Table AT1 (continued).

Core, section, interval (cm)	Sample number	Upper depth (mbsf)	Revised depth (mbsf)	Final depth (mbsf)	Initial age by upper depth (ka)	Final age estimate (ka)	% Sand (total dry sediment)	% Coarse sand >250 µm (total sand)	C. wuellerstorfi 18O ()	C. wuellerstorfi 13C ()	Uvigerina peregrina 18O ()	Uvigerina peregrina 13C ()	18O index ()	13C index ()	Uvigerina/g	BF/g 150-250 µm	EDA smear slides	SOA	Comments
175-1085A-
9H-1, 48-51	3	70.68	70.64	70.29	1669	1648	5	10	2.88	0.08	—	—	2.88	0.08	12.60	306	1	1	1
9H-1, 65-68	4	70.85	70.79	70.44	1672	1651	4	4	—	—	—	—	3.20	0.07	14.00	441	1	3	1, 10
9H-1, 85-88	5	71.05	70.97	70.62	1675	1654	8	31	3.09	-0.08	—	—	3.09	-0.08	12.60	188	1	1	1, 3, 10
9H-1, 103-106	6	71.23	71.13	70.78	1678	1658	4	6	3.10	-0.13	—	—	3.10	-0.13	12.60	170	1	3	1, 5, 10
9H-1, 115-118	7	71.35	71.24	70.89	1680	1660	6	5	2.94	-0.09	—	—	2.94	-0.09	26.30	237	2	3	1, 3, 10
9H-1, 135-138	8	71.55	71.42	71.07	1683	1663	6	4	2.95	0.05	—	—	2.95	0.05	10.00	250	2	3	1, 3, 8, 10
9H-2, 5-8	9	71.75	71.60	71.25	1686	1667	6	4	2.72	0.26	—	—	2.72	0.26	17.60	506	1	3	1, 3, 5, 10
9H-2, 25-28	10	71.95	71.78	71.43	1689	1671	5	5	2.61	0.44	—	—	2.61	0.44	11.00	123	1	3	1, 3, 5, 10
9H-2, 48-51	11	72.15	71.96	71.61	1692	1674	5	6	2.87	0.21	—	—	2.87	0.21	15.60	205	1	3	1, 3, 5, 10
9H-2, 65-68	12	72.35	72.14	71.79	1695	1678	6	4	2.83	-0.05	—	—	2.83	-0.05	12.00	35	1	3	1, 5, 8, 10
9H-2, 85-88	13	72.55	72.32	71.97	1699	1681	11	5	—	—	—	—	3.15	-0.04	14.00	132	2	1	1, 3
9H-2, 103-106	14	72.73	72.48	72.13	1701	1685	10	5	2.68	0.32	—	—	2.68	0.32	19.30	241	2	1	1
9H-2, 125-128	15	72.95	72.68	72.33	1705	1689	8	9	2.87	0.29	—	—	2.87	0.29	18.20	244	1	1	1
9H-2, 145-148	16	73.15	72.86	72.51	1708	1692	10	11	3.25	-0.14	—	—	3.25	-0.14	75.50	281	2	1	1
9H-3, 5-8	17	73.35	73.04	72.69	1711	1696	6	6	3.17	-0.15	—	—	3.17	-0.15	26.00	200	2	1	1
9H-3, 25-28	18	73.45	73.13	72.78	1713	1698	6	5	3.07	-0.12	—	—	3.07	-0.12	70.70	145	2	1	1, 3
9H-3, 45-48	19	73.65	73.31	72.96	1716	1701	6	4	3.11	-0.14	—	—	3.11	-0.14	16.30	146	2	2	1, 3, 10
9H-3, 65-68	20	73.85	73.49	73.14	1719	1705	8	7	2.99	0.06	—	—	2.99	0.06	26.40	247	2	2	1, 3, 10
9H-3, 85-88	21	74.05	73.67	73.32	1722	1708	8	6	2.76	0.14	3.33	-0.10	2.76	0.14	11.70	199	1	4	1, 6, 10
9H-3, 103-106	22	74.23	73.83	73.48	1725	1712	9	7	2.91	0.06	3.57	-1.05	2.91	0.06	12.10	179	1	4	1, 6, 10
9H-3, 125-128	23	74.45	74.03	73.68	1728	1716	8	9	2.89	0.20	—	—	2.89	0.20	15.70	216	3	3	2, 3, 6, 10
9H-4, 5-8	24	74.75	74.30	73.95	1732	1721	6	8	2.71	0.19	3.22	-1.02	2.71	0.19	12.20	122	3	4	1, 10
9H-4, 25-28	25	74.95	74.48	74.13	1735	1724	6	6	3.13	0.04	—	—	3.13	0.04	10.60	143	2	4	1, 10
9H-4, 48-51	26	75.18	74.69	74.34	1739	1729	5	6	2.48	0.31	3.95	-1.30	2.48	0.31	15.00	166	3	3	1, 6, 10
9H-4, 65-68	27	75.35	74.84	74.49	1741	1732	14	12	2.85	0.26	—	—	2.85	0.26	10.80	196	4	1	2, 3, 4
9H-4, 85-88	28	75.55	75.02	74.67	1744	1735	10	9	2.90	0.22	—	—	2.90	0.22	12.00	178	4	1	2, 3, 4
9H-4, 103-106	29	75.73	75.18	74.83	1747	1738	9	5	2.92	0.11	—	—	2.92	0.11	10.80	153	2	3	2, 3, 10
9H-4, 127-130	30	75.97	75.40	75.05	1751	1743	11	6	2.96	0.40	—	—	2.96	0.40	22.30	193	3	2	2, 7, 10
9H-4, 145-148	31	76.15	75.56	75.21	1753	1746	8	6	2.85	0.11	—	—	2.85	0.11	21.50	123	3	2	1, 5, 10
9H-5, 5-8	32	76.25	75.65	75.30	1755	1748	7	9	2.78	0.36	—	—	2.78	0.36	28.00	143	2	3	1, 3, 10
9H-5, 25-28	33	76.45	75.83	75.48	1758	1751	9	12	2.84	0.27	—	—	2.84	0.27	18.10	77	2	1	2, 3, 4
9H-5, 45-48	34	76.65	76.01	75.66	1761	1755	10	8	2.81	0.25	—	—	2.81	0.25	17.30	68	2	2	2, 3, 4
9H-5, 65-68	35	76.85	76.19	75.84	1764	1758	15	8	2.76	0.26	—	—	2.76	0.26	16.50	123	2	2	2, 3, 4
9H-5, 85-88	36	77.05	76.37	76.02	1767	1762	14	9	2.97	0.23	—	—	2.97	0.23	9.80	150	2	2	2, 3, 4
9H-5, 103-106	37	77.23	76.53	76.18	1769	1765	10	6	3.07	-0.11	—	—	3.07	-0.11	12.30	172	3	2	2, 3, 4, 7
9H-5, 125-128	38	77.45	76.73	76.38	1773	1769	7	10	3.43	0.03	—	—	3.43	0.03	16.50	190	1	1	2, 3, 4
9H-5, 145-148	39	77.60	76.87	76.52	1775	1771	10	8	2.90	-0.06	3.96	-1.30	2.90	-0.06	16.20	199	3	1	2, 3, 4, 6
9H-6, 5-8	40	77.75	77.00	76.65	1777	1774	11	10	3.18	0.06	4.03	-1.21	3.18	0.06	17.20	219	2	1	2, 3, 4, 6
9H-6, 25-28	41	77.95	77.18	76.83	1780	1778	9	8	3.03	0.23	3.73	-1.34	3.03	0.23	14.20	280	2	1	2, 3, 4, 6, 7
9H-6, 48-51	42	78.18	77.39	77.04	1783	1782	15	12	2.98	0.27	3.75	-1.27	2.98	0.27	13.10	295	3	1	2, 3, 4, 6
9H-6, 65-68	43	78.35	77.54	77.19	1786	1785	15	12	3.03	0.24	3.68	-0.96	3.03	0.24	11.50	233	3	1	2, 3, 4, 6
9H-6, 85-88	44	78.55	77.72	77.37	1788	1788	21	8	2.88	0.24	3.48	-1.04	2.88	0.24	12.10	279	2	1	2, 3, 4, 6
9H-6, 103-106	45	78.73	77.88	77.53	1791	1791	9	5	3.19	-0.25	—	—	3.19	-0.25	19.30	77	2	2	2, 3, 4, 6
9H-6, 125-158	46	78.95	78.08	77.73	1794	1795	11	5	2.90	0.03	—	—	2.90	0.03	15.40	166	2	1	2, 3, 4, 10
9H-6, 145-148	47	79.15	78.26	77.91	1797	1799	9	6	3.40	-0.30	—	—	3.40	-0.30	19.40	160	2	1	2, 3, 4, 10
9H-7, 5-8	48	79.25	78.35	78.00	1798	1800	11	8	2.73	0.36	—	—	2.73	0.36	17.00	141	2	2	2, 3, 4, 10
9H-7, 25-28	49	79.45	78.53	78.18	1801	1804	17	7	2.73	0.13	—	—	2.73	0.13	14.00	118	2	1	2, 3, 4
9H-7, 45-48	50	79.65	78.71	78.36	1804	1807	7	5	2.97	0.11	—	—	2.97	0.11	16.00	221	1	3	1
10H-1, 65-68	51	80.36	80.36	79.52	1814	1819	5	3	2.98	0.39	3.24	-1.03	2.98	0.39	3.50	62	1	4	1, 5, 6
10H-1, 5-88	52	80.55	80.53	79.69	1817	1821	5	4	2.77	0.65	—	—	2.77	0.65	4.40	88	1	3	1, 3, 10
10H-1, 105-108	53	80.75	80.71	79.87	1819	1823	4	6	2.51	0.61	3.31	-0.93	2.51	0.61	7.00	59	4	3	1, 3, 6, 7, 10, 11
10H-1, 125-128	54	80.95	80.89	80.05	1822	1825	4	5	2.46	0.20	—	—	2.46	0.20	10.40	50	3	3	1, 6, 10
10H-1, 145-148	55	81.15	81.07	80.23	1825	1827	6	6	2.54	0.35	3.09	-0.90	2.54	0.35	10.70	45	2	3	1, 3, 6
10H-2, 5-8	56	81.25	81.16	80.32	1826	1828	5	5	2.50	0.57	3.27	-0.83	2.50	0.57	9.70	183	2	3	1, 6, 9
10H-2, 25-28	57	81.45	81.34	80.50	1829	1830	5	6	2.81	0.53	—	—	2.81	0.53	10.90	64	2	3	1, 10
10H-2, 48-51	58	81.68	81.55	80.71	1832	1832	5	3	2.95	0.39	3.49	-0.07	2.95	0.39	3.60	83	1	4	1, 3, 7, 10
10H-2, 65-68	59	81.85	81.70	80.86	1835	1834	5	4	3.12	0.31	—	—	3.12	0.31	5.88	185	1	3	1, 3, 10
10H-2, 85-88	60	82.05	81.88	81.04	1837	1836	5	6	2.95	0.32	—	—	2.95	0.32	10.96	1990	2	3	1, 3, 10
10H-2, 104-107	61	82.24	82.05	81.21	1840	1838	6	5	3.08	0.34	—	—	3.08	0.34	8.53	80	2	2	1, 3, 7, 10
10H-2, 124-127	62	82.44	82.23	81.39	1843	1840	7	4	3.02	0.01	3.57	-1.11	3.02	0.01	6.10	75	1	1	1, 3, 6
10H-2, 145-148	63	82.65	82.42	81.58	1845	1842	9	5	3.06	0.17	4.14	-1.10	3.06	0.17	4.35	105	2	1	2, 4, 6
10H-3, 5-8	64	82.75	82.51	81.67	1847	1843	18	8	3.35	-0.07	3.84	-0.08	3.35	-0.07	2.42	97	1	1	2, 4, 6
10H-3, 25-28	65	82.95	82.69	81.85	1849	1845	6	4	3.40	-0.15	4.16	-1.07	3.40	-0.15	2.44	41	2	2	2, 4, 6
10H-3, 45-48	66	83.15	82.87	82.03	1852	1847	8	6	3.40	-0.15	4.14	-1.16	3.40	-0.15	3.35	132	2	1	1, 6
10H-3, 65-68	67	83.35	83.05	82.21	1855	1849	8	4	3.45	-0.08	3.87	-1.06	3.45	-0.08	2.54	130	2	2	1, 6, 7, 8
10H-3, 85-88	68	83.55	83.23	82.39	1857	1850	15	7	3.38	-0.12	—	—	3.38	-0.12	3.22	361	2	2	1, 3
10H-3, 102-105	69	83.72	83.38	82.54	1860	1852	13	8	3.14	0.06	—	—	3.14	0.06	3.55	184	3	1	1
10H-3, 125-128	70	83.95	83.59	82.75	1863	1854	11	5	2.85	0.22	—	—	2.85	0.22	6.58	168	3	2	1, 3
10H-4, 5-8	71	84.25	83.86	83.02	1867	1857	6	6	2.97	0.10	—	—	2.97	0.10	4.48	97	3	2	1
10H-4, 25-28	72	84.45	84.04	83.20	1869	1859	12	7	2.70	0.08	—	—	2.70	0.08	6.01	140	5	2	2, 4, 11
10H-4, 48-51	73	84.68	84.25	83.41	1872	1861	7	6	2.87	0.27	—	—	2.87	0.27	10.31	152	4	2	1, 2
10H-4, 65-68	74	84.85	84.40	83.56	1874	1863	7	6	2.82	0.25	—	—	2.82	0.25	11.66	119	4	3	1, 2
10H-4, 85-88	75	85.05	84.58	83.74	1877	1864	14	11	2.73	0.09	—	—	2.73	0.09	3.79	162	4	2	2, 3, 7, 11
10H-4, 102-105	76	85.22	84.73	83.89	1879	1866	11	7	2.75	0.23	—	—	2.75	0.23	6.47	188	3	2	2, 3
10H-4, 125-158	77	85.45	84.94	84.10	1882	1868	7	6	3.00	-0.01	—	—	3.00	-0.01	4.09	173	4	2	2, 3
10H-4, 145-148	78	85.65	85.12	84.28	1885	1870	11	7	2.90	0.36	—	—	2.90	0.36	3.39	88	5	2	2, 4, 10
10H-5, 6-9	79	85.76	85.22	84.38	1886	1871	8	6	2.75	0.10	—	—	2.75	0.10	2.45	91	5	3	2, 4, 10, 11
10H-5, 27-30	80	85.97	85.41	84.57	1889	1873	10	13	2.59	0.34	—	—	2.59	0.34	3.13	38	5	2	2, 4, 10, 11
10H-5, 45-48	81	86.15	85.57	84.73	1891	1874	7	2	2.61	0.39	—	—	2.61	0.39	4.20	57	4	2	1, 3, 10
10H-5, 65-68	82	86.35	85.75	84.91	1894	1876	7	4	2.71	-0.05	—	—	2.71	-0.05	4.07	93	5	2	1, 3, 10
10H-5, 85-88	83	86.55	85.93	85.09	1896	1878	8	6	2.73	0.01	—	—	2.73	0.01	2.90	84	5	2	1
10H-5, 103-106	84	86.73	86.09	85.25	1898	1879	7	5	2.93	-0.07	—	—	2.93	-0.07	5.76	71	5	2	1, 3
10H-5, 125-128	85	86.95	86.29	85.45	1901	1881	8	7	3.43	-0.05	—	—	3.43	-0.05	2.68	106	5	2	2, 3, 10
10H-5, 145-148	86	87.15	86.47	85.63	1904	1883	19	13	3.62	0.02	—	—	3.62	0.02	2.64	103	3	2	2, 3, 10, 11
10H-6, 6-9	87	87.26	86.57	85.73	1905	1884	7	6	3.08	0.15	—	—	3.08	0.15	2.60	89	3	2	1, 3, 10
10H-6, 27-30	88	87.47	86.76	85.92	1908	1886	11	9	3.47	-0.08	—	—	3.47	-0.08	9.20	136	4	2	1, 10
10H-6, 45-48	89	87.65	86.92	86.08	1910	1887	15	9	3.02	-0.12	—	—	3.02	-0.12	21.66	158	4	2	1, 10
10H-6, 65-68	90	87.85	87.10	86.26	1912	1889	8	5	3.04	-0.04	—	—	3.04	-0.04	7.32	110	5	2	1, 10
10H-6, 85-88	91	88.05	87.28	86.44	1915	1891	9	9	2.97	-0.08	3.53	-0.75	2.97	-0.08	13.42	163	6	2	1
10H-6, 103-106	92	88.23	87.44	86.60	1917	1892	7	9	3.09	0.16	3.51	-0.78	3.09	0.16	8.56	115	6	2	1
10H-6, 125-128	93	88.45	87.64	86.80	1920	1894	7	7	3.15	0.23	3.92	-1.45	3.15	0.23	6.50	152	6	1	1, 6
10H-6, 145-148	94	88.65	87.82	86.98	1922	1896	8	7	2.85	0.28	3.64	-1.14	2.85	0.28	8.05	109	6	1	1, 6, 8
10H-7, 5-8	95	88.75	87.91	87.07	1923	1897	7	6	2.84	0.17	3.55	-1.07	2.84	0.17	6.10	81	6	1	1, 6, 8
10H-7, 27-30	96	88.97	88.11	87.27	1926	1898	6	8	—	—	3.43	-1.02	3.11	0.09	3.97	81	6	3	1, 6, 8, 10
10H-7, 45-48	97	89.15	88.27	87.43	1928	1900	8	15	2.72	0.35	3.60	-0.97	2.72	0.35	2.24	25	6	3	1, 6, 7, 10
10H-7, 65-68	98	89.35	88.45	87.61	1931	1901	8	7	2.59	0.32	3.64	-0.96	2.59	0.32	6.95	16	6	3	1, 6, 8, 10

Notes: Hole 1085A is located at 29°22.5´S, 13°59.4´E in 1713.2 m water depth. Penetration in Hole 1085A was 604 mbsf. — = no data available. EDA = estimated diatom abundance, SOA = sulfide and oxide aggregates. Comments: 1 = clean sample; 2 = clumps; 3 = fibers; 4 = cement; 5 = casts; 6 = Uvigerina matrix; 7 = fish teeth, bones, and otoliths; 8 = radiolarians; 9 = sponge spicules; 10 = orange metal;, 11 rounded corners from too much sieve.