Citation:

S0377-8398(03)00098-7

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

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Further details:

Coverage:

Median Latitude: -7.289775 * Median Longitude: -8.007011 * South-bound Latitude: -65.821300 * West-bound Longitude: -169.800000 * North-bound Latitude: 89.983300 * East-bound Longitude: 177.100000

Date/Time Start: 1955-09-05T00:00:00 * Date/Time End: 1998-05-09T23:22:00

Minimum DEPTH, sediment/rock: 0.0025 m * Maximum DEPTH, sediment/rock: 0.0700 m

Event(s):

ELT20.018-PC * Latitude: -44.550000 * Longitude: -111.333000 * Date/Time: 1965-01-01T00:00:00 * Elevation: -2888.0 m * Recovery: 4.73 m * Location: Southern East Pacific Rise * Campaign: * Basis: Eltanin * Method/Device: Piston corer (PC)

ELT21.011-PC * Latitude: -39.967000 * Longitude: -112.000000 * Date/Time: 1965-01-01T00:00:00 * Elevation: -2816.0 m * Recovery: 6.09 m * Campaign: * Basis: Eltanin * Method/Device: Piston corer (PC)

ELT21.014-PC * Latitude: -49.025000 * Longitude: -120.075000 * Date/Time: 1965-01-01T00:00:00 * Elevation: -3349.0 m * Recovery: 4.48 m * Campaign: * Basis: Eltanin * Method/Device: Piston corer (PC)

Comment:

An extended version of this table is availabel via the URL given as data detail

Parameter(s):

#	Name	Short Name	Unit	Principal Investigator	Method/Device	Comment
1	Event label	Event
2	LATITUDE	Latitude				Geocode
3	LONGITUDE	Longitude				Geocode
4	DEPTH, sediment/rock	Depth sed	m			Geocode
5	Depth, top/min	Depth top	m	Schmidt, Daniela N
6	Depth, bottom/max	Depth bot	m	Schmidt, Daniela N
7	Number	No		Schmidt, Daniela N
8	Neogloboquadrina pachyderma, size average	N. pachyderma size	µm	Schmidt, Daniela N	Counting
9	Neogloboquadrina pachyderma, size maximum	N. pachyderma size max	µm	Schmidt, Daniela N	Counting
10	Globigerina bulloides, size average	G. bulloides size	µm	Schmidt, Daniela N	Counting
11	Globigerina bulloides, size maximum	G. bulloides size max	µm	Schmidt, Daniela N	Counting
12	Globorotalia truncatulinoides, size average	G. truncatulinoides size	µm	Schmidt, Daniela N	Counting
13	Globorotalia truncatulinoides, size maximum	G. truncatulinoides size max	µm	Schmidt, Daniela N	Counting
14	Globorotalia inflata, size average	G. inflata size	µm	Schmidt, Daniela N	Counting
15	Globorotalia inflata, size maximum	G. inflata size max	µm	Schmidt, Daniela N	Counting
16	Globorotalia hirsuta, size average	G. hirsuta size	µm	Schmidt, Daniela N	Counting
17	Globorotalia hirsuta, size maximum	G. hirsuta size max	µm	Schmidt, Daniela N	Counting
18	Globorotalia menardii, size average	G. menardii size	µm	Schmidt, Daniela N	Counting
19	Globorotalia menardii, size maximum	G. menardii size max	µm	Schmidt, Daniela N	Counting
20	Globorotalia tumida, size average	G. tumida size	µm	Schmidt, Daniela N	Counting
21	Globorotalia tumida, size maximum	G. tumida size max	µm	Schmidt, Daniela N	Counting
22	Globigerinoides ruber, size average	G. ruber size	µm	Schmidt, Daniela N	Counting
23	Globigerinoides ruber, size maximum	G. ruber size max	µm	Schmidt, Daniela N	Counting
24	Globigerinoides sacculifer, size average	G. sacculifer size	µm	Schmidt, Daniela N	Counting
25	Globigerinoides sacculifer, size maximum	G. sacculifer size max	µm	Schmidt, Daniela N	Counting
26	Globigerinoides conglobatus, size average	G. conglobatus size	µm	Schmidt, Daniela N	Counting
27	Globigerinoides conglobatus, size maximum	G. conglobatus size max	µm	Schmidt, Daniela N	Counting
28	Orbulina universa, size average	O. universa size	µm	Schmidt, Daniela N	Counting
29	Orbulina universa, size maximum	O. universa size max	µm	Schmidt, Daniela N	Counting
30	Pulleniatina obliquiloculata, size average	P. obliquiloculata size	µm	Schmidt, Daniela N	Counting
31	Pulleniatina obliquiloculata, size maximum	P. obliquiloculata size max	µm	Schmidt, Daniela N	Counting
32	Sample code/label	Sample label		Schmidt, Daniela N

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

482 data points

Data

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

1 Event	2 Latitude	3 Longitude	4 Depth sed [m]	5 Depth top [m]	6 Depth bot [m]	7 No	8 N. pachyderma size [µm]	9 N. pachyderma size max [µm]	10 G. bulloides size [µm]	11 G. bulloides size max [µm]	12 G. truncatulinoides size [µm]	13 G. truncatulinoides size max [µm]	14 G. inflata size [µm]	15 G. inflata size max [µm]	16 G. hirsuta size [µm]	17 G. hirsuta size max [µm]	18 G. menardii size [µm]	19 G. menardii size max [µm]	20 G. tumida size [µm]	21 G. tumida size max [µm]	22 G. ruber size [µm]	23 G. ruber size max [µm]	24 G. sacculifer size [µm]	25 G. sacculifer size max [µm]	26 G. conglobatus size [µm]	27 G. conglobatus size max [µm]	28 O. universa size [µm]	29 O. universa size max [µm]	30 P. obliquiloculata size [µm]	31 P. obliquiloculata size max [µm]	32 Sample label
ELT20.018-PC	-44.5500	-111.3330	0.0700	0.060	0.080					645		692																656			20, E20-18
ELT21.011-PC	-39.9670	-112.0000	0.0150	0.000	0.030					649		567		574																	22, E21-11
ELT21.014-PC	-49.0250	-120.0750	0.0150	0.000	0.030					582				512																	17, E21-14
ELT21.015-PC	-52.0170	-120.0500	0.0550	0.040	0.070					625		556		644																	16, E21-15
ELT33.022-PC	-54.9370	-120.0000	0.0150	0.000	0.030	88			516	668	541	591	500	614										519							14, E33-22
ELT48.027-PC	-38.5420	79.8980	0.0250	0.010	0.040	70			402	442	454	548	420	533		490				391		380		402				601			23, E48-27
ELT48.031-PC	-34.8230	84.1200	0.0400	0.030	0.050	69				301	455	558	430	470	535	678												515			27, E48-31
ELT48.036-PC	-30.9250	87.7780	0.0300	0.020	0.040					482		628		479														527			32, E48-36
GeoB1048-3	20.9217	-19.7217	0.0050	0.000	0.010							694		522		546		689						588							38, GeoB1048-3
GeoB1104-5	-1.1633	-10.7050	0.0050	0.000	0.010	59		529	601			548					841	1216	578	604			600	798					704	792	55, GeoB1104-5
GeoB1204-1	-25.0450	5.4983	0.0050	0.000	0.010							837						1000													34, GeoB1204-1
GeoB1710-1	-23.4300	11.6900	0.0050	0.000	0.010									557				948										607			26, GeoB1710-1
GeoB3915-1	-2.2800	-38.0150	0.0050	0.000	0.010													845		845				896				754			62, GeoB3915-1
GeoB5142-2	-19.0883	-17.1450	0.0050	0.000	0.010	70					555	759	540	549			596	694			489	512	590	885		899	604	890			50, GeoB5142-2
INMD-051BX	31.6530	-37.8500	0.0050	0.000	0.010							800				761										753					39, INDM 51
INMD-065BX	34.6198	-29.9798	0.0050	0.000	0.010							763				744						647				729		710			37, INDM 65
INMD-104BX	4.2450	-21.9230	0.0050	0.000	0.010	162											1044	1323	802	1177		974	820	1142							64, INDM104
INMD-109BX	-5.4650	-15.9580	0.0150	0.010	0.020																					845				639	56, INDM109
INMD-110BX	-10.0380	-13.3900	0.0150	0.010	0.020													1106		1024				999		903					49, INDM110
INMD-115BX	-17.6380	-16.2120	0.0150	0.000	0.030							765						1108		743				996		713		776			48, INDM115
INMD-127BX	-29.8800	-33.9800	0.0050	0.000	0.010							787						983		809				746		635		639			43, INDM127
M33/1_MC398	15.6498	68.5670	0.0075	0.005	0.010	192								804			942	1298				619	717	936					635	690	66, M33/1_MC398
M35003-3	12.0883	-61.2433	0.0050	0.000	0.010	47											762	1103		649	593	694	619	726			612	720			63, M35003-3
M35006-7	16.4233	-62.4517	0.0100	0.000	0.020							809						796		991		789		727				854			60, M35006-7
M36/4_MC440	49.0070	-16.4955	0.0025	0.000	0.005					554		633		564														668			24, M36/4_MC440
PS1736-1	74.3268	-5.1825	0.0050	0.000	0.010			329																							9, PS1736-1
PS1754-2	-46.7667	7.5940	0.0050	0.000	0.010					644				611						570											15, PS1754-2
PS1778-1	-49.0117	-12.7033	0.0050	0.000	0.010					520				482																	11, PS1778-1
PS1815-2	-65.1415	34.2323	0.0050	0.000	0.010	69	379	475																							3, PS1815-2
PS1829-5	-65.8213	14.1432	0.0050	0.000	0.010			410																							4, PS1829-5
PS1893-1	74.8662	-10.1098	0.0050	0.000	0.010			319																							7, PS1893-1
PS1901-2	75.9423	-3.7442	0.0050	0.000	0.010			348																							8, PS1901-2
PS1912-4	74.5832	3.0217	0.0050	0.000	0.010	106	264	317	291	301																					10, PS1912-4
PS2190-3	89.9833	84.7450	0.0050	0.000	0.010			369																							2, PS2190-3
PS2192-1	88.2603	9.8565	0.0050	0.000	0.010			397																							1, PS2192-1
PS2487-2	-35.8217	18.1017	0.0050	0.000	0.010									583		638		587						668							31, PS2487-2
PS2498-2	-44.1533	-14.2283	0.0050	0.000	0.010	57			582	718		567	525	579								609									18, PS2498-2
PS2676-1	-58.2170	-94.5800	0.0050	0.000	0.010					549				539																	13, PS2676-1
PS2695-1	-65.2020	-92.6860	0.0050	0.000	0.010			393																							6, PS2695-1
PS2703-2	-57.6010	-91.1790	0.0050	0.000	0.010					598		557		568																	12, PS2703-2
RC08-91	-33.4200	-111.9000	0.0300	0.010	0.050							654		664												644					29, RC 8-91
RC08-94	-17.2800	-35.9833	0.0200									727										722				853		920			41, RC8-94
RC09-126	-33.2300	168.7300	0.0300	0.010	0.050							668																			33, RC 9-126
RC09-150	-31.2800	114.5500	0.0100	0.000	0.020													1024		818						782					36, RC9-150
RC11-10	4.9670	-45.9700	0.0350	0.030	0.040													1448		1072				976							65, RC11-10
RC11-120	-43.5200	79.8670	0.0050	0.000	0.010			591		625				669																	21, RC11-120
RC11-145	-25.4800	110.0200	0.0050	0.000	0.010													1096													44, RC11-145
RC11-147	-19.0700	112.7500	0.0050	0.000	0.010											634		1383													54, RC11-147
RC12-339	9.1330	90.0330	0.0450	0.040	0.050	41			726								1086	1430		1253				901	748	851				639	68, RC12-399
RC13-38	-14.5200	177.1000	0.0500															840						805		824		801			67, RC13-38
RC17-69	-31.5000	32.6070	0.0050	0.000	0.010							737				741		755				655				756		702			40, RC17-69
V07-67	34.6670	-61.4500	0.0650	0.060	0.070	46					741	835		662	24	889	853	1071						716				873			45, V7-67
V10-89	23.0330	-43.8000	0.0050	0.000	0.010							765		750								765		802							53, V10-89
V12-66	-22.9800	7.0170	0.0050	0.000	0.010	66					528	792	449	517	480	499		818		605		475	496	601		686		635			42, V12-66
V16-209	30.0000	-51.8700	0.0050	0.000	0.010							835						861													47, V16-209
V20-175	-22.3000	68.0000	0.0050	0.000	0.010							821								771				780		794		873			52, V20-175
V20-228	-2.4830	-36.4200	0.0250	0.020	0.030													1322						1139							61, V20-228
V22-211	20.7000	-31.4500	0.0050	0.000	0.010	40			754	843		708		702			859	1080					739	785							51, V22-211
V22-26	8.7170	-41.2500	0.0050	0.000	0.010													1286		1196				916				761			57, V22-26
V23-101	19.8830	-25.5300	0.0150	0.010	0.020													944						923							46, V23-101
V26-46	9.5670	-18.1800	0.0550	0.050	0.060													1029						701							58, V26-46
V27-215	-29.5300	2.1830	0.0250	0.020	0.030	43					563	711	493	545	590	696							545	612			533	533			35, V27-215
V28-195	10.6500	-169.8000	0.0050	0.000	0.010	95											936	1340		1075			827	1228	848	1110			756	786	59, V28-195