/* DATA DESCRIPTION:
Citation:	Murray, Richard W; Knowlton, Christopher; Leinen, Margaret W; Mix, Alan C; Polsky, CH (2000): (Appendix 5) Chemical analysis of sediment core TT013_114 in the central equatorial Pacific Ocean [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.701392, 
	In supplement to: Murray, RW et al. (2000): Export production and carbonate dissolution in the central equatorial Pacific Ocean over the past 1 Myr. Paleoceanography, 15(6), 570-592, https://doi.org/10.1029/1999PA000457
Coverage:	LATITUDE: 4.043300 * LONGITUDE: -139.850800
	DATE/TIME START: 1992-11-29T12:31:00 * DATE/TIME END: 1992-11-29T12:31:00
	MINIMUM DEPTH, sediment/rock: 0.10 m * MAXIMUM DEPTH, sediment/rock: 7.90 m
Event(s):	TT013_114 (11291231 Pistoncore13) * LATITUDE: 4.043300 * LONGITUDE: -139.850800 * DATE/TIME: 1992-11-29T12:31:00 * ELEVATION: -4432.0 m * LOCATION: Equatorial Pacific * CAMPAIGN: TT013 * BASIS: Thomas G. Thompson * METHOD/DEVICE: Piston corer (PC)
Comment:	Ages based on carbonate stratigraphy
Parameter(s):	DEPTH, sediment/rock [m] (Depth sed) * GEOCODE
	AGE [ka BP] (Age) * GEOCODE
	Calcium carbonate [%] (CaCO3) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: Coulometry * COMMENT: weight %
	Terrigenous [%] (Terr) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: Calculated * COMMENT: weight %, %terrigenous = 100 (Ti total/Ti PAAS)
	Barium [mg/kg] (Ba) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: ICP-ES, Inductively coupled plasma - emission spectrometry
	Aluminium [mg/kg] (Al) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: ICP-ES, Inductively coupled plasma - emission spectrometry
	Phosphorus [mg/kg] (P) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: ICP-ES, Inductively coupled plasma - emission spectrometry
	Titanium [mg/kg] (Ti) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: ICP-ES, Inductively coupled plasma - emission spectrometry
	Barium/Titanium ratio (Ba/Ti) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: Calculated * COMMENT: g/g
	Aluminium/Titanium ratio (Al/Ti) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: Calculated * COMMENT: g/g
	Phosphorus/Titanium ratio (P/Ti) * PI: Murray, Richard W (rickm@bu.edu) * METHOD/DEVICE: Calculated * COMMENT: g/g
License:	Creative Commons Attribution 3.0 Unported (CC-BY-3.0) (URI: https://creativecommons.org/licenses/by/3.0/)
Size:	1377 data points
*/
Depth sed [m]	Age [ka BP]	CaCO3 [%]	Terr [%]	Ba [mg/kg]	Al [mg/kg]	P [mg/kg]	Ti [mg/kg]	Ba/Ti	Al/Ti	P/Ti
0.10	7.6	85.3	2.5	1722	4661	264	152	11.3	30.7	1.7
0.15	11.4	82.7	2.9	1913	5041	221	171	11.2	29.4	1.3
0.20	15.2	86.9	2.0	1502	3551	147	118	12.7	30.0	1.2
0.25	19.0	87.8	1.8	1323	2975	201	110	12.1	27.1	1.8
0.30	22.8	88.4	1.9	1165	3020	168	111	10.5	27.2	1.5
0.35	26.6	88.0	1.9	1128	3205	178	111	10.2	28.9	1.6
0.40	30.4	89.0	1.6	993	2635	115	95	10.5	27.9	1.2
0.45	34.2	91.1	1.3	841	2222	149	77	10.9	28.9	1.9
0.50	38.0	91.2	1.1	764	1828	113	65	11.7	28.1	1.7
0.55	41.8	90.3	1.1	745	1885	149	68	11.0	27.9	2.2
0.60	45.6	91.5	1.2	815	2073	109	71	11.4	29.1	1.5
0.65	49.4	88.3	1.6	951	2572	134	94	10.1	27.3	1.4
0.70	53.2	90.2	1.3	846	2221	170	78	10.8	28.5	2.2
0.75	56.5	89.0	1.6	929	2542	161	96	9.7	26.6	1.7
0.80	59.5	87.2	2.4	1252	3960	207	144	8.7	27.6	1.4
0.85	62.5	77.5	4.6	1904	7162	247	276	6.9	26.0	0.9
0.90	65.4	76.6	6.8	2595	10040	244	408	6.4	24.6	0.6
0.95	71.6	70.4	7.6	2940	11445	372	458	6.4	25.0	0.8
1.00	80.0	70.2	6.9	2959	11045	266	413	7.2	26.8	0.6
1.05	88.3	65.9	7.3	3189	11784	301	440	7.2	26.8	0.7
1.10	96.7	66.7	7.9	3259	12218	271	474	6.9	25.8	0.6
1.20	113.4	67.0	7.1	3326	10124	305	425	7.8	23.8	0.7
1.25	121.7	81.4	4.8	2621	8012	298	289	9.1	27.7	1.0
1.30	130.1	84.5	2.8	1737	4666	226	170	10.2	27.5	1.3
1.35	138.4	84.6	2.2	1241	3710	193	131	9.5	28.4	1.5
1.40	145.0	86.8	2.0	1299	3615	199	119	10.9	30.4	1.7
1.45	148.7	86.4	2.3	1291	3770	213	140	9.2	26.8	1.5
1.50	152.5	84.7	2.6	1426	4479	179	155	9.2	28.8	1.2
1.55	156.3	83.7	3.0	1504	4791	150	181	8.3	26.5	0.8
1.60	160.1	84.7	3.4	1664	5718	244	205	8.1	27.8	1.2
1.65	163.8	68.1	3.1	1421	4995	239	184	7.7	27.2	1.3
1.70	167.6	75.2	4.9	1999	7569	218	293	6.8	25.8	0.7
1.75	171.4	60.4	8.0	3430	11805	243	477	7.2	24.7	0.5
1.80	175.2	54.6	11.3	5027	16984	376	675	7.5	25.2	0.6
1.85	178.9	42.9	15.0	5875	22287	598	897	6.6	24.9	0.7
1.90	191.0	53.7	12.6	5554	19054	494	754	7.4	25.3	0.7
1.95	205.1	63.0	9.3	3989	14657	471	557	7.2	26.3	0.8
2.00	219.2	70.1	7.6	3648	12169	311	457	8.0	26.6	0.7
2.05	233.3	79.1	6.0	2884	9654	398	362	8.0	26.7	1.1
2.10	247.4	84.7	2.4	1156	4001	173	142	8.1	28.1	1.2
2.15	259.3	86.5	2.4	1132	3956	114	146	7.8	27.1	0.8
2.20	262.2	81.7	3.1	1415	4957	154	189	7.5	26.3	0.8
2.25	265.1	70.2	6.1	2483	9360	230	363	6.8	25.8	0.6
2.30	268.0	51.8	10.0	4253	15200	266	597	7.1	25.5	0.4
2.35	271.0	49.2	11.9	4388	18243	427	714	6.1	25.6	0.6
2.40	277.9	53.8	12.5	4349	19044	339	748	5.8	25.5	0.5
2.45	286.0	64.7	9.9	4001	16300	424	596	6.7	27.3	0.7
2.50	294.0	56.4	8.1	3790	12790	342	486	7.8	26.3	0.7
2.55	302.0	65.2	8.2	4136	13413	377	490	8.4	27.4	0.8
2.60	310.0	67.5	8.0	3777	12545	339	478	7.9	26.2	0.7
2.70	326.0	85.3	3.7	1362	5789	103	223	6.1	26.0	0.5
2.75	334.0	85.6	3.2	1189	5210	171	193	6.2	27.0	0.9
2.80	342.0	83.2	3.6	1157	5783	151	219	5.3	26.4	0.7
2.85	350.0	76.7	5.3	1574	7978	179	317	5.0	25.2	0.6
2.90	358.1	68.8	9.1	3062	14306	286	543	5.6	26.4	0.5
2.95	366.1	61.1	10.6	3790	15811	258	634	6.0	25.0	0.4
3.00	374.1	58.2	10.8	3660	16153	268	648	5.6	24.9	0.4
3.05	382.1	57.3	11.5	4220	17837	368	691	6.1	25.8	0.5
3.10	388.4	53.1	11.5	4259	17718	414	692	6.2	25.6	0.6
3.15	392.1	53.8	11.7	4551	17980	482	703	6.5	25.6	0.7
3.20	395.8	55.1	12.1	5276	19632	559	726	7.3	27.1	0.8
3.25	399.5	81.0	4.7	2041	7693	258	284	7.2	27.1	0.9
3.30	403.2	87.3	1.9	982	3254	171	115	8.6	28.4	1.5
3.35	409.1	87.4	1.9	854	3108	114	113	7.5	27.4	1.0
3.40	423.5	89.7	2.1	945	3268	152	125	7.5	26.0	1.2
3.45	437.9	90.2	1.8	882	3042	152	111	8.0	27.5	1.4
3.50	452.3	86.8	2.5	1076	3928	176	148	7.3	26.5	1.2
3.55	464.4	86.4	3.0	1278	4793	108	180	7.1	26.6	0.6
3.60	467.6	84.0	3.2	1281	5006	158	195	6.6	25.7	0.8
3.65	470.7	79.9	4.7	1745	7057	166	283	6.2	25.0	0.6
3.70	473.9	68.2	6.2	2229	9565	248	374	6.0	25.6	0.7
3.75	477.0	56.5	12.8	5750	19596	364	770	7.5	25.4	0.5
3.80	481.4	65.5	12.1	4898	20127	571	726	6.7	27.7	0.8
3.85	487.5	38.7	11.5	5110	18867	536	691	7.4	27.3	0.8
3.90	493.7	77.5	8.9	3804	14712	369	535	7.1	27.5	0.7
3.95	499.9	85.5	3.5	1484	5662	170	207	7.2	27.4	0.8
4.00	506.0	87.7	2.3	1028	3669	165	136	7.6	26.9	1.2
4.05	512.2	88.9	2.0	1101	3463	156	123	9.0	28.2	1.3
4.10	518.3	88.0	2.1	1064	3637	138	128	8.3	28.4	1.1
4.15	524.5	88.9	1.9	953	3206	107	116	8.2	27.6	0.9
4.20	533.9	86.1	2.1	973	3497	103	124	7.8	28.1	0.8
4.25	544.0	82.6	3.6	1577	5849	149	215	7.3	27.2	0.7
4.30	554.2	79.7	4.4	1874	7027	127	261	7.2	26.9	0.5
4.35	564.4	72.8	5.6	2394	9141	261	338	7.1	27.0	0.8
4.40	574.6	68.2	8.3	4644	13502	331	496	9.4	27.2	0.7
4.45	576.6	78.5	7.0	3593	11375	245	420	8.5	27.1	0.6
4.50	578.6	81.4	3.6	1849	6125	184	214	8.6	28.7	0.9
4.55	580.7	81.9	3.6	1967	6053	130	215	9.1	28.1	0.6
4.60	582.7	80.8	3.5	2010	6038	251	208	9.6	29.0	1.2
4.65	603.6	81.8	3.6	2162	6755	230	218	9.9	31.0	1.1
4.70	613.9	84.5	2.8	1792	5450	209	169	10.6	32.2	1.2
4.75	621.5	89.2	1.6	1097	2913	146	98	11.2	29.6	1.5
4.80	629.1	91.2	1.3	880	2159	139	78	11.3	27.8	1.8
4.85	636.7	92.6	1.0	719	1713	93	57	12.6	29.9	1.6
4.90	644.2	91.5	1.0	792	1861	168	58	13.6	31.9	2.9
4.95	651.8	92.3	0.8	648	1625	128	50	12.9	32.3	2.5
5.00	659.4	92.7	0.8	578	1504	115	47	12.4	32.3	2.5
5.05	667.0	93.0	0.7	588	1425	151	44	13.4	32.4	3.4
5.10	672.1	93.6	0.6	509	1215	107	37	13.7	32.6	2.9
5.15	673.6	93.4	0.7	596	1356	93	40	14.9	33.8	2.3
5.20	675.1	93.4	0.9	672	1723	160	55	12.2	31.4	2.9
5.25	676.6	91.6	1.0	713	1822	140	59	12.0	30.6	2.4
5.30	678.1	90.4	1.3	958	2485	158	81	11.9	30.9	2.0
5.35	679.5	88.1	1.9	1118	3318	136	112	10.0	29.7	1.2
5.40	681.0	89.2	1.8	1104	3167	125	110	10.0	28.8	1.1
5.45	682.5	84.7	2.7	1538	4759	169	163	9.4	29.1	1.0
5.50	684.0	80.5	3.8	1974	6493	165	226	8.7	28.7	0.7
5.55	687.3	71.6	5.1	2794	8687	245	306	9.1	28.4	0.8
5.60	691.8	82.2	5.0	2950	8656	238	298	9.9	29.1	0.8
5.65	696.4	77.8	4.2	2513	7737	313	252	10.0	30.7	1.2
5.70	700.9	91.7	2.2	1313	3993	169	130	10.1	30.6	1.3
5.75	705.4	91.7	0.9	703	1800	95	57	12.3	31.6	1.7
5.80	710.0	92.2	1.2	776	2100	80	70	11.1	30.0	1.1
5.85	714.5	91.3	1.4	854	2604	149	86	9.9	30.2	1.7
5.90	719.1	87.8	2.2	1255	3822	101	131	9.6	29.1	0.8
5.95	724.4	91.1	1.5	988	2901	165	90	11.0	32.2	1.8
6.00	730.3	91.4	1.1	844	2180	127	66	12.7	32.8	1.9
6.05	736.2	87.3	0.8	561	1348	59	47	11.9	28.6	1.2
6.10	742.1	92.7	0.9	649	1578	58	52	12.4	30.1	1.1
6.15	748.0	93.4	0.8	563	1443	112	47	11.9	30.5	2.4
6.20	753.9	91.1	0.9	568	1590	106	56	10.1	28.2	1.9
6.25	759.8	88.8	1.8	820	2999	103	108	7.6	27.9	1.0
6.30	765.7	88.3	2.0	930	3589	173	122	7.6	29.5	1.4
6.35	771.6	84.0	2.7	1051	4482	203	161	6.5	27.8	1.3
6.40	777.5	78.7	3.7	1633	6179	195	221	7.4	27.9	0.9
6.45	783.4	73.9	5.8	2606	9525	298	345	7.5	27.6	0.9
6.50	789.3	77.5	6.8	3303	10984	357	410	8.1	26.8	0.9
6.55	795.2	75.6	4.7	2205	7714	345	283	7.8	27.3	1.2
6.60	801.2	91.2	3.3	1533	5407	186	197	7.8	27.4	0.9
6.65	807.1	85.3	2.3	960	3705	115	141	6.8	26.3	0.8
6.70	813.0	84.7	3.0	1167	4878	186	179	6.5	27.3	1.0
6.75	818.9	71.4	3.3	1180	5121	156	196	6.0	26.1	0.8
6.80	824.8	82.6	3.7	1249	5474	107	223	5.6	24.6	0.5
6.85	830.7	72.1	5.7	1823	8232	204	340	5.4	24.2	0.6
6.90	836.6	71.2	5.4	1838	7979	189	324	5.7	24.6	0.6
6.95	842.5	66.6	7.0	2716	10038	226	418	6.5	24.0	0.5
7.05	854.3	62.1	11.5	4962	16917	433	687	7.2	24.6	0.6
7.15	866.1	86.3	6.3	2713	9807	272	375	7.2	26.1	0.7
7.20	872.0	84.7	2.9	1230	4737	195	176	7.0	26.9	1.1
7.25	877.9	87.6	2.6	1113	4276	194	153	7.3	27.9	1.3
7.30	883.8	86.3	2.6	1152	4292	183	156	7.4	27.5	1.2
7.35	889.7	84.0	3.2	1292	4919	156	190	6.8	25.9	0.8
7.40	897.1	84.2	3.4	1481	5529	189	201	7.4	27.4	0.9
7.45	906.9	88.9	2.3	1008	3826	140	138	7.3	27.7	1.0
7.50	916.7	88.4	1.8	890	3048	151	110	8.1	27.6	1.4
7.55	926.4	88.5	1.9	879	2825	96	112	7.9	25.2	0.9
7.60	929.7	86.2	1.9	898	2960	93	116	7.7	25.5	0.8
7.65	931.3	82.2	2.9	1175	4569	141	176	6.7	26.0	0.8
7.70	932.9	81.1	4.2	1419	6205	148	250	5.7	24.8	0.6
7.75	934.5	75.8	4.8	1600	7459	253	286	5.6	26.1	0.9
7.80	936.1	59.4	10.4	4548	16285	399	622	7.3	26.2	0.6
7.85	937.7	50.3	14.6	6586	20132	360	873	7.5	23.1	0.4
7.90	939.4	52.4	11.0	4342	16541	336	659	6.6	25.1	0.5