Not logged in
PANGAEA.
Data Publisher for Earth & Environmental Science

Mix, Alan C; Morey, Ann E; Pisias, Nicklas G; Hostetler, Steven W (1999): Calculated sea surface temperatures for the last glacial maximum [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.61222, In supplement to: Mix, AC et al. (1999): Foraminiferal faunal estimates of paleotemperature: Circumventing the no-analog problem yields cool ice age tropics. Paleoceanography, 14(3), 350-359, https://doi.org/10.1029/1999PA900012

Always quote citation above when using data! You can download the citation in several formats below.

RIS CitationBibTeX CitationShow MapGoogle Earth

Coverage:
Median Latitude: 4.576526 * Median Longitude: -39.985478 * South-bound Latitude: -33.250000 * West-bound Longitude: -126.200000 * North-bound Latitude: 35.050000 * East-bound Longitude: 72.383000
Date/Time Start: 1954-08-08T00:00:00 * Date/Time End: 1989-09-09T00:00:00
Minimum DEPTH, sediment/rock: 0.100 m * Maximum DEPTH, sediment/rock: 7.500 m
Event(s):
A156-4  * Latitude: 34.816667 * Longitude: -74.683333 * Elevation: -3100.0 m * Campaign: A150/180 * Method/Device: Piston corer (PC)
A167-13  * Latitude: 31.650000 * Longitude: -75.350000 * Elevation: -2880.0 m * Recovery: 4.5 m * Campaign: A150/180 * Method/Device: Piston corer (PC)
A167-14  * Latitude: 31.466667 * Longitude: -76.466667 * Elevation: -2633.0 m * Campaign: A150/180 * Method/Device: Piston corer (PC)
Comment:
SST (1-12) is estimated mean annual Sea Surface Temperature in degrees C at the LGM depth. SST res is the difference between the LGM temperature estimate from this core, and the core-top estimate made with the same faunal transfer function, in the grid box overlying the site. This gridded core-top value is used because some cores with LGM samples do not have corresponding core-top analyses. A modern transfer-function estimate is used, rather than an atlas value, to minimize regional biases in the difference calculation associated with regional residuals in the transfer function. Negative values of LGM-MOD reflect cooling relative to modern conditions. Positive values reflect warming. Estimates are reported here for latitudes -40 to 40. Note, however, that only values from latitudes -20 to 20 were used in the final reconstruction. This is because no cores from higher latitudes were used in the definition of the faunal factors -- thus we consider estimates outside of the tropical latitudes to be suspect.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Latitude of eventLatitude
Longitude of eventLongitude
Elevation of eventElevationm
DEPTH, sediment/rockDepth sedmGeocode
Sea surface temperature, annual meanSST (1-12)°CMix, Alan CCalculated, see reference(s)
Sea surface temperature, residualDelta SST residual°CMix, Alan CCalculated, see reference(s)
Size:
314 data points

Data

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


Event

Latitude

Longitude

Elevation [m]

Depth sed [m]

SST (1-12) [°C]

Delta SST residual [°C]
A156-4 34.817-74.683-31007.50024.500.542
A167-13 31.650-75.350-28801.40022.51-1.718
A167-14 31.467-76.467-26331.00023.30-1.218
A172-1 17.233-73.4670.40025.31-2.319
A172-2 16.200-72.317-30700.60024.60-3.005
A173-4 33.867-62.533-39320.72020.50-2.208
A179-15 24.800-75.933-31091.49025.39-0.840
A179-1524.800-75.933-31091.62025.11-1.118
A180-32 29.117-26.250-52000.60021.860.230
A180-39 25.833-19.300-34700.30020.29-0.695
A180-47 15.333-17.933-21953.50022.47-1.245
A180-48 15.317-18.100-14505.29023.09-0.619
A180-56 12.235-17.767-25971.00022.18-3.372
A180-72 0.600-21.783-38410.46020.87-5.447
A180-73 0.167-23.000-37490.60023.01-3.224
A180-730.167-23.000-37490.60022.60-3.639
A180-74 -0.050-24.167-33290.50021.95-4.320
A180-76 -0.767-26.033-35120.60022.89-3.549
EN066-10GGC 6.670-21.900-35270.30523.47-3.951
GIK12392-1 25.172-16.845-25751.72518.19-0.808
RC08-145 33.583-62.380-27430.35021.54-1.131
RC08-18 -24.070-15.120-39770.20023.630.756
RC09-49 11.184-58.585-18510.70025.47-2.305
RC09-4911.184-58.585-18510.85026.26-1.513
RC10-50 11.767-81.100-20721.00024.78-2.983
RC10-62 3.333-101.700-31200.51024.07-1.652
RC11-21 -17.270-35.970-40210.30025.35-0.876
RC11-230 -8.800-110.800-32590.45025.240.549
RC11-26 -28.580-30.070-23490.30022.661.042
RC13-110 -0.097-95.650-32310.54021.00-2.126
RC13-113 -1.652-103.600-31950.50018.94-4.851
RC13-115 -1.652-104.800-36210.61021.22-2.598
RC13-151 15.857-74.790-27920.60024.28-3.355
RC13-152 16.708-75.440-20270.60024.48-3.207
RC13-153 15.065-75.950-33340.60024.21-3.558
RC13-158 13.178-79.830-30160.80025.59-2.169
RC13-159 14.695-77.170-40270.83024.77-3.036
RC13-184 3.860-43.310-34460.55024.74-2.532
RC13-189 1.863-30.000-32330.67522.64-4.243
RC13-197 4.517-0.717-29041.10021.92-5.284
RC13-205 -2.2885.183-37310.50022.93-3.060
RC13-210 -9.142-10.610-36580.40023.03-1.682
RC13-227 -21.8808.872-43010.40017.99-1.079
RC13-229 -25.49011.307-41910.80017.31-0.500
RC24-1 0.563-13.650-38500.72020.86-5.604
RC24-16 -5.038-10.190-35430.75021.31-4.092
RC24-27 -5.412-0.363-37180.72022.18-3.217
RC24-7 -1.342-11.920-38991.20019.64-6.061
RE5-054 25.867-19.050-32950.10019.67-1.312
RE5-057 19.600-19.100-29451.00019.37-1.604
SP008-004 31.833-18.267-14450.30020.170.099
V04-32 35.050-11.620-22960.30022.282.680
V15-157 -33.170-49.780-11230.50022.181.655
V15-168 0.200-39.900-42191.42024.35-2.759
V15-1680.200-39.900-42191.60024.72-2.395
V15-1680.200-39.900-42191.63024.90-2.213
V16-205 15.400-43.400-40430.19026.120.218
V16-25 5.067-36.800-42540.53025.76-1.419
V16-255.067-36.800-42540.55025.23-1.945
V16-36 -19.370-11.430-33290.42022.73-0.273
V17-165 32.750-41.900-39240.50021.12-1.174
V17-39 11.750-80.430-34351.00024.47-3.264
V18-312 -2.850-126.200-46140.25023.41-1.396
V18-318 3.167-118.500-41910.15024.15-1.009
V18-357 15.033-80.230-18180.60025.19-2.576
V19-19 13.233-78.370-37600.80025.12-2.829
V19-21 11.800-79.070-31680.60025.34-2.698
V19-240 -30.58013.283-31030.60018.840.666
V19-248 -24.5704.833-33210.27021.511.724
V19-281 -3.3174.650-45660.50021.48-4.337
V19-283 -1.2835.533-34420.79021.75-4.453
V19-29 -3.583-83.930-31571.20017.03-4.481
V19-29-3.583-83.930-31571.20017.65-3.859
V19-291 2.000-5.250-49560.80022.92-3.832
V19-309 31.167-45.130-45440.31020.90-2.148
V20-212 -28.220-10.030-35230.20023.331.935
V20-227 -4.233-34.630-38120.80023.95-3.263
V20-228 -2.483-36.420-36760.61026.60-0.557
V20-241 22.133-41.500-43720.30026.251.794
V20-242 23.367-43.650-45650.29026.211.721
V21-30 -1.217-89.680-6172.50018.05-4.974
V21-33 -3.800-92.080-37260.45018.23-4.627
V22-168 -17.470-5.183-46250.31020.87-1.218
V22-171 -13.100-9.333-41550.20023.29-0.107
V22-171-13.100-9.333-41550.20023.670.275
V22-172 -12.670-9.817-41270.20023.52-0.050
V22-174 -10.070-12.820-26300.57023.94-0.978
V22-174-10.070-12.820-26300.57023.94-0.978
V22-177 -7.750-14.600-32900.63022.20-3.565
V22-177-7.750-14.600-32900.70022.59-3.173
V22-182 -0.533-17.270-37760.71021.36-5.012
V22-182-0.533-17.270-37760.72021.03-5.346
V22-186 3.383-20.120-44710.30021.74-5.447
V22-1863.383-20.120-44710.30022.42-4.773
V22-188 4.667-20.920-26000.30025.62-1.864
V22-1884.667-20.920-26000.30024.51-2.968
V22-196 13.833-18.970-37280.70020.15-4.382
V22-197 14.167-18.580-31670.72021.40-3.136
V22-222 28.933-43.650-31970.58024.681.299
V22-26 8.717-41.250-37200.40023.70-3.424
V22-38 -9.550-34.250-37970.37525.08-2.018
V22-38-9.550-34.250-37970.40025.51-1.592
V23-100 21.300-22.680-45790.42020.70-1.437
V23-110 17.633-45.870-37460.26025.910.281
V23-91 29.583-28.570-27580.30022.780.991
V23-98 23.117-19.300-35060.70018.10-2.361
V24-221 -32.030-2.817-42040.30020.661.652
V24-235 -33.250-19.550-37220.10021.700.892
V24-237 -32.200-26.733-41930.10020.701.425
V24-240 -31.730-28.200-43270.20020.040.646
V24-28 15.317-77.950-22740.60025.88-1.927
V25-42 12.550-50.650-47070.60022.68-4.164
V25-44 11.500-45.150-40490.30024.94-1.699
V25-56 -3.550-35.230-35120.80026.02-1.192
V25-56-3.550-35.230-35120.99025.37-1.843
V25-59 1.367-33.480-38240.67524.47-2.535
V25-591.367-33.480-38240.71024.88-2.130
V25-60 3.283-34.830-37490.40025.07-2.136
V25-603.283-34.830-37490.47524.72-2.489
V25-75 8.583-53.170-27431.20025.36-2.030
V26-104 -0.083-41.780-38641.50026.02-1.076
V26-104-0.083-41.780-38641.55025.37-1.725
V26-107 4.683-46.870-32241.00026.38-1.059
V26-41 19.333-26.120-43410.42022.37-0.743
V26-4119.333-26.120-43410.43021.45-1.664
V26-46 9.567-18.180-28980.45021.68-4.825
V26-469.567-18.180-28980.45021.61-4.897
V26-53 0.300-14.800-43230.50023.70-2.601
V26-63 -23.970-37.950-36190.30024.06-0.392
V26-82 -27.770-37.250-38780.20023.430.934
V27-175 8.800-22.120-45480.50022.03-4.996
V27-178 5.100-26.650-43270.55023.75-3.507
V27-1785.100-26.650-43270.58022.68-4.582
V27-228 -10.07011.450-23920.90022.57-2.308
V27-232 -0.2337.550-26150.60024.85-1.605
V27-239 -7.833-1.517-44640.20021.02-3.686
V27-248 3.050-11.820-45430.82022.80-4.405
V27-263 35.017-40.920-37040.20021.24-0.952
V28-119 17.033-76.600-17810.80024.31-3.453
V28-122 11.933-78.680-36231.00023.94-3.978
V28-127 11.650-80.130-32371.00025.06-2.672
V28-129 11.117-80.400-34000.80024.84-3.009
V29-172 33.700-29.380-32570.40021.910.839
V29-173 33.700-29.380-32780.25021.540.472
V29-44 -10.25072.383-40190.85021.53-4.946
V30-36 5.350-27.320-42450.40024.72-2.538
V30-365.350-27.320-42450.40022.75-4.508
V30-40 -0.200-23.150-37060.66020.69-5.543
V30-41 0.217-23.070-38740.44521.33-4.911
V30-49 18.433-21.080-30930.84020.63-2.169
V30-51 19.867-19.920-34090.54018.90-2.348
VNTR01-8PC 0.037-110.480-37910.41020.09-3.528
Y69-106P -2.983-86.550-28700.30023.29-1.953
Y69-71P 0.100-86.483-27401.80021.53-2.289
Y71-03-02 7.172-85.152-21640.20026.22-1.175
Y71-06-12 -16.443-77.563-27340.49019.030.045
Y71-09-101 -6.383-106.935-31750.63024.720.194