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Data Publisher for Earth & Environmental Science

Bertler, Nancy A; Naish, Tim R; Oerter, Hans; Kipfstuhl, Sepp; Barrett, Peter J; Mayewski, Paul Andrew; Kreutz, Karl (2006): Stable oxygen isotopes of snow pit Victoria_Lower_Glacier [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.552345, In supplement to: Bertler, NA et al. (2006): The Effects of joint ENSO – Antarctic Oscillation Forcing on the McMurdo Dry Valleys, Antarctica. Antarctic Science, 18(4), 507-514, https://doi.org/10.1017/S0954102006000551

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Coverage:
Latitude: -77.346980 * Longitude: 162.492280
Minimum DEPTH, ice/snow: 0.01 m * Maximum DEPTH, ice/snow: 0.93 m
Event(s):
Victoria_Lower_Glacier (VLG_II) * Latitude: -77.346980 * Longitude: 162.492280 * Elevation: 550.0 m * Recovery: 0.9 m * Location: McMurdo Dry Valleys, southern Victorica Land, Antarctica * Campaign: NewZealand_Antarctic_Expedition * Basis: Scott Base * Method/Device: Snow pit (SNOWPIT)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 DEPTH, ice/snowDepth ice/snowmGeocode
2 δ18O, waterδ18O H2O‰ SMOWOerter, HansMass spectrometer Finnigan Delta-S
3 Sample IDSample IDBertler, Nancy A
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
185 data points

Data

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

1 
Depth ice/snow [m]		2 
δ18O H2O [‰ SMOW]		3 
Sample ID
0.01VLG-II-93
0.02-27.93VLG-II-92
0.03-28.42VLG-II-91
0.04-29.33VLG-II-90
0.05-28.71VLG-II-89
0.06-28.30VLG-II-88
0.07-27.83VLG-II-87
0.08-27.10VLG-II-86
0.09-26.69VLG-II-85
0.10-26.16VLG-II-84
0.11-25.97VLG-II-83
0.12-25.91VLG-II-82
0.13-25.87VLG-II-81
0.14-26.15VLG-II-80
0.15-26.80VLG-II-79
0.16-29.59VLG-II-78
0.17-26.01VLG-II-77
0.18-25.89VLG-II-76
0.19-26.30VLG-II-75
0.20-26.16VLG-II-74
0.21-26.53VLG-II-73
0.22-26.37VLG-II-72
0.23-26.23VLG-II-71
0.24-26.52VLG-II-70
0.25-26.31VLG-II-69
0.26-26.41VLG-II-68
0.27-25.92VLG-II-67
0.28-26.08VLG-II-66
0.29-26.09VLG-II-65
0.30-26.01VLG-II-64
0.31-26.10VLG-II-63
0.32-25.77VLG-II-62
0.33-25.98VLG-II-61
0.34-26.03VLG-II-60
0.35-25.98VLG-II-59
0.36-26.01VLG-II-58
0.37-25.95VLG-II-57
0.38-25.86VLG-II-56
0.39-25.91VLG-II-55
0.40-26.01VLG-II-54
0.41-26.13VLG-II-53
0.42-26.29VLG-II-52
0.43-25.95VLG-II-51
0.44-26.24VLG-II-50
0.45-26.75VLG-II-49
0.46-27.29VLG-II-48
0.47-27.21VLG-II-47
0.48-27.60VLG-II-46
0.49-27.79VLG-II-45
0.50-27.78VLG-II-44
0.51-27.70VLG-II-43
0.52-27.78VLG-II-42
0.53-27.73VLG-II-41
0.54-27.84VLG-II-40
0.55-27.99VLG-II-39
0.56-28.06VLG-II-38
0.57-27.91VLG-II-37
0.58-27.71VLG-II-36
0.59-27.69VLG-II-35
0.60-27.41VLG-II-34
0.61-27.34VLG-II-33
0.62-27.16VLG-II-32
0.63-27.08VLG-II-31
0.64-26.92VLG-II-30
0.65-26.69VLG-II-29
0.66-26.65VLG-II-28
0.67-26.43VLG-II-27
0.68-26.79VLG-II-26
0.69-26.67VLG-II-25
0.70-26.68VLG-II-24
0.71-26.55VLG-II-23
0.72-26.48VLG-II-22
0.73-26.66VLG-II-21
0.74-26.58VLG-II-20
0.75-26.63VLG-II-19
0.76-26.02VLG-II-18
0.77-26.51VLG-II-17
0.78-26.41VLG-II-16
0.79-26.54VLG-II-15
0.80-26.46VLG-II-14
0.81-26.66VLG-II-13
0.82-26.52VLG-II-12
0.83-26.38VLG-II-11
0.84-26.58VLG-II-10
0.85-26.56VLG-II-09
0.86-26.51VLG-II-08
0.87-26.47VLG-II-07
0.88-26.48VLG-II-06
0.89-26.55VLG-II-05
0.90-26.64VLG-II-04
0.91-26.78VLG-II-03
0.92-26.82VLG-II-02
0.93-26.93VLG-II-01