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Schulz, Hartmut; Emeis, Kay-Christian; Winn, Kyaw; Erlenkeuser, Helmut (2001): Tab. I: Alkenon analyses on sample material of cores Krummland KR-1 und Dagebüll DA-1 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.779696, Supplement to: Schulz, H et al. (2001): Oberflächentemperaturen des Eem-Meeres in Schleswig-Holstein - die UK'37-Indizien. Meyniana, 53, 163-181, https://doi.org/10.2312/meyniana.2001.53.163

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Abstract:
Geochemical studies of organic "biomarker" compounds were applied to Eemian sediments cored at Dagebuell (DA-1) on the west coast, and at Krummland (KR-1) in the east of the Baltic Zone of Schleswig-Holstein, Germany. 10 samples from the early stage of the Eemian Transgression to the high Eem at Krummland, and 24 samples from the peak and late phases of the Eemian at Dagebuell provide new insights on the development of the Eemian Sea in the region.
C37-C39-ethyl- and methyl-ketones in the Krummland sediments indicated unstable conditions at the onset of the marine trangression, and freshwater influence in keeping with their shallow nearshore environment. In the Dagebuell deposits, patterns typical of marine to brackish conditions were observed, comparable to those found today in the Skagerrak and Belt Sea areas. The sea-surface temperatures estimated from the alkenone unsaturation ratio UK37 at DA-1 corroborate the evidence from "standard" faunal and pollen assemblages, and lithological successions. Here, the temperature maximum attained in pollen assemblage zone PAZ Illc, indicates the early onset of very warm conditions, preceding the highest sea level of the penultimate interglacial by 8,000 years, based on previously published U/Th ages.
Further details:
Documentation of Eem borehole DA-1 in Schleswig-Holstein (2013). hdl:10013/epic.41623.d025
Coverage:
Median Latitude: 54.583450 * Median Longitude: 9.215500 * South-bound Latitude: 54.433300 * West-bound Longitude: 8.714400 * North-bound Latitude: 54.733600 * East-bound Longitude: 9.716600
Date/Time Start: 1994-09-19T09:15:00 * Date/Time End: 1994-09-19T09:15:00
Minimum DEPTH, sediment/rock: 7.30 m * Maximum DEPTH, sediment/rock: 34.18 m
Event(s):
DA-1 (GIK14350-1)  * Latitude: 54.733600 * Longitude: 8.714400 * Date/Time: 1994-09-19T09:15:00 * Elevation: 2.3 m * Penetration: 30.5 m * Recovery: 30.37 m * Location: Krummland, Dänischer Wohld, östliches Hügelland, Schleswig-Holstein, Germany * Method/Device: Drilling/drill rig (DRILL) * Comment: Surface coars sand-gravel; base of Eem
KR-1  * Latitude: 54.433300 * Longitude: 9.716600 * Location: Krummland, Dänischer Wohld, östliches Hügelland, Schleswig-Holstein, Germany * Method/Device: Drilling/drill rig (DRILL)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Latitude of eventLatitude
Longitude of eventLongitude
Sample code/labelSample labelSchulz, Hartmut
DEPTH, sediment/rockDepth sedmGeocode
MassMassgSchulz, Hartmut
n-Alkane C37C37ng/gSchulz, HartmutGas chromatography - Mass spectrometry (GC-MS)
Area indexArea indexSchulz, HartmutNormalized
Area indexArea indexSchulz, HartmutNormalized
10 Alkenone, unsaturation index UK'37UK'37Schulz, HartmutCalculated from C37 alkenones (Prahl & Wakeham, 1987)
11 Sea surface temperatureSST°CSchulz, HartmutCalculated from UK'37 (Prahl et al., 1988)
12 CommentCommentSchulz, Hartmut
Size:
238 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Event

Latitude

Longitude

Sample label

Depth sed [m]

Mass [g]

C37 [ng/g]
(Gas chromatography - Mass spe...)

Area index
(Normalized)

Area index
(Normalized)
10 
UK'37
(Calculated from C37 alkenones...)
11 
SST [°C]
(Calculated from UK'37 (Prahl ...)
12 
Comment
KR-1 54.43339.7166KR1-301430.145.9502012171629010.44712.0Ueberlagerungen
KR-154.43339.7166KR1-3014Wdh30.145.9351442411040430.41911.2Ueberlagerungen
KR-154.43339.7166KR1-305030.503.61512675492725900.50513.7Ueberlagerungen
KR-154.43339.7166KR1-310031.002.61982849623541010.55415.1Ueberlagerungen
KR-154.43339.7166KR1-314831.483.32354366335251540.54614.9Ueberlagerungen
KR-154.43339.7166KR1-318431.843.01733257203185710.49413.4Ueberlagerungen
KR-154.43339.7166KR1-327032.703.42606980583979220.3639.5Ueberlagerungen
KR-154.43339.7166KR1-333533.352.42023605942391770.39910.6Ueberlagerungen
KR-154.43339.7166KR1-337833.783.22857933503359450.2977.6Ueberlagerungen
KR-154.43339.7166KR1-340434.042.72104502862535090.3609.4Ueberlagerungen
KR-154.43339.7166KR1-341834.182.64629475526086930.39110.4Ueberlagerungen
DA-1 54.73368.7144DA1-7307.302.2nicht integrierbar
DA-154.73368.7144DA1-9809.801.4nicht integrierbar
DA-154.73368.7144DA1-110511.054.3505980543587590.3759.9Ueberlagerungen
DA-154.73368.7144DA1-120512.053.72574609772955750.39110.4
DA-154.73368.7144DA1-130513.053.415125909711810.3619.5
DA-154.73368.7144DA1-145514.553.33304837123838400.44211.9
DA-154.73368.7144DA1-153015.304.7728021376936380.46412.5
DA-154.73368.7144DA1-163016.304.41522244722284670.50413.7
DA-154.73368.7144DA1-170517.053.72433675373467310.48513.1
DA-154.73368.7144DA1-185518.553.42082362882416330.50613.7
DA-154.73368.7144DA1-193019.303.74283010153020720.50113.6
DA-154.73368.7144DA1-205520.553.418039247949769230.51414.0
DA-154.73368.7144DA1-213021.304.05183606264282800.54314.8
DA-154.73368.7144DA1-218021.803.73792071512279030.52414.3
DA-154.73368.7144DA1-223322.334.2nicht integrierbar
DA-154.73368.7144DA1-227322.732.59454369034630130.51514.0
DA-154.73368.7144DA1-228322.831.99144827376924050.58916.2
DA-154.73368.7144DA1-232323.233.73894335706883400.61416.9
DA-154.73368.7144DA1-237323.732.9nicht integrierbar
DA-154.73368.7144DA1-241324.132.53101890544282100.69419.3Ueberlagerungen
DA-154.73368.7144DA1-244324.433.51024245322950.57115.6
DA-154.73368.7144DA1-250525.052.7nicht integrierbar
DA-154.73368.7144DA1-263626.362.0711207204540.64617.9
DA-154.73368.7144DA1-271527.154.12768496203700.2295.6