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Cortese, Giuseppe; Dunbar, Gavin B; Carter, Lionel; Scott, George H; Bowen, M; Bostock, Helen C; Crundwell, Martin P; Hayward, Bruce William; Howard, William R; Martínez, José Ignacio; Moy, Christopher M; Neil, Helen L; Sabaa, Ashwaq T; Sturm, Arne (2013): (Table S2) SST reconstruction for Southwest Pacific Ocean sediment cores [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.821318, In supplement to: Cortese, G et al. (2013): Southwest Pacific Ocean response to a warmer world: Insights from Marine Isotope Stage 5e. Paleoceanography, 28(3), 585-598, https://doi.org/10.1002/palo.20052

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

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Related to:
Barrows, Timothy T; Juggins, Stephen; De Deckker, Patrick; Calvo, Eva; Pelejero, Carles (2007): Long-term sea surface temperature and climate change in the Australian-New Zealand region. Paleoceanography, 22(2), PA2215, https://doi.org/10.1029/2006PA001328
Hall, Ian R; McCave, I Nick; Shackleton, Nicholas J; Weedon, Graham P; Harris, Sara E (2001): Intensified deep Pacific inflow and ventilation in Pleistocene glacial times. Nature, 412(6849), 809-812, https://doi.org/10.1038/35090552
Head, PS; Nelson, Campbell S (1994): A high-resolution oxygen isotope record for the past 6.4 million years at DSDP Site 593, Challenger Plateau, southern Tasman Sea,. In: van der Lingen, GJ et al. (eds), Evolution of the Tasman Sea Basin, Balkema, Rotterdam, 15-179
Kolodziej, AP (2010): lanktic foraminifera-based sea surface temperature estimates and Late Quaternary oceanography off New Zealand's West Coast. M.Sc. thesis, Victoria University of Wellington, Wellington, New Zealand
Martínez, José Ignacio (1994): Late Pleistocene palaeocenography of the Tasman Sea: Implications for the dynamics of the warm pool in the western Pacific. Palaeogeography, Palaeoclimatology, Palaeoecology, 112(1-2), 19-62, https://doi.org/10.1016/0031-0182(94)90133-3
Moy, Andrew D; Howard, William R; Gagan, Michael K (2006): Late Quaternary palaeoceanography of the Circumpolar Deep Water from the South Tasman Rise. Journal of Quaternary Science, 21(7), 763-777, https://doi.org/10.1002/jqs.1067
Neil, Helen L; Carter, Lionel; Morris, Michele (2004): Thermal isolation of Campbell Plateau, New Zealand, by the Antarctic Circumpolar Current over the past 130 kyr. Paleoceanography, 19(4), PA4008, https://doi.org/10.1029/2003PA000975
Nelson, Campbell S; Cooke, Penepole J; Hendy, Chris H; Cuthbertson, Alison M (1993): Oceanographic and climatic changes over the past 160,000 years at Deep Sea Drilling Project Site 594 off southwestern New Zealand, southwest Pacific Ocean. Paleoceanography, 8(4), 435-458, https://doi.org/10.1029/93PA01162
Nelson, Campbell S; Hendy, Chris H; Cuthbertson, Alison M (1994): Oxygen isotope evidence for climatic contrasts between Tasman Sea and Southwest Pacific Ocean during the late Quaternary. In: van der Lingen, GJ et al. (eds), Evolution of the Tasman Sea Basin, Balkema, Rotterdam, 181-196
Sturm, Arne (2004): Changes in ocean circulation and carbonate chemistry in the Australian sector of the Southern Ocean during the last 500,000 years. PhD Thesis, Christian-Albrechts-University of Kiel, Germany
Further details:
Barrows, Timothy T; Juggins, Stephen; De Deckker, Patrick; Calvo, Eva; Pelejero, Carles (2007): (Table 1) Age determination of sediment core SO136-003GC. PANGAEA, https://doi.org/10.1594/PANGAEA.821414
Martínez, José Ignacio (1994): (Table 5) Age determination of Tasman Sea transect samples. PANGAEA, https://doi.org/10.1594/PANGAEA.821374
Moy, Christopher M; Howard, William R; Gagan, Michael K (2006): Age determination of late Quaternary sediment cores from the South Tasman Rise. PANGAEA, https://doi.org/10.1594/PANGAEA.821370
Neil, Helen L; Carter, Lionel; Morris, Michele (2013): (Table 1) Age determination of sediments from the Campbell Plateau. PANGAEA, https://doi.org/10.1594/PANGAEA.821375
Nelson, Campbell S; Cooke, Penepole J; Hendy, Chris H; Cuthbertson, Alison M (1993): Microfossil abundances and stable isotope composition of foraminifera from DSDP Hole 90-594 off southeastern New Zealand. PANGAEA, https://doi.org/10.1594/PANGAEA.729015
Coverage:
Median Latitude: -41.777819 * Median Longitude: 167.971526 * South-bound Latitude: -50.626500 * West-bound Longitude: 146.285333 * North-bound Latitude: -24.880000 * East-bound Longitude: -171.499000
Date/Time Start: 1968-05-06T00:00:00 * Date/Time End: 2006-01-26T23:05:00
Minimum DEPTH, sediment/rock: 1.095 m * Maximum DEPTH, sediment/rock: 20.500 m
Event(s):
90-592  * Latitude: -36.473300 * Longitude: 165.442200 * Date/Time: 1982-12-25T00:00:00 * Elevation: -1088.0 m * Penetration: 388.5 m * Recovery: 342.8 m * Location: South Pacific/Tasman Sea/CONT RISE * Campaign: Leg90 * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 40 cores; 378.9 m cored; 9.6 m drilled; 90.5 % recovery
90-593_Site  * Latitude: -40.507800 * Longitude: 167.674500 * Date/Time: 1982-12-28T00:00:00 * Elevation: -1068.0 m * Penetration: 10.683 m * Recovery: 6.972 m * Location: South Pacific/Tasman Sea/PLATEAU * Campaign: Leg90 * Basis: Glomar Challenger * Method/Device: Composite Core (COMPCORE) * Comment: 85 cores; 807.8 m cored; 19.2 m drilled; 86.3% recovery
90-594_Site  * Latitude: -45.523500 * Longitude: 174.948000 * Date/Time: 1983-01-03T00:00:00 * Elevation: -1204.0 m * Penetration: 11.875 m * Recovery: 4.964 m * Location: South Pacific/CONT RISE * Campaign: Leg90 * Basis: Glomar Challenger * Method/Device: Composite Core (COMPCORE) * Comment: 81 cores; 780.4 m cored; 28.8 m drilled; 63.6% recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Latitude of eventLatitude
Longitude of eventLongitude
Elevation of eventElevationm
DEPTH, sediment/rockDepth sedmGeocode
AGEAgeka BPGeocode
Sedimentation rateSRcm/kaCortese, Giuseppe
Sea surface temperature, annual meanSST (1-12)°CCortese, Giuseppe
Confidence intervalCICortese, Giuseppe
10 Sea surface temperature, annual mean, standard deviationSST (1-12) std dev±Cortese, Giuseppe
11 Foraminifera, benthic δ18OForam benth δ18O‰ PDBCortese, Giuseppe
12 Foraminifera, planktic δ18OForam plankt δ18O‰ PDBCortese, Giuseppe
13 Reference/sourceReferenceCortese, Giuseppe
Size:
1198 data points

Data

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


Event

Latitude

Longitude

Elevation [m]

Depth sed [m]

Age [ka BP]

SR [cm/ka]

SST (1-12) [°C]

CI
10 
SST (1-12) std dev [±]
11 
Foram benth δ18O [‰ PDB]
12 
Foram plankt δ18O [‰ PDB]
13 
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90-594_Site -45.52174.95-120413.43099.506.720.131.52Nelson et al., 1993
90-594_Site-45.52174.95-120413.640101.4011.18.490.192.12Nelson et al., 1993
90-594_Site-45.52174.95-120413.730102.1012.99.830.293.31Nelson et al., 1993
90-594_Site-45.52174.95-120413.750102.2020.08.290.273.10Nelson et al., 1993
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90-594_Site-45.52174.95-120413.910103.6011.78.460.141.59Nelson et al., 1993
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90-594_Site-45.52174.95-120414.420108.0011.49.890.293.36Nelson et al., 1993
90-594_Site-45.52174.95-120414.520108.9011.18.060.182.09Nelson et al., 1993
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90-594_Site-45.52174.95-120416.040122.1011.410.480.232.67Nelson et al., 1993
90-594_Site-45.52174.95-120416.150123.1011.015.150.293.32Nelson et al., 1993
90-594_Site-45.52174.95-120416.350124.9011.113.100.242.69Nelson et al., 1993
90-594_Site-45.52174.95-120416.520126.3012.110.600.141.63Nelson et al., 1993
90-594_Site-45.52174.95-120416.550126.6010.09.700.202.30Nelson et al., 1993
90-594_Site-45.52174.95-120416.760128.4011.78.250.151.66Nelson et al., 1993
90-594_Site-45.52174.95-120416.850129.3010.011.520.424.76Nelson et al., 1993
90-594_Site-45.52174.95-120417.090131.4011.42.970.091.07Nelson et al., 1993
90-594_Site-45.52174.95-120417.350133.8010.85.300.131.51Nelson et al., 1993
90-594_Site-45.52174.95-120417.500135.0012.52.910.070.76Nelson et al., 1993
90-594_Site-45.52174.95-120418.850147.0011.37.590.273.12Nelson et al., 1993
90-594_Site-45.52174.95-120419.050150.006.76.560.262.96Nelson et al., 1993
90-594_Site-45.52174.95-120419.520154.0011.84.400.222.49Nelson et al., 1993
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90-594_Site-45.52174.95-120420.350161.0012.88.780.171.96Nelson et al., 1993
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T3034_Y9-48.24177.34-12672.320121.801.612.280.465.222.84Neil et al., 2004
T3034_Y9-48.24177.34-12672.360124.301.611.110.161.882.00Neil et al., 2004
T3034_Y9-48.24177.34-12672.400126.801.610.110.202.242.31Neil et al., 2004
T3034_Y9-48.24177.34-12672.440129.501.59.330.182.052.73Neil et al., 2004
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T3034_Y9-48.24177.34-12672.680140.902.12.940.050.614.10Neil et al., 2004
90-593_Site -40.51167.67-10681.89097.6415.230.202.24Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.070107.821.816.010.171.97Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.130111.041.917.100.161.81Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.310120.691.911.570.161.81Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.370123.891.915.130.293.26Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.500130.861.913.130.283.18Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.640138.361.912.530.171.95Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.780145.861.912.190.161.85Head and Nelson, 1994; Nelson et al., 1994
90-593_Site-40.51167.67-10682.910152.821.914.690.242.79Head and Nelson, 1994; Nelson et al., 1994
90-592 -36.47165.44-10881.1103.60Nelson et al., 1994
90-592-36.47165.44-10881.12094.2019.090.151.68Nelson et al., 1994
90-592-36.47165.44-10881.2103.57Nelson et al., 1994
90-592-36.47165.44-10881.220105.700.919.380.141.61Nelson et al., 1994
90-592-36.47165.44-10881.320117.300.917.590.202.28Nelson et al., 1994
90-592-36.47165.44-10881.410127.600.917.270.202.284.15Nelson et al., 1994
90-592-36.47165.44-10881.490136.600.916.430.222.50Nelson et al., 1994
90-592-36.47165.44-10881.4904.61Nelson et al., 1994
90-592-36.47165.44-10881.570144.701.013.330.222.48Nelson et al., 1994
90-592-36.47165.44-10881.6104.16Nelson et al., 1994
90-592-36.47165.44-10881.670154.901.014.930.202.25Nelson et al., 1994
90-592-36.47165.44-10881.7104.51Nelson et al., 1994
90-592-36.47165.44-10881.780166.101.016.620.212.44Nelson et al., 1994
90-592-36.47165.44-10881.8104.49Nelson et al., 1994
MD97-2109 -50.63169.38-5602.120111.206.550.182.023.72Sturm, 2004
MD97-2109-50.63169.38-5602.170113.901.97.540.222.463.00Sturm, 2004
MD97-2109-50.63169.38-5602.220116.701.810.660.505.752.57Sturm, 2004
MD97-2109-50.63169.38-5602.270119.601.810.840.546.122.58Sturm, 2004
MD97-2109-50.63169.38-5602.320122.401.811.610.525.892.47Sturm, 2004
MD97-2109-50.63169.38-5602.370125.301.89.800.536.072.40Sturm, 2004
MD97-2109-50.63169.38-5602.420127.402.47.680.222.533.10Sturm, 2004
MD97-2109-50.63169.38-5602.470129.402.56.090.202.232.41Sturm, 2004
MD97-2109-50.63169.38-5602.520131.402.59.330.606.813.05Sturm, 2004
MD97-2109-50.63169.38-5602.570136.001.15.960.202.243.80Sturm, 2004
MD97-2109-50.63169.38-5602.620139.801.35.770.161.833.27Sturm, 2004
MD97-2109-50.63169.38-5602.670143.501.45.730.192.223.31Sturm, 2004
MD97-2109-50.63169.38-5602.720147.201.49.400.596.763.18Sturm, 2004
SO136_038GC-6 -50.22175.31-13591.18095.3010.990.697.882.37Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.230100.900.910.970.505.732.51Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.330112.100.96.670.222.461.61Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.380117.700.910.560.586.671.85Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.430123.300.97.400.212.421.41Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.480128.900.910.410.556.282.13Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.530134.600.910.210.627.042.71Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.580140.200.99.810.627.132.41Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.630145.800.99.480.738.273.24Neil et al., 2004
SO136_038GC-6-50.22175.31-13591.680151.400.99.380.758.552.76Neil et al., 2004
RC12-113 -24.88163.52-24541.095110.5023.550.141.65Martinez, 1994
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RC12-113-24.88163.52-24541.200122.800.9-0.29Martinez, 1994
RC12-113-24.88163.52-24541.295134.800.822.310.182.09Martinez, 1994
RC12-113-24.88163.52-24541.300135.400.80.20Martinez, 1994
RC12-113-24.88163.52-24541.395150.300.622.190.151.70Martinez, 1994
RC12-113-24.88163.52-24541.400151.000.60.42Martinez, 1994
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SO136_003GC -42.30169.88-944100.3015.30Barrows et al., 2007
SO136_003GC-42.30169.88-944101.0015.201.30Barrows et al., 2007
SO136_003GC-42.30169.88-944102.6014.80Barrows et al., 2007
SO136_003GC-42.30169.88-944104.5013.80Barrows et al., 2007
SO136_003GC-42.30169.88-944106.8013.801.72Barrows et al., 2007
SO136_003GC-42.30169.88-944109.5014.701.68Barrows et al., 2007
SO136_003GC-42.30169.88-944114.3015.201.63Barrows et al., 2007
SO136_003GC-42.30169.88-944117.6014.801.68Barrows et al., 2007
SO136_003GC-42.30169.88-944120.9015.100.99Barrows et al., 2007
SO136_003GC-42.30169.88-944125.3015.101.58Barrows et al., 2007
SO136_003GC-42.30169.88-944126.5014.501.56Barrows et al., 2007
SO136_003GC-42.30169.88-944127.6015.601.72Barrows et al., 2007
SO136_003GC-42.30169.88-944128.6015.401.38Barrows et al., 2007
SO136_003GC-42.30169.88-944129.5015.50Barrows et al., 2007
SO136_003GC-42.30169.88-944130.3014.802.05Barrows et al., 2007
SO136_003GC-42.30169.88-944131.1015.501.66Barrows et al., 2007
SO136_003GC-42.30169.88-944131.7016.402.28Barrows et al., 2007
SO136_003GC-42.30169.88-944132.3015.702.19Barrows et al., 2007
SO136_003GC-42.30169.88-944132.8014.902.09Barrows et al., 2007
SO136_003GC-42.30169.88-944133.3014.902.13Barrows et al., 2007
SO136_003GC-42.30169.88-944133.7013.902.64Barrows et al., 2007
SO136_003GC-42.30169.88-944134.6013.102.71Barrows et al., 2007
SO136_003GC-42.30169.88-944135.4013.202.52Barrows et al., 2007
SO136_003GC-42.30169.88-944136.3011.902.43Barrows et al., 2007
SO136_003GC-42.30169.88-944136.7013.202.50Barrows et al., 2007
SO136_003GC-42.30169.88-944137.3011.702.88Barrows et al., 2007
SO136_003GC-42.30169.88-944137.9012.80Barrows et al., 2007
SO136_003GC-42.30169.88-944138.5011.702.83Barrows et al., 2007
SO136_003GC-42.30169.88-944140.0011.702.72Barrows et al., 2007
SO136_003GC-42.30169.88-944141.8011.502.87Barrows et al., 2007
SO136_003GC-42.30169.88-944142.7012.502.51Barrows et al., 2007