Priority Strat Events RCs exist: Leg Hole Latitude Longitude Pmag. D N R F D N R F Rank LOC Loc Creation Date # Printed f. ReLoc Quality Responsibility D N R F 7 62 1.9 141.9 N H : X X : 1 1 9-13-93 1 P R - Y C Y 7 62A 1.9 141.9 N H : X X X 1 1 9-13-93 " P R - C Y C 7 63 0.8 147.9 N M : X X X 1 3 1-13-94 3 P R - C Y - 7 63A 0.8 147.9 N M : X X X 1 3 1-13-94 " P R - C Y - 7 63B 0.8 147.9 N M : X X X 1 3 1-13-94 " P R - C Y - 7 64 -1.7 158.6 N M : X X X 1 1 9-8-93 1* M R * C Y C 7 64A 1.5 158.4 N M H : X X X 2 1 9-8-93 " M F * C Y C 13 125 34.6 20.4 N H : : : X 1 2 1-7-92 1 P F - C - E 13 132 40.3 11.4 N H : X : X 1 3 1-7-92 1 G F - Y - E 14 141 19.4 -24.0 N H : X : X 1 2 1-9-92 1 M F - Y - Y 16 158 6.6 -85.2 N H M X : : X 2 3 6-9-94 1 G D Y Y Y Y 18 173 40.0 -125.5 N H H H X X X X 3 5 6-9-94 3 P D Y Y Y Y 18 178 57.0 -147.1 N H H M X : X X 3 2 6-10-94 1 P D Y Y Y Y 19 192 53.0 164.7 N H H X X X X 2 3 6-10-94 1 P F Y Y Y Y 22 213 -10.2 93.9 N H M X : X : 2 2 6-10-94 1 M D Y Y Y Y 24 233 14.3 52.1 N H M : X X X 2 2 1-7-92 1 P F - Y Y Y 24 233A 14.3 52.1 N H M : X : X 2 1 1-7-92 1 V F - Y Y Y 24 236 -1.7 57.6 N M H X X : X 2 2 1-7-92 1 M F - Y Y Y 24 238 -11.2 70.5 N H H M X X X X 3 3 6-10-94 3 M D Y Y Y Y 26 253 -24.9 87.4 N H : X : X 1 2 6-11-94 3 M F - Y - Y 28 265 -53.5 109.9 N M H H X X X X 3 2 6-13-94 2 P R Y Y Y Y 28 266 -56.4 110.1 N H H X X X X 2 4 6-13-94 1 G D Y Y Y Y 28 267B -59.3 104.5 N M H X X X : 2 2 6-13-94 1 M D Y Y Y - 29 278 -56.6 160.1 N H H X X X X 2 2 6-13-94 1 M D Y Y Y Y 29 281 -48.0 147.8 N M H : X X X 2 2 6-13-94 1 M D - Y Y Y 30 289 -0.5 158.5 N H : X X X 1 2 5-16-94 5 G R Y Y Y - 31 299 39.5 137.7 N H M X X : : 2 X 8-22-91 1 V D Y Y Y Y 33 317B -11.0 -162.3 N H : X X : 1 2 6-14-94 3 G R - - Y Y 38 338 67.8 5.4 N H H X X * : 2 1 7-27-94 1 V D Y Y - - 40 362 -19.8 10.5 N M H : X : X 2 3 11-21-91 1 M F - Y Y Y 41 366A 5.7 -19.9 N H H X X X X 2 2 6-15-94 5 M D Y Y Y Y 41 369A 26.6 -15.0 N H H X X X X 2 2 6-16-94 2 P D Y - Y Y 49 408 63.4 -28.9 N H H X X X X 2 2 6-16-94 3 P D Y Y Y Y 55 433A 44.8 170.0 N H M X X X : 2 4 6-17-94 1 P D Y - Y Y 56 436 39.9 145.6 N H H X X X X 2 7 6-17-94 1 M D Y - Y - 57 438A 40.6 143.2 U H X H H X X X X 4 4 6-17-94 3 M N Y - Y Y 57 440B 39.7 143.9 U H X H M X X X X 4 3 6-17-94 1 M N Y - Y Y 60 458 17.9 146.9 N M : X X X 1 2 6-20-94 3 M R Y Y - Y 63 469 32.6 -120.5 N H H X : X X 2 3 6-20-94 3 X D Y - Y Y 63 470 28.9 -117.5 N H H X : X X 2 4 6-21-94 3 M D Y - Y Y 63 470A 28.9 -117.5 N H H X : X X 2 2 6-21-94 1 P D Y - Y Y 63 472 23 -114 N M X X X * 1 4 6-22-94 2 M D Y Y Y - 67 495 12.5 -91.0 N H H X X X X 2 3 6-22-94 3 M D Y Y Y - 67 499 12.7 -90.9 N H H X X X X 2 2 1-9-92 1 P F Y Y Y Y 68 502A 11.5 -79.4 Y H : X : X 1 3 2-8-92 1 G F - - - E 68 502B 11.5 -79.4 Y X H : X : X 2 2 2-8-92 1 G N - - - E 68 502C 11.5 -79.4 Y X H : X : X 2 1 12-12-91 1 G N - - - E 68 503A 4.1 -95.6 Y H H H X X X X 3 3 5-18-94 1 G F Y - Y Y 68 503B 4.1 -95.6 Y H X H H X X X X 4 2 5-18-94 1 G N Y - - Y 71 513A -47.6 -24.6 U H X H M X X X X 4 2 6-23-94 1 M N Y Y Y Y 71 514 -46.0 -26.9 Y H H X : X : 2 3 6-23-94 1 G D Y - Y - 72 517 -30.9 -38.0 Y H : : : X 1 X 1-9-92 1 M F - - - Y 73 522 -26.1 -5.1 Y X H : X : X 2 2 11-28-91 1 G N - Y - Y 74 525A -29.1 3.0 N X H : X : : 2 1 5-19-94 1 M N - Y - * 74 525B -29.1 3.0 N : X : : • 1 5-19-94 1 M - Y - Y 80 548 48.9 -12.2 Y X H : X : X 2 3 5-19-94 1 M N - Y Y Y 80 548A 48.9 -12.2 Y X H : X : X 2 3 2-8-92 1 M N - - - - 81 552A 56.0 -23.2 Y X H H : X : X 3 3 5-22-92 1 G N - - Y E 85 572A 1.4 -113.8 N H H H X X : X 3 3 6-23-94 1 M F Y - Y - 85 572C 1.4 -113.8 N H H X X X X 2 4 8-10-94 1 M F - - Y E 85 572D 1.4 -113.8 N H H H X X X X 3 3 6-24-94 3 G F Y Y Y E 85 573 0.5 -133.3 Y H X H H X X X X 4 4 5-19-94 4 E N Y Y Y - 85 573A 0.5 -133.3 Y M H X * X * 2 3 5-20-94 1 M R - - Y - 85 573B 0.5 -133.3 N M H H X X X X 3 3 5-20-94 3 G F - Y Y E 85 574 4.2 -133.3 Y H X H H X X X X 4 4 5-20-94 6 G N Y Y Y - 85 574C 4.2 -133.3 N M H H X X X X 3 2 5-24-94 2 G F - Y Y E 86 577 32.4 157.7 Y H M X X X : 2 2 5-24-94 1 G D Y Y Y - 86 578 33.9 151.6 Y M H X : X : 2 3 5-24-94 1 E R Y - Y - 86 579A 38.6 153.8 Y X : X : : 2 5-25-94 1 E Y - Y - 86 581 43.9 159.8 N H H X : X : 2 2 5-25-94 1 P D Y - Y - 89 586B -0.5 158.5 N H : X X : 1 2 6-27-94 3 M R - Y Y Y 90 587 -21.2 161.3 Y : X : X : 1 5-26-94 1 M - Y - Y 90 588 -26.1 161.2 Y X H : X : X 2 2 5-26-94 3 G N - Y - Y 90 588A -26.1 161.2 Y X H : X : X 2 2 5-26-94 2 G N - Y - Y 90 588C -26.1 161.2 N X H : X : X 2 3 6-14-94 1 M N - Y - Y 90 590A -31.2 163.4 Y X H : X : X 2 1 2-8-92 1 M N - Y - Y 90 590B -31.2 163.4 Y X H : X : X 2 4 5-26-94 2 G N - Y - Y 90 591 -31.6 164.4 Y : X : X : 1 5-27-94 2 G - Y - Y 90 592 -36.5 165.4 Y X H : X : X 2 2 2-8-92 3 G N - Y Y Y 90 593 -40.5 167.7 Y X H : X : X 2 1 2-8-92 3 M N - Y - Y 90 594 -45.5 174.9 Y H X H H X X X X 4 3 5-30-94 5 M N Y Y Y Y 90 594A -45.5 174.9 N H X H X X : X 3 2 5-30-94 1 M N Y Y - Y 92 599 -19.5 -119.9 N H : X : X 1 3 1-10-92 1 V F - Y - Y 93 603 35.5 -70.0 N M M : X X X 2 1 5-31-94 1 P F - Y Y - 93 603C 35.5 -70.0 Y X H : X : X 2 5 5-31-94 1 M N - Y - Y 94 606 37.3 -35.5 Y H X H X X : X 3 1 2-10-92 1 E N Y Y - Y 94 607 41 -33 Y X * X : X : 2 7-24-94 2 G F Y Y Y Y 94 607A 41 -33 Y X * X : X : 3 7-24-94 2 G F - Y - Y 94 608 42.8 -23.1 Y H X H X X : X 3 3 5-31-94 4 G N Y Y Y Y 94 608A 42.8 -23.1 Y X H : X : X 2 2 6-8-94 1 M N - Y - Y 94 609 49.9 -24.2 Y X * * : X : 1 11-5-91 1 E F Y Y Y Y 94 609B 49.9 -24.2 Y X * * : X : 2 1-10-92 1 E F - Y - Y 94 610 53.2 -18.9 Y H X M H X X X X 4 2 6-8-94 4 P N Y Y Y Y 94 610A 53.2 -18.9 Y M X H X X : X 2 2 6-8-94 1 G N Y Y - Y Leg Hole remarks 7 62 combined loc of Holes 62&62A. Hole 62 spot cored, no F data 7 62A combined loc of Holes 62&62A. 62A contin. cored upper part section only 7 63 combined loc all holes this site. Interleaved spot cored data 7 63A combined loc all holes this site 7 63B combined loc all holes this site 7 64 combined loc both holes. Interleaved spot core data via zones from site chapter. *-only paleogene data in CD-ROM. 7 64A *-only paleogene data in CD-ROM 13 125 only 14 samps on CD-ROM -all N. 125 loc same as 125 loc2. 13 132 only N samps on CD-ROM. Loc2 (in db) same as loc3 plotted, minus 1 minor control pt. near Bcru. May be unrecognised hiatus in EPlio. Evaporites core 21+." 14 141 Diapiric undatable red clay core 7+. Low sed rate base possible - 8-9 Ma LADS cores 6/7. 16 158 R, N bstrat reports unusable, limited info in Site chapter supports position of hiatus at 30 mbsf. F strat poor. Most D strat from L85 & CENOP. 18 173 Updated & different from Cervato paper - includes her NPac rad ages. 18 178 loc very poor below core 37. 19 192 loc very poor below core 23. 22 213 poor pres (zeolite clay) upper core 9+, no loc 24 233 F pres poor, loc based on mod pres N, well pres R. 24 233A F pres poor, loc poor. 24 236 very low sed rate >5my could hide hiatuses 24 238 loc based on N 150-300 mbsf, most D give older ages. No loc (poor pres) >400m. See also Vincent 77 in AGU vol. 26 253 age core 9+ (Olig) ?able. 28 265 age basal cores 17/18 ? 28 266 basal age ? 28 267B cored only 100-300 mbsf. Site chapter notes age discrepancies between holes at this site. 29 278 10-100 mbsf interval not cored. 29 281 low sed rate E&M Mio could hide hiatuses 30 289 Hodell&Woodruff 94 included, tho w. Berg85 calib. 1 plot w. old (alt) loc 1; 1 plot w. loc of Hod/Wod94-w. Berg.85 ages. see note. 31 299 bad loc. not used in db 33 317B loc very good 0-14, higher scatter 14-24 Ma. 38 338 D ages from AA, eqPac strongly conflict w. NGS calibrations L104. L104 scale??-pmag pattern match only. L104 scale used via rad strat L38 & zonal assignments by Goll L104 40 362 none 41 366A D data way off, deleted. F in IR only to core 16. Miller L108 added F in E/M Mio (Fm) &18O event picks (Im). Fm used in loc2, Im plotted but not used. Alt loc using Im plotted (loc w. Im), tho id of Im's ?. N events xlated fr. Zones of Bukry report (Nz). 41 369A D data way off. Loc mostly on R. loc ends at top of cored section (50 mbsf, 14 Ma) 49 408 hiatus ~40 mbsl fr. lith&Site chapter bstrat text 55 433A no loc >Neog/Paleog. hiatus ~52mbsf. loc ? 25-52 mbsf, D ages>>F,N. Unresolved EPli calib. prob w. events. 56 436 poor pres >core 35 (D), core 37 (R). Core 40+ is Cretaceous. 57 438A loc similar to Cervato93, but 10 Ma hiatus ~5 cores lower 57 440B not enough data below probable hiatus ~720 mbsf for loc (see Cervato93). coring begins, loc ends at ~120 mbsf. 60 458 F pres very poor, no usable strat. 3 diff plot symbols for N events is typing error. NO R, ONLY 1 D SAMPLE IN CD-ROM. 63 469 loc good for <5 Ma, poor (high scatter in all groups) in Mioc. Due to new R, N data, signif. diff. in loc vs Cervato 93. 63 470 loc in cores 8-11 could be 1my older. Due to new R, N data, signif. diff. in loc vs Cervato 93. 63 470A only approx. match to hole 470 - core recov., bstrat resol. too limited in 470A 63 472 Upper ~30 m barren red clay, linear sed rate assumed. F pres very poor in entire hole, not used. 67 495 E&M Mio loc good, LLMio-Rec poor (increased scatter) 67 499 basal 3 cores EMio, rest Pleist. 68 502A F data not on CD-ROM, retyped by HH. 68 502B F data not on CD-ROM, retyped by HH. 68 502C F data not on CD-ROM, retyped by HH. Typo '502CN' in plot title. loc only from top cored interval (~70 mbsf) to 145 mbsf (top of wash interval). 68 503A none 68 503B No R dat on CD-ROM. Orig IR pmag picks??. Changed: T3N1 to T3N2, B2AN3 to B2AN2, T2AN3 to T2AN2 71 513A loc only to core 11. Pmag raw data noisy, too many reversals in polarity interpretation to fit bstrat. 71 514 interpretation of pmag controversial, see L113 discussion 72 517 pmag from site chapter 73 522 duration hiatus core 12 ?able. 74 525A Best strat Shackelton IR, combined A+B holes, nanno only. F strat chapter rough Zones only. Plotted N chapter IR, hole A; Shack. data. 74 525B combined loc w. 525A. 80 548 loc match to 548A ?able. 80 548A Top of loc might be shifted 1-2 my older to better match bottom of hole 548 loc? 81 552A F data not on CD-ROM, typed by hh. 85 572A loc xchecked w. hole C. D ages in all L85 not fully independent as many D calibrations come from L85 holes. 85 572C F data not on CD-ROM, typed by hh. 85 572D F data not on CD-ROM, typed by hh. 85 573 3 detail plots w. names & loc4. Overview plot (no names) shows slightly different loc3. 85 573A DRM strat only. Barrel sheet strat F,N not needed as pmag ok. 85 573B Hole top at 140 mbsf, 7 Ma. paleogene loc extension ?able.F data not on CD-ROM, typed by hh. 85 574 plotted in 'combined', 'low'&'upp' strat 'mod' as ADP 2.05 max event limit is 200 events (most F events removed from combined file). F data not on CD-ROM 85 574C Hiatus at 220 mbsf could be coring gap. Top loc matches base loc 574. F data not on CD-ROM, typed by hh. 86 577 with R ages from Cervato 93. 86 578 with R ages from Cervato 93. D events calibrated in this hole 86 579A Hole from Cervato 93 86 581 Core 1 (mudline), washed to 180 mbsf, then continuous core & loc. D1=events directly calibrated in NPac, D2=other. 89 586B redrill 0-6Ma interval Site 289. Loc quality same as older hole. 90 587 Hole extends to LMio, loc only for 0-4 Ma. From Lazarus et al. 94 90 588 loc entirely based on pmag. bstrat rather scattered. Locs all holes this site matched at top/bottom. 90 588A loc on pmag above 13 Ma, ?able below. 588C suggests hiatuses near base, not resolved in this hole. Carbon isotope events (Hodell&Woodruff94, Woodruff&Savin91) don't fit bstrat, have problems (see note). 90 588C loc only to base Mio, hole extends to late Olig. 90 590A Edited&printed 12-5-94 dbl. loc uncored interval 590B set=590A. Nb: 590A+B treated by F and N workers as single section. 90 590B no plot w. names <100 m-just pmag events, no bstrat 90 591 G. truncatulinoides evolution site (Laz et al94). combined loc/plot holes A&B 90 592 hiatus 18-32 Ma. pmag thru Gauss only 90 593 big hiatus prob in Olig, not in loc. Olig loc not revised as most paleogene events not in strat file. 90 594 Redid pmag picks, new loc w. priority to hilat events (mostly siliceous bugs). See note 90 594A loc <500 m based on hole 594 92 599 very poor loc, hi scatter (reworking?) not used in database 93 603 603 spot-cored <500 m, loc<350m=603C. 93 603C base loc C matches (poorly controlled) 603 loc 350-400 m. 94 606 Loc based entirely on pmag. see note 94 607 loc>base of pmag??-can't match well w. 607A. see note 94 607A coring gap ~170-260 m. loc below € 607 loc - see plot. 94 608 some fine-tuning loc to pmag still possible. CSC modified 94 608A Reworking?-IR. nb. 30 m diff 608/A in depth to T2AN1-due to 200 m horizontal drilling offset 608/608A? 94 609 loc only on pmag. 94 609B Loc only on pmag. 94 610 spot-coring/high bstrat scatter. pmag only very top & bottom of section 94 610A pmag picks in Gilbert ?able.