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Data Publisher for Earth & Environmental Science

Johnstone, Heather J H; Schulz, Michael; Barker, Stephen; Elderfield, Henry (2010): (Table 2) Dissolution index (XDX) values and average test mass for four species of planktonic foraminifera [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.756131, In supplement to: Johnstone, HJH et al. (2010): Inside story: An X-ray computed tomography method for assessing dissolution in the tests of planktonic foraminifera. Marine Micropaleontology, 77(1-2), 58-70, https://doi.org/10.1016/j.marmicro.2010.07.004

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Related to:
Johnstone, Heather J H (2010): Assessing dissolution in the tests of planktonic foraminifera using computed tomography (CT): potential for improving paleoceanographic reconstructions. PhD Thesis, Elektronische Dissertationen an der Staats- und Universitätsbibliothek Bremen, Germany, urn:nbn:de:gbv:46-00101815-15
Coverage:
Median Latitude: -2.491116 * Median Longitude: 53.485849 * South-bound Latitude: -31.340000 * West-bound Longitude: -67.046667 * North-bound Latitude: 18.933333 * East-bound Longitude: 162.734660
Date/Time Start: 1971-03-20T00:00:00 * Date/Time End: 1997-04-04T13:54:00
Minimum Elevation: -4779.0 m * Maximum Elevation: -1603.0 m
Event(s):
GeoB1503-2  * Latitude: 2.310000 * Longitude: -30.648333 * Date/Time: 1991-05-02T00:00:00 * Elevation: -2298.0 m * Recovery: 0.37 m * Location: Brazil Basin * Campaign: M16/2 * Basis: Meteor (1986) * Method/Device: Giant box corer (GKG) * Comment: Foram.-Sd., grau-braun, Pterop.-Schill
GeoB4403-1  * Latitude: 6.134000 * Longitude: -43.441000 * Date/Time: 1997-03-11T02:18:00 * Elevation: -4503.0 m * Recovery: 0.34 m * Location: Ceara Rise * Campaign: M38/2 * Basis: Meteor (1986) * Method/Device: MultiCorer (MUC) * Comment: 3/4, 20 m pinger, 50 m CTD
GeoB4406-2  * Latitude: 5.090000 * Longitude: -43.761667 * Date/Time: 1997-03-12T18:45:00 * Elevation: -3709.0 m * Recovery: 0.3 m * Location: Ceara Rise * Campaign: M38/2 * Basis: Meteor (1986) * Method/Device: MultiCorer (MUC)
Comment:
* indicates small sample where average test mass was calculated from less than 15 tests.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEvent
Latitude of eventLatitude
Longitude of eventLongitude
Elevation of eventElevationm
Depth, top/minDepth topmJohnstone, Heather J H
Depth, bottom/maxDepth botmJohnstone, Heather J H
MassMassµgJohnstone, Heather J HG. ruber
Globigerinoides ruberG. ruber#Johnstone, Heather J HNo. scanned
Dissolution indexDXJohnstone, Heather J HG. ruber
10 Confidence intervalCIJohnstone, Heather J HG. ruber/Half 95% CI
11 MassMassµgJohnstone, Heather J HG. sacculifer
12 Globigerinoides sacculiferG. sacculifer#Johnstone, Heather J HNo. scanned
13 Dissolution indexDXJohnstone, Heather J HG. sacculifer
14 Confidence intervalCIJohnstone, Heather J HG. sacculifer/Half 95% CI
15 MassMassµgJohnstone, Heather J HN. dutertrei
16 Neogloboquadrina dutertreiN. dutertrei#Johnstone, Heather J HNo. scanned
17 Dissolution indexDXJohnstone, Heather J HN. dutertrei
18 Confidence intervalCIJohnstone, Heather J HN. dutertrei/Half 95% CI
19 MassMassµgJohnstone, Heather J HP. obliquiloculata
20 Pulleniatina obliquiloculataP. obliquiloculata#Johnstone, Heather J HNo. scanned
21 Dissolution indexDXJohnstone, Heather J HP. obliquiloculata
22 Confidence intervalCIJohnstone, Heather J HP. obliquiloculata/Half 95% CI
Size:
642 data points

Data

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


Event

Latitude

Longitude

Elevation [m]

Depth top [m]

Depth bot [m]

Mass [µg]
(G. ruber)

G. ruber [#]
(No. scanned)

DX
(G. ruber)
10 
CI
(G. ruber/Half 95% CI)
11 
Mass [µg]
(G. sacculifer)
12 
G. sacculifer [#]
(No. scanned)
13 
DX
(G. sacculifer)
14 
CI
(G. sacculifer/Half 95% CI)
15 
Mass [µg]
(N. dutertrei)
16 
N. dutertrei [#]
(No. scanned)
17 
DX
(N. dutertrei)
18 
CI
(N. dutertrei/Half 95% CI)
19 
Mass [µg]
(P. obliquiloculata)
20 
P. obliquiloculata [#]
(No. scanned)
21 
DX
(P. obliquiloculata)
22 
CI
(P. obliquiloculata/Half 95% CI)
MW9109-3BC -2.2427156.9978-161600.0517.7450.40.122.9400.10.125.8370.30.132.7410.30.1
MW9109-33BC 0.9977157.8487-201500.0516.4540.30.123.3630.60.123.1670.60.127.1490.60.2
MW9109-13BC 0.0080158.9128-230100.0513.5430.80.217.8421.10.322.3361.00.327.0361.40.4
MW9109-37BC 0.0047159.4838-244500.0513.0560.70.117.9561.80.318.9701.00.226.9371.30.3
MW9109-16BC 0.0138160.4517-295900.0512.4421.30.215.3522.50.216.9651.80.225.3311.90.4
MW9109-22BC 0.0242160.4547-296500.0512.4401.40.217.0412.20.321.0391.40.323.3562.20.3
MW9109-51BC -0.0200161.0000-341100.05*14.651.80.615.0593.10.216.7703.00.122.6493.20.2
MW9109-53BC 0.0088161.3887-371100.0512.1233.20.315.5713.80.119.7363.60.2
MW9109-54BC 0.0133161.7702-402500.0518.5223.70.219.8303.70.2
MW9109-58BC 0.0013162.2235-434100.05*14.8143.00.715.1433.90.117.1353.90.1
MW9109-74BC 0.0007162.7347-443800.05*17.384.00.016.4293.90.1
MW9109-66BC 0.0043162.7047-444000.05*15.574.00.0
M35014-2 17.8417-63.7383-160300.0218.6290.20.125.5350.20.131.4390.30.1*28.250.10.3
M35010-3 18.9333-64.0917-268600.0220.1200.10.128.2210.10.1*33.380.20.124.0170.10.2
M35026-1 17.5067-67.0467-381500.0213.9290.10.127.4320.00.031.8410.30.1*26.7100.20.2
M35024-7 17.0400-66.0017-470100.0215.2270.70.220.2331.50.330.8430.90.230.3241.20.5
GeoB1503-2 2.3100-30.6483-229800.0221.6310.30.127.2290.00.033.7270.20.230.8290.20.2
GeoB4415-2 5.8533-44.9783-358400.0220.8370.40.229.2450.10.131.4510.30.231.9350.10.1
GeoB4416-2 5.6750-45.0883-390300.0220.4320.30.230.0430.10.133.5470.20.133.5390.30.1
GeoB4406-2 5.0900-43.7617-370900.0220.6310.10.129.2440.10.033.3480.10.133.0350.10.1
GeoB4413-1 6.0867-44.1933-429100.0218.5390.60.225.7460.40.230.6480.30.129.9400.20.1
GeoB4403-1 6.1340-43.4410-450300.0216.5391.80.319.4442.60.326.9552.00.325.2392.30.2
GeoB4420-1 16.4717-46.4633-276300.0223.6300.20.130.6400.10.135.9420.20.134.4220.10.1
GeoB4421-2 16.9900-46.0100-317600.0220.7300.60.229.4350.70.433.6440.30.132.2270.20.2
GeoB4424-2 18.1950-44.0183-477900.0217.0281.00.321.1342.20.230.6511.20.230.8210.50.2
WIND-11B -28.500048.2000-238200.0220.4330.40.128.2300.10.127.7290.30.2
WIND-20B -20.100049.2000-227400.0218.6340.20.127.8300.10.125.3270.20.128.0350.50.3
WIND-10B -29.070047.3300-287100.0215.5280.40.126.1280.10.124.4290.40.2
WIND-33B -11.130058.4600-352000.0214.6300.80.320.4311.40.621.2281.20.219.8300.90.2
WIND-5B -31.340047.3400-368400.0217.1300.80.220.9622.50.223.1302.60.321.9272.30.4
WIND-25B -11.800050.6000-393500.0214.7360.60.214.9301.30.419.2261.90.420.8291.50.3
WIND-23B -13.100051.0000-400400.0213.6283.50.317.0283.40.316.5313.60.2
WIND-13B -23.900049.0000-406500.0213.5351.70.320.9612.70.223.8302.20.419.7303.00.3
WIND-28B -10.090051.4600-414700.02*14.8132.80.617.0303.10.416.2283.40.3
WIND-6B -31.300047.6000-415000.0217.0382.80.317.9303.60.2*18.1103.70.3
WIND-12B -25.510047.5500-419600.02*13.5153.60.319.1153.50.3*17.4143.60.3
V29-9 -2.850083.1330-289800.0517.8180.90.418.890.80.618.7101.10.521.0201.10.3
RC14-33 -2.380090.0150-381300.0315.9201.20.518.593.20.319.591.40.420.1201.80.6
RC14-31 -9.025088.5700-386200.0317.1201.30.716.593.00.917.4102.50.518.2193.00.6