeness, correctness, and consistency of metainformation. Validity of used methods was checked and - if applicable - precision and range of data. EVENT LABEL: FM_Ostsee2017-3 * LATITUDE: 53.944000 * LONGITUDE: 14.187900 * ELEVATION: 3.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-4 * LATITUDE: 53.944700 * LONGITUDE: 14.188800 * ELEVATION: 0.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-5 * LATITUDE: 53.922700 * LONGITUDE: 14.245900 * ELEVATION: 5.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-6 * LATITUDE: 53.924000 * LONGITUDE: 14.244800 * ELEVATION: 0.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-7 * LATITUDE: 54.032100 * LONGITUDE: 14.045200 * ELEVATION: 0.1 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-8 * LATITUDE: 54.032100 * LONGITUDE: 14.045200 * ELEVATION: 0.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-9 * LATITUDE: 54.032700 * LONGITUDE: 14.044100 * ELEVATION: 0.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-11 * LATITUDE: 53.928700 * LONGITUDE: 14.226900 * ELEVATION: 0.1 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-12 * LATITUDE: 54.137100 * LONGITUDE: 13.829300 * ELEVATION: 0.2 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-13 * LATITUDE: 54.140200 * LONGITUDE: 13.826000 * ELEVATION: 2.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2017-14 * LATITUDE: 53.970400 * LONGITUDE: 14.148700 * ELEVATION: 2.5 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2018-1 * LATITUDE: 54.056200 * LONGITUDE: 14.007200 * ELEVATION: 0.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2018-2 * LATITUDE: 54.051600 * LONGITUDE: 14.017800 * ELEVATION: 2.2 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Ostsee2018-3 * LATITUDE: 54.049000 * LONGITUDE: 14.020500 * ELEVATION: 4.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Sackkanal2017-1 (FM_Sackkanal (Usedom)2017-1) * LATITUDE: 53.968300 * LONGITUDE: 14.152300 * ELEVATION: 0.2 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Swine2017-1 * LATITUDE: 53.917900 * LONGITUDE: 14.278400 * ELEVATION: 0.0 m * METHOD/DEVICE: Sediment sample EVENT LABEL: FM_Swine2017-2 * LATITUDE: 53.918300 * LONGITUDE: 14.278300 * ELEVATION: 2.0 m * METHOD/DEVICE: Sediment sample