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Bostock, Helen C; Hayward, Bruce William; Neil, Helen L; Sabaa, Ashwaq T; Scott, George H (2015): Planktonic foraminiferal assemblages and SST calculation of sediment surface samples of the Solander Trough, New Zealand [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.846166, In supplement to: Bostock, HC et al. (2015): Changes in the position of the Subtropical Front south of New Zealand since the last glacial period. Paleoceanography, 30(7), 824-844, https://doi.org/10.1002/2014PA002652

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Coverage:
Median Latitude: -49.771850 * Median Longitude: 164.939550 * South-bound Latitude: -58.667000 * West-bound Longitude: 160.220000 * North-bound Latitude: -46.708000 * East-bound Longitude: 167.083000
Date/Time Start: 2008-04-15T00:00:00 * Date/Time End: 2008-04-15T00:00:00
Minimum DEPTH, sediment/rock: 0.000 m * Maximum DEPTH, sediment/rock: 0.015 m
Event(s):
A830  * Latitude: -46.708000 * Longitude: 167.083000 * Elevation: -476.0 m
A847  * Latitude: -47.450000 * Longitude: 166.783000 * Elevation: -909.0 m
D169  * Latitude: -50.792000 * Longitude: 163.958000 * Elevation: -896.0 m
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEventBostock, Helen C
Sample code/labelSample labelBostock, Helen C
Latitude of eventLatitudeBostock, Helen C
Longitude of eventLongitudeBostock, Helen C
Elevation of eventElevationmBostock, Helen C
DEPTH, sediment/rockDepth sedmBostock, Helen CGeocode
Depth, top/minDepth topmBostock, Helen C
Depth, bottom/maxDepth botmBostock, Helen C
Sea surface temperature, annual meanSST (1-12)°CBostock, Helen CCARS
10 Sea surface temperature, January-MarchSST (1-3)°CBostock, Helen CCARS
11 Globigerina bulloidesG. bulloides%Bostock, Helen CCounting >150 µm fraction
12 Neogloboquadrina pachydermaN. pachyderma%Bostock, Helen CCounting >150 µm fraction
13 Neogloboquadrina incomptaN. incompta%Bostock, Helen CCounting >150 µm fraction
14 Globorotalia inflataG. inflata%Bostock, Helen CCounting >150 µm fraction
15 Globorotalia truncatulinoidesG. truncatulinoides%Bostock, Helen CCounting >150 µm fraction
16 Globigerina falconensisG. falconensis%Bostock, Helen CCounting >150 µm fraction
17 Neogloboquadrina dutertreiN. dutertrei%Bostock, Helen CCounting >150 µm fraction
18 Globigerinita glutinataG. glutinata%Bostock, Helen CCounting >150 µm fraction
19 Turborotalita quinquelobaT. quinqueloba%Bostock, Helen CCounting >150 µm fraction
20 Orbulina universaO. universa%Bostock, Helen CCounting >150 µm fraction
21 Globorotalia scitulaG. scitula%Bostock, Helen CCounting >150 µm fraction
22 Globorotalia hirsutaG. hirsuta%Bostock, Helen CCounting >150 µm fraction
23 Sea surface temperature, annual meanSST (1-12)°CBostock, Helen CModern analog technique (MAT)MAT SH0911 avANN SST
24 Sea surface temperature, annual meanSST (1-12)°CBostock, Helen CModern analog technique (MAT)MAT SH0911 Upper95%SST
25 Sea surface temperature, annual meanSST (1-12)°CBostock, Helen CModern analog technique (MAT)MAT SH0911 Lower95% SST
26 Sea surface temperature, annual meanSST (1-12)°CBostock, Helen CRandom ForestRF SH0911 avANN SST
27 Sea surface temperature, annual meanSST (1-12)°CBostock, Helen CRandom ForestRF SH0911 Upper95% SST
28 Sea surface temperature, annual meanSST (1-12)°CBostock, Helen CRandom ForestRF SH0911 Lower95% SST
29 Sea surface temperature, summerSST sum°CBostock, Helen CReconstructed from the percentage of Neogloboquadrina pachyderma sinistral
Size:
450 data points

Data

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


Event

Sample label

Latitude

Longitude

Elevation [m]

Depth sed [m]

Depth top [m]

Depth bot [m]

SST (1-12) [°C]
(CARS)
10 
SST (1-3) [°C]
(CARS)
11 
G. bulloides [%]
(Counting >150 µm fraction)
12 
N. pachyderma [%]
(Counting >150 µm fraction)
13 
N. incompta [%]
(Counting >150 µm fraction)
14 
G. inflata [%]
(Counting >150 µm fraction)
15 
G. truncatulinoides [%]
(Counting >150 µm fraction)
16 
G. falconensis [%]
(Counting >150 µm fraction)
17 
N. dutertrei [%]
(Counting >150 µm fraction)
18 
G. glutinata [%]
(Counting >150 µm fraction)
19 
T. quinqueloba [%]
(Counting >150 µm fraction)
20 
O. universa [%]
(Counting >150 µm fraction)
21 
G. scitula [%]
(Counting >150 µm fraction)
22 
G. hirsuta [%]
(Counting >150 µm fraction)
23 
SST (1-12) [°C]
(MAT SH0911 avANN SST, Modern ...)
24 
SST (1-12) [°C]
(MAT SH0911 Upper95%SST, Moder...)
25 
SST (1-12) [°C]
(MAT SH0911 Lower95% SST, Mode...)
26 
SST (1-12) [°C]
(RF SH0911 avANN SST, Random F...)
27 
SST (1-12) [°C]
(RF SH0911 Upper95% SST, Rando...)
28 
SST (1-12) [°C]
(RF SH0911 Lower95% SST, Rando...)
29 
SST sum [°C]
(Reconstructed from the percen...)
A830 A830-46.7080167.0830-4760.00013.4014.8932.7010.2025.9020.408.501.000.000.700.300.300.000.011.8212.3611.2811.0411.2010.8710.45
E824 E824-46.9750166.5470-12170.00013.0414.3932.0018.9016.4025.404.900.800.000.800.000.800.000.010.9511.2410.6710.2610.4610.069.69
TAN0803-09 TAN0803/9-46.9970166.0610-16480.00012.7614.0630.8515.5020.3014.909.403.400.501.252.000.001.000.910.6511.0810.2110.8611.0310.699.99
TAN1106/16 TAN1106/16surf-47.3400165.7910-11200.00012.3913.6540.807.5024.4016.405.201.900.500.900.500.000.900.010.7810.9810.5811.0611.2010.9110.69
A847 A847-47.4500166.7830-9090.00012.7414.1133.107.5019.4020.0018.800.600.000.600.000.000.000.011.2111.4610.9710.8611.0210.7010.69
TAN1106/22 TAN1106/22surf-47.5930165.2390-36590.00011.6112.7421.8017.6028.0011.9010.403.601.003.102.100.000.000.011.8712.3811.3610.4110.6010.229.81
TAN1106/75TC TAN1106/75TCsurf-47.9730165.7840-29030.00011.9613.1939.0012.1023.9013.404.601.301.301.602.300.300.600.010.8611.1910.5410.8510.9710.7210.29
TAN1106/26 TAN1106/26,0-2-47.9840165.7830-28400.0100.000.0211.9613.1931.3016.1021.3018.309.100.500.900.501.300.900.000.011.2111.4610.9711.0111.1310.889.94
TAN1106/28 TAN1106/28, 0-1 cm-48.3720165.6590-27980.0050.000.0111.1812.3231.5717.2226.329.5710.530.961.443.353.350.480.000.011.0211.2810.7610.6210.7610.479.84
TAN0803-24 TAN0803/24-48.7970165.2960-29620.00010.5511.6133.401.606.6022.2020.302.200.000.000.0011.501.101.112.3212.6112.0312.5712.7912.3611.20
TAN1106/34 TAN1106/34surface-49.3020165.1660-34160.0009.8510.9251.407.3012.8012.809.202.800.001.800.000.500.500.911.7611.9711.5411.4611.6311.2910.70
TAN0803-27 TAN0803/27, 1-2-49.5240164.6090-32500.0150.010.029.6810.7427.2725.1723.086.291.051.750.357.346.640.700.340.08.649.927.359.289.489.099.15
TAN1106/38 TAN1106/38,surf-49.6930165.0750-36140.0009.8510.9252.3011.9013.509.309.302.600.001.000.000.000.000.010.6710.9310.4010.7910.9410.6410.30
TAN0803-40 TAN0803/40, 1-2-50.4320164.2870-35240.0150.010.029.1810.2236.0818.2117.184.813.782.410.007.569.280.690.000.09.6810.398.979.9810.139.829.75
TAN1106/43 TAN1106/43, 1-2 cm-50.4490164.8780-36700.0150.010.029.4110.4933.0822.1429.666.845.700.380.000.761.520.000.000.010.9111.1610.669.8410.009.679.41
D169 D169-50.7920163.9580-8960.0008.899.8637.1019.1012.7019.606.601.700.000.901.300.500.500.010.4710.5510.3910.3110.4810.159.68
TAN1106/47 TAN1106/47surf-51.2660165.0400-38160.0009.009.9626.5035.4027.702.305.001.500.001.200.400.000.000.09.1710.148.209.039.308.758.26
TAN1106/49 TAN1106/49surf-51.5680164.6570-42670.0008.879.7831.4019.5015.7018.2010.103.800.000.600.000.000.000.010.9511.2410.679.749.939.559.64
TAN0803-127 TAN0803/127-57.5550160.8750-38300.0002.794.1111.7076.106.402.900.001.100.000.001.800.000.000.03.644.263.034.784.984.594.72
TAN0803-124 TAN0803/124-58.6670160.2200-43580.0002.944.291.9096.900.201.000.000.000.000.000.000.000.000.02.182.491.862.802.892.712.91