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Theuerkauf, Martin (2022): Pollen data from the margins of Lake Tiefer See / north-eastern Germany from sediment core TS-6 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.939959, In: Theuerkauf, M (2022): Pollen data from the margins of Lake Tiefer See / north-eastern Germany [dataset publication series]. PANGAEA, https://doi.org/10.1594/PANGAEA.939968

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Abstract:
The data sets includes pollen records from 16 sediment cores taken at the margins of Lake Tiefer See / north-eastern Germany. The sediment cores were primarily studied to produce a lake level reconstruction for Tiefer See. Pollen analysis was applied for pollen stratigraphic dating of the sediments in comparison with a high resolution pollen record from the centre of Lake Tiefer See. Moreover, pollen analysis was also used to infer past water levels trough time at the core locations. The sediment cores for pollen analysis were taken and analysed between 2012 and 2017, either from the ice or a raft. For coring either a piston corer or a chamber corer were used. Only three of the sediment records (TS-2, TS-3, TS-17) cover the Holocene largely continuously, the others mainly only cover early- or late Holocene sections.
Keyword(s):
pollen; pollen and spores
Supplement to:
Theuerkauf, Martin; Blume, Theresa; Brauer, Achim; Dräger, Nadine; Feldens, Peter; Kaiser, Knut; Kappler, Christoph; Kästner, Frederike; Lorenz, Sebastian; Schmidt, Jens-Peter; Schult, Manuela (2022): Holocene lake‐level evolution of Lake Tiefer See, NE Germany, caused by climate and land cover changes. Boreas, 51(2), 299-316, https://doi.org/10.1111/bor.12561
Funding:
Helmholtz Association of German Research Centres (HGF), grant/award no. VH-VI-415: Virtual Institute of Integrated Climate and Landscape Evolution Analysis—ICLEA
Leibniz Association (Leibniz Association), grant/award no. SAW-2017-IOW-2 649: BaltRap: The Baltic Sea and its southern Lowlands: proxy – environment interactions in time of rapid change
Coverage:
Latitude: 53.591317 * Longitude: 12.532800
Date/Time Start: 2012-06-06T00:00:00 * Date/Time End: 2012-06-06T00:00:00
Minimum DEPTH, sediment/rock: 0.60 m * Maximum DEPTH, sediment/rock: 0.68 m
Event(s):
TS-6 (Tiefer-See) * Latitude: 53.591317 * Longitude: 12.532800 * Date/Time: 2012-06-06T00:00:00 * Lake water depth: 7.0 m * Recovery: 1.6 m * Location: Mecklenburg-West Pomerania, Germany * Method/Device: Sediment corer (SEDCO)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
DEPTH, sediment/rockDepth sedmTheuerkauf, MartinGeocode
BetulaBet#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
CorylusCor#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
PinusPin#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
SalixSal#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
ArtemisiaArt#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
Hordeum groupHor gr#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
Wild grass groupWild grass gr#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
Anthemis-typeAnt-T#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
10 CaryophyllaceaeCphae#Theuerkauf, MartinCounting, palynology
11 CyperaceaeCypae#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
12 EquisetumEqu#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
13 FilipendulaFlp#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
14 Polypodiales, monolete spores, incompletePoles mono spore incomp#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
15 Ranunculus acris-typeRan.a-T#Theuerkauf, MartinCounting, palynologyNEPF
16 UmbelliferaeUmb#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
17 Urtica dioica-typeUrt.d-T#Theuerkauf, MartinCounting, palynologyNEPF
18 Menyanthes trifoliataMey.t#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
19 Pediastrum undifferentiatedPed.ud#Theuerkauf, MartinCounting, palynology
20 PotamogetonPot#Theuerkauf, MartinCounting, palynology
21 Sparganium emersum-typeSpa.m-T#Theuerkauf, MartinCounting, palynologyNEPF
22 Typha latifolia-typeTyp.l-T#Theuerkauf, MartinCounting, palynologyMoore et al. (1991)
23 CharcoalCharcoal#Theuerkauf, MartinCounting, palynology
24 CharcoalCharcoal#Theuerkauf, MartinCounting, palynology
25 PalynomorphaPalyn#Theuerkauf, MartinCounting, palynologyHdV-type 127, basal cells of hairs of Nymphaeaceae
26 PalynomorphaPalyn#Theuerkauf, MartinCounting, palynologyHdV-type 128, globose microfossil
27 PalynomorphaPalyn#Theuerkauf, MartinCounting, palynologyHdV-type 371, Tetraedron cf. minimum
28 PalynomorphaPalyn#Theuerkauf, MartinCounting, palynologyHdV-type 901, Botryococcus colony
29 Pollen indeterminataPollen indet#Theuerkauf, MartinCounting, palynology
30 Marker, exoticMark exot#Theuerkauf, MartinCounting, palynology
Status:
Curation Level: Enhanced curation (CurationLevelC) * Processing Level: PANGAEA data processing level 3 (ProcLevel3)
Size:
116 data points

Data

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


Depth sed [m]

Bet [#]
(Moore et al. (1991))

Cor [#]
(Moore et al. (1991))

Pin [#]
(Moore et al. (1991))

Sal [#]
(Moore et al. (1991))

Art [#]
(Moore et al. (1991))

Hor gr [#]
(Moore et al. (1991))

Wild grass gr [#]
(Moore et al. (1991))

Ant-T [#]
(Moore et al. (1991))
10 
Cphae [#]
11 
Cypae [#]
(Moore et al. (1991))
12 
Equ [#]
(Moore et al. (1991))
13 
Flp [#]
(Moore et al. (1991))
14 
Poles mono spore incomp [#]
(Moore et al. (1991))
15 
Ran.a-T [#]
(NEPF)
16 
Umb [#]
(Moore et al. (1991))
17 
Urt.d-T [#]
(NEPF)
18 
Mey.t [#]
(Moore et al. (1991))
19 
Ped.ud [#]
20 
Pot [#]
21 
Spa.m-T [#]
(NEPF)
22 
Typ.l-T [#]
(Moore et al. (1991))
23 
Charcoal [#]
24 
Charcoal [#]
25 
Palyn [#]
(HdV-type 127, basal cells of ...)
26 
Palyn [#]
(HdV-type 128, globose microfo...)
27 
Palyn [#]
(HdV-type 371, Tetraedron cf. ...)
28 
Palyn [#]
(HdV-type 901, Botryococcus co...)
29 
Pollen indet [#]
30 
Mark exot [#]
0.6013913761266150012235011017130061016430143288
0.627002744001311281831001031101374800142222
0.65620145210101167841006011023228001032267
0.68404601000010800000000015000002327