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Herzschuh, Ulrike (2016): Hydrography measured in lakes during the Yakutia expedition in 2005 [dataset]. Alfred Wegener Institute - Research Unit Potsdam, PANGAEA, https://doi.org/10.1594/PANGAEA.856754

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Coverage:
Median Latitude: 61.784339 * Median Longitude: 130.874113 * South-bound Latitude: 61.403720 * West-bound Longitude: 129.053860 * North-bound Latitude: 62.131720 * East-bound Longitude: 132.247140
Date/Time Start: 2005-07-10T10:00:00 * Date/Time End: 2005-07-24T22:00:00
Minimum Elevation: 130.0 m * Maximum Elevation: 250.0 m
Event(s):
05-Yak-01 (B-4)  * Latitude: 61.761000 * Longitude: 130.471000 * Date/Time: 2005-07-10T10:00:00 * Elevation: 213.0 m * Campaign: RU-Land_2005_Verkhoyansk (Yakutia2005) * Basis: AWI Arctic Land Expedition * Method/Device: Multiple investigations (MULT) * Comment: Lake size: 20 x 30 m; max. depth: 1.80 m; terrestrial vegetation: Larix forest; former fields (50 % of lake shore) and Betula around lake; human impact: grazing, mowing; lake type: thermokarst, dyuedya
05-Yak-02 (B-5)  * Latitude: 61.760000 * Longitude: 130.472000 * Date/Time: 2005-07-10T14:00:00 * Elevation: 213.0 m * Campaign: RU-Land_2005_Verkhoyansk (Yakutia2005) * Basis: AWI Arctic Land Expedition * Method/Device: Multiple investigations (MULT) * Comment: Lake size: 60 x 100 m; max. depth: 3.50 m; terrestrial vegetation: Larix forest; former fields (25 % of lake shore) and Betula around lake; human impact: grazing, mowing; lake type: thermokarst, dyuede
05-Yak-03 (B-6)  * Latitude: 61.761000 * Longitude: 130.474000 * Date/Time: 2005-07-10T20:00:00 * Elevation: 233.0 m * Campaign: RU-Land_2005_Verkhoyansk (Yakutia2005) * Basis: AWI Arctic Land Expedition * Method/Device: Multiple investigations (MULT) * Comment: Lake size: 80 x 80 m; max. depth: 4.60 m; terrestrial vegetation: Larix forest around, few Pinus and Betula around the lake; human impact: not directly around the lake; lake type: thermokarst, dyuede
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEventHerzschuh, Ulrike
Optional event labelEvent 2Herzschuh, Ulrike
Date/Time of eventDate/TimeHerzschuh, Ulrike
Latitude of eventLatitudeHerzschuh, Ulrike
Longitude of eventLongitudeHerzschuh, Ulrike
Elevation of eventElevationmHerzschuh, Ulrike
Comment of eventCommentHerzschuh, Ulrike
Depth of Secchi Diskz(SD)mHerzschuh, Ulrike
Temperature, waterTemp°CHerzschuh, Ulrikeat surface
10 pHpHHerzschuh, Ulrike
11 Oxidation reduction (RedOx) potentialEhmVHerzschuh, Ulrike
12 ConductivityCondmS/cmHerzschuh, Ulrike
13 SalinitySalHerzschuh, Ulrike
14 OxygenO2µmol/lHerzschuh, Ulrike
15 Oxygen saturationO2 sat%Herzschuh, Ulrike
16 OxygenO2µmol/lHerzschuh, UlrikeTitration, Winkler
17 Carbon dioxideCO2mg/lHerzschuh, Ulrike
18 Alkalinity, totalATmmol(eq)/lHerzschuh, Ulrike
19 AcidityAciditymmol/lHerzschuh, Ulrike
20 Hardness of waterHardness of watermmol/lHerzschuh, Ulrike
21 Vegetation typeVegetation typeHerzschuh, Ulrikewater vegetation
22 CommentCommentHerzschuh, Ulrike
Size:
344 data points

Data

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


Event

Event 2

Date/Time

Latitude

Longitude

Elevation [m]

Comment

z(SD) [m]

Temp [°C]
(at surface)
10 
pH
11 
Eh [mV]
12 
Cond [mS/cm]
13 
Sal
14 
O2 [µmol/l]
15 
O2 sat [%]
16 
O2 [µmol/l]
17 
CO2 [mg/l]
18 
AT [mmol(eq)/l]
19 
Acidity [mmol/l]
20 
Hardness of water [mmol/l]
21 
Vegetation type
(water vegetation)
22 
Comment
05-Yak-01 B-42005-07-1061.7610130.4710213Lake size: 20 x 30 m; max. depth: 1.80 m; terrestrial vegetation: Larix forest; former fields (50 % of lake shore) and Betula around lake; human impact: grazing, mowing; lake type: thermokarst, dyuedya24.38.54-104.01.6280.8121.254681.259.20.08.8water mossinitial thermokarst state due to human impact (begin of lake evolution in 2000, pers. comm. Bosikov)
05-Yak-02 B-52005-07-1061.7600130.4720213Lake size: 60 x 100 m; max. depth: 3.50 m; terrestrial vegetation: Larix forest; former fields (25 % of lake shore) and Betula around lake; human impact: grazing, mowing; lake type: thermokarst, dyuede0.9026.39.11-139.02.3801.3296.88122162.5020.80.010.8Potamogeton cf. pectinatus at shoreinitial thermokarst state due to human impact (begin of lake evolution earlier than 05-Yak-01, pers. comm. Bosikov)
05-Yak-03 B-62005-07-1061.7610130.4740233Lake size: 80 x 80 m; max. depth: 4.60 m; terrestrial vegetation: Larix forest around, few Pinus and Betula around the lake; human impact: not directly around the lake; lake type: thermokarst, dyuede1.5026.18.71-116.00.8200.2203.1285203.139.20.04.5water mossinitial thermokarst state (lake age estimation 100 years, pers. comm. Bosikov)
05-Yak-04 Yukechi2005-07-1161.7650130.4655209Lake size: 40 x 250 m; max. depth: 1.80 m; human impact: grazing, mowing; lake type: Alas lake1.0024.28.08-77.00.9060.3238.4494162.508.87.80.03.6moss, PhragmitesAlass age 10 - 15 ka, pers. comm. Bosikov
05-Yak-05 Kh2005-07-1161.7698130.4687215Lake size: 100 x 300 m; max. depth: 4.60 m; terrestrial vegetation: Larix forest around, few Pinus and Betula around the lake; human impact: not directly around the lake; lake type: tyympe1.1024.49.05-134.01.9891.0285.31114223.4426.20.012.8mossnatural thermokarst, active thermo erosion, steep shores, short core base consisted of loam
05-Yak-06 Choktokhoi2005-07-1362.1037130.2227130Lake size: 300 x 400 m; max. depth: 1.30 m; terrestrial vegetation: Pinus forest, some Betula, Poaceae meadow 50 m; human impact: grazing, mowing, hunting of ducks; lake type: lake on Lena river terrace0.7018.79.9618.75.7103.4178.1262121.88>28.00.04.3nosalt crusts on shoreline surface sediments, sediment covered by sapropel of green algae slime
05-Yak-07 Chai-Kyuel2005-07-1362.0167130.0659138Lake size: 400 x 700 m; max. depth: 1.00 m; terrestrial vegetation: Pinus forest, some Betula, Poaceae meadow 50 m; human impact: grazing, mowing, hunting of ducks; lake type: lake on Lena river terrace0.5021.09.91-184.04.1402.4453.12168325.00>28.00.03.5Phragmites
05-Yak-08 Kubalakh2005-07-1562.0668129.0565228Lake size: 400 x 800 m; max. depth: 1.50 m; terrestrial vegetation: Larix forest with some Pinus, Betula around the lake; human impact: fishing0.3020.57.54-43.00.1010.0234.38850.80.50.6core surface sample = 4 cm, komkovat
05-Yak-09 2005-07-1562.0580129.0539228Lake size: 200 x 300 m; max. depth: 2.20 m; terrestrial vegetation: Larix forest with some Pinus, Betula around the lake; human impact: no0.7019.57.31-33.00.1230.0191.88701.20.60.7no gravity corer surface sample
05-Yak-10 Oibon2005-07-1761.7032129.3698160Lake size: 80 x 150 m; max. depth: 5.20 m; lake type: Alas lake0.5021.88.78-116.00.4200.0305.001155.70.02.4bottom water sample 3,3 m: pH 6,87; redox -14; cond. 0,57, sal. 0,1; 02 1,5 mg/l 15 %; Temp. 13,8; alk. 6,4, ac. 0; d 16°, 2,8 ml
05-Yak-11 Kyunde2005-07-1761.6140130.7035182Lake size: 200 x 350 m; max. depth: 5.20 m; lake type: Alas lake0.1521.98.64-109.00.5030.0237.502017.20.03.3
05-Yak-12 Kytyyia2005-07-1761.6185130.7078172max. depth: 3.00 m; lake type: Alas lake0.3521.48.42-99.00.9210.3264.389912.10.04.5
05-Yak-13 Khochyma2005-07-1861.5572130.5468219Lake size: 200 x 600 m; max. depth: 3.90 m; lake type: Thermoerosion lake0.2521.78.46-98.00.1440.0375.001392.00.01.0
05-Yak-14 Argaa-Bere2005-07-1861.5683130.5664203Lake size: 100 x 300 m; max. depth: 1.90 m; lake type: Thermoerosion lake0.3024.66.86-39.00.2080.0286.881132.80.61.5
05-Yak-15 Magan-Sygykh2005-07-1861.5724130.6119198Lake size: 80 x 300 m; max. depth: 1.60 m; lake type: Thermoerosion lake0.4022.97.55-44.00.1630.0179.69642.30.61.2
05-Yak-16 Ochugui-Kengerime2005-07-1961.4037130.5530224Lake size: 150 x 400 m; max. depth: 1.50 m0.4021.310.24-176.00.2940.0621.882304.20.01.6
05-Yak-17 Balybyrbym2005-07-1961.5526130.8594234Lake size: 40 x 350 m; max. depth: 1.60 m0.6020.26.6037.00.1010.075.00241.20.60.6
05-Yak-18 2005-07-2061.5504130.8866211max. depth: 1.50 m; lake type: Thermoerosion lake0.1521.58.57-77.00.3900.0428.121605.50.02.6
05-Yak-19 Toiogoi2005-07-2061.4072131.1171250Lake size: 50 x 150 m; max. depth: 1.30 m; lake type: Alas lake1.0022.98.02-64.00.7060.131.25129.40.63.4
05-Yak-20 2005-07-2061.5459130.9052230Lake size: 400 x 800 m; max. depth: 2.00 m0.8022.69.00-103.00.8080.2415.6216010.40.03.0lake drainage?
05-Yak-21 2005-07-2262.0031131.8184208Lake size: 100 x 200 m; max. depth: 1.90 m; lake type: Thermoerosion lake0.3520.08.19-56.00.3330.0231.25834.50.02.1
05-Yak-22 2005-07-2262.0066131.7194207Lake size: 100 x 200 m; max. depth: 1.70 m; lake type: Thermoerosion lake0.3020.88.69-85.00.3590.0693.751244.90.02.8
05-Yak-23 2005-07-2262.1317131.2236169Lake size: 150 x 350 m; max. depth: 2.30 m; lake type: Thermoerosion lake0.2022.89.20-116.00.2620.0490.621804.30.01.9
05-Yak-24 2005-07-2361.9682132.2471182Lake size: 200 x 300 m; max. depth: 3.20 m0.2521.78.58-94.00.7920.21187.5045013.80.04.5oxygen electrode problematic
05-Yak-25 2005-07-2361.8016132.0830198Lake size: 300 x 500 m0.5022.08.75-88.00.8200.211.20.04.5below lake sediment - loamy soil young lake
05-Yak-26 2005-07-2461.9028132.2061187Lake size: 150 x 150 m; lake type: Alas lake0.4521.58.16-53.00.4750.0421.881576.40.02.5
05-Yak-27 2005-07-2461.8901132.1642200Lake size: 200 x 350 m; max. depth: 2.00 m; lake type: Alas lake2.0022.08.20-56.00.6450.1446.881688.80.03.2
05-Yak-28 2005-07-2461.9400132.1655171Lake size: 150 x 200 m; max. depth: 4.70 m; lake type: tyympe0.5023.88.60-83.01.9451.0540.6221627.20.09.9bottom water sample 4 m: pH 7,14; redox 6; cond. 3,67, sal. 2,1; 02 2 mg/l 20 %; Temp. 12; alk. 48, ac. 0; d 80°, 14 ml
05-Yak-29 Nukulku2005-07-2461.9462132.1442207Lake size: 150 x 200 m; max. depth: 1.40 m; lake type: Alas lake0.3022.08.93-99.01.0370.4443.7517011.20.02.7