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TABLE A3.1. SUSPENDED PARTICULATE MATTER SAMPLES (Cont'd.) Sample Concen- Vol ume W a te r Filter Depth Temp. tration Filtered Depth Crui se Stati on No. (m) ° 8 (llgli) (liters) Lat. oN Long. oW (m) AI I 60 21(1845) 306 4962 1. 80 21 27.10 23°15.71 68°43.61 5333 305 5061 1. 78 26 22.30 304 5185 1. 73 21 26.60 303 5235 1. 70 23 26.60 AI I 60 22(1846) 310 4938 1. 80 13 22.35 22°51.51 68°17.11 5313 309 5037 1. 76 24 26.40 308 * * 16 27.00 307 * * 9 26.50 AII 60 23(1847) 314 4997 1. 78 26 26.90 22°45.21 67°55.8' 5320 313 5096 1. 74 27 26.50 312 5218 1. 67 21 26.40 311 5266 1. 64 27 26.45 KN 25 1(94) N52 5351 1. 57 22 22.80 25°01.51 68°03.5' 5519 N51 5439 1. 56 14 25.60 KN 25 2(95) 71-14 4580 1. 79 6 18.85 24°42.21 68°08.0' 5680 71-13 4662 1. 77 10 16.45 KN 25 3(96) 71- 16 5593 1. 54 10 17.73 24°23.8' 68°11.4' 5727 71-15 5679 1. 53 6 17.78 N (X w * Bottom 4 Nansen bottles pre-tripped. '''.--
\,-/ '-- TABLE A3.1. SUSPENDED PARTICULATE MATTER SAMPLES (Conti d.) Sample Concen- Vol ume Water F il te r Depth Temp. tration Fi 1 tered Depth C ru is e Stati on No. ( m) ° e (iig/R.) (liters) Lat. oN Long. oW (m) KN 25 6 (99) SF#l 5340 1. 56 - 32.70 23°52.61 68°35.11 5484 71-18 5425 1. 54 13 15.90 KN 25 7(100) SF#2 5166 1. 67 - 25.30 23°43.51 68°41.51 5308 71-19 5253 1. 62 27 24.92 KN 25 9 ( 102) SF#3 5232 1. 71 - 21.20 23°24.01 69°06.11 5388 N53 5318 1. 64 24 27.15 KN 25 11 104 SF#4 5326 1. 74 - 24.30 23°48.01 69°56.01 5411 71-20 5412 (1.67) 30 24.30 KN 25 13(106) SF#5 5124 1. 77 - 16 . 00 22°15.41 67°56.91 5374 N 00 ol
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I "a f IMods Hole '" ~ o c.,,~tlOGR
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parent sediment on the eastern oute
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esearch. 5 )
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Res u 1 ts. . . . . . . . . . . . .
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Figure 3.12 Echo-sounding profile (
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Fi gure 6.14 6. 15 7. 1 7.2 7.3 7.4
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\ I ) Table 4. 1 4.2 5.1 5.2 5.3 6.
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CHAPTER I INTRODUCTION The area inv
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) \ .1 Fi gure i. 1. Bathymetry of
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~. ~ 71° 70° tI 68 fJ0 25° 7' 25
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) ) This is expected since most of
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GENERAL DES CRI PT I ON CHAPTE R I
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j
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egi onal contours. An area centered
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this region. However, all of these
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'"-, i~ 7t 70° 6f 68 67° 25° 72
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Fig u r e 3. 2 . CON RA D 10 s e is
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sequence corresponds to layered tur
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) . .) Figure 3.3. Map showing domi
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\ )
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"- '''--.- 25° ................. .
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) ) others, 1973), and the upper po
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) Figure 3.5. CONRAD 8 seismic refl
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. Q) 3W/L NOI.L~ l( . (Y CI s. :: 0
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.) Figure 3.6. Idealized profile al
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) ) a: 0 ~ ~ (J L. Z Q) a: ~ lU UJ
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) ) Figure 3.7. CONRAD 10 seismic r
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i- (Y (1 ~:: en or- LL 47
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) ) THE TRANSPARENT LAYER The distr
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Fi gure 3.8. CH A I N 34 s e ism i
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co . (Y (l So :: O' "r- Li 51
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) 53
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) Figure 3.9. CONRAD 10 seismic ref
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0' (V CJ s. :: O' ... LL 55
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\ J ) Figure 3.10. Seismic reflecti
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or- . (V Q) S- :: rn Li 58
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ì ) Figure 3.11. CONRAD 10 seismic
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l UJ .líliiiP',,:... ¡ '"'" ~ ' ~
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) .I Figure 3.12. Echo-soundi ng pr
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N CV OJ s. :: 01 l. 62
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) ) Figure 3.13. CONRAD 10 seismic
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(' r- (' (j $. :: en 'r- LL 64
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) ) GENERAL LITHOLOGY CHAPTER iv TH
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~ , ) Figure 4.1. General lithology
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.'-/ '..-/ AIr 60-8 A II 60-8 An60~
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average of 80% lutite (~ 2 ~m) and
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.\ ! ') )
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10 m2, with an average value of 1.3
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The laminated zones and overlying p
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) ) Figure 4.7. Graph of carbonate
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) ) z 0 N O~ E I i ,,_.' i." I ." .
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) ì i Figure 4.8. Curves of carbon
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currents have transported many Fora
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increased dissolution (elevated lys
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TABLE 4.1. MINERALOGY OF THE c 2 ~m
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the following peaks and weighting f
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Obvi ous ly, di 1 uti on of the nor
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The m i n era log i c a 1 com po si
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gray 1 uti t e s per s i s t n ear
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TABLE 5.1. AVERAGE RATES OF SEDIMEN
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and thus the T-Z zonation (Fig. 5.1
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) ) )
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TABLE 5.2. AVERAGE RATES OF SEDIMEN
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Cl z: c: l/ l. i- c: Cl z: o OJ IX
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consolidated (A.J. Silva, pers. com
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) ) _/
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\ ) \ ì ../
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in age, and the ash is probably ass
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') .I \...../
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122 must result from mixing with th
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eas twa rd flow of NADW between 150
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whi ch recorded currents for about
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,) , ,
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ottom photographs in February, 1972
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Several important features were obs
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141 turn north in the western part
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145 bottle spacing. An example is t
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~() ~ 3.0 ~ ~ ) ~ ~i. ) .. ~ 2.0 ~i
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) ) Figure 6.6. Silicate ("g-atoms/
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) ) ~ 2.2 ~ 2.0 t2 ~ tt ~" 1.8 .. ~
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,) -) 152 structure persist at and
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) ~) 154 Figure 6.7. Current patter
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) ) 72° DEPTH IN CORR. METERS Fi g
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) ) speeds of 2 cm/sec (the stall s
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) I / Fi gure6. 8. 158 Progressi ve
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" ) / ) 10 19 17 5 5616 M 5801 M N
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) ) ~ 160 Figure 6.9. Polar histogr
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,) B(LOWER) START 22 B(UPPER) START
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) ) Figure 6.11. Polar histogram of
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) 2700 ) 00 1800 F; g u re 6. 11 C
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, ) ) _/ Figure 6.12. 168 Progress
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\ --~ E START 21 5 30 12 XI 21 xu )
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) / i I .~J the flow recorded at cu
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) Figure 6.13. Directions and relat
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') ./ ) ,j 70° 68° 66° ~~oo · "
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Fig u re 6. 14. i 75 Bottom photogr
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S e c t ion 2 (F i g s. 6. 1, 6. 7)
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northwest flow along the west flank
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filter (0.50 lJmpore size). After f
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. '! ) ) ,./ 2.2 ~ 2.i () '- 2.0 ~
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) ) Figure 7.3. Light-scattering pr
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'\. './. V 23-7 V 23-6 V 25-74 V 25
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extensive erosion on the lower cont
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) \/ (SEM) to determine composition
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\ ) ) Figure 7.4. 195 Scanning elec
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'i j
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The less than 2 ~m (lutite) fractio
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201 In a sample where additional cl
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TAB LE 7. 1. CALCULATE D CLAY MI NE
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:1 / , ì j
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cannot always be accepted at face v
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The apparent enrichment of chlorite
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in favor of the concept that the su
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on the north flank of the far easte
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that enough suspended matter has be
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The following pages describe a mode
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series of ridges associated with an
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Eocene to 01 i gocene (Monroe, 1968
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(Table 8.1). The interbedded silts
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229 Chase and Hersey, 1968). The th
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\ ! Figure 8.3. 231 Schematic diagr
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Downslope sedimentation covered the
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) 235 Fi gure 8.4. Sketch showi ng
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'\ l ) ~z w u w a: o ~ wz w o u ~ w
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Page 341 and 342: ) Figure 8.5. Idealized representat
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Page 345 and 346: ) \ ) formed earlier depositional s
Page 347 and 348: ) ) homogenei ty of the sediments o
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Page 352 and 353: 248 Biscaye, P.E. and S.L. Eittreim
Page 354 and 355: Ericson, D.B., M. Ewing, G. Wollin
Page 356 and 357: Hersey, J.B. (1965) Sediment pondin
Page 358 and 359: McCullough, J.R. and G.H. Tupper (1
Page 360 and 361: Swallow, J.C. and L.V. Worthington
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Page 364 and 365: 259 approximation of the amount of
Page 366 and 367: s ~ 0 ~ Q) o '- CO 0 U ~ it \f0 Q)
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Page 370 and 371: Crui se All 11 All 11 AII 60 Leg 8
Page 372 and 373: TABLE A2.1. BOTTOM PHOTOGRAPHS (Con
Page 374 and 375: TABLE A2.1. BOTTOM PHOTOGRAPHS (Con
Page 376 and 377: TAB LE A2. 1. BOTTOM PHOTOGRAPHS (C
Page 378 and 379: CH 19 CH 19 CH 19 CH 34 CH 34 TABLE
Page 380 and 381: KN25 KN 25 KN 25 KN 25 TABLE A2.1.
Page 382 and 383: LL 8 LL 8 LL 8 LL 8 LL 8 SA C ru is
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Page 386 and 387: s. .. M i. 0 1. " .. QJ ..- N .. C'
Page 388 and 389: ~.. c. 0' 0 .. Q)+l- ~ 0' 0' 0 ~ M
Page 393 and 394: ) -) APPENDIX IV PHYSICAL PROPERTIE
Page 395: ) ) Figure A4.1. Plots of water con
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Page 409 and 410: ) ) C\' 0 § to ~ ~ ~ 0 ~ ~ ~ CI Q:
Page 411 and 412: ) /) 295 Figure A4.5. Plots of wate
Page 413 and 414: '-. ~, 160 SHEAR STRENGTH 30 50 (g/
Page 415: ) ) Figure A4.6. Plots of water con
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Page 435 and 436: ) ) 307 Fi gure A4.11. Plots of wat
Page 437 and 438: "-, ',, WATER CONTENT (% DRY WEIGHT
Page 439: ) j 309 Figure A4.12. Plots of wate
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) ) ./
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) 312 WATER CONTENT (%DRY WT) SHEAR
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) J BIOGRAPHY Born: Ma rch 19, 1946
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') \ ) ~UWDATORY DISTRIBUTION LIST
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) J
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UNCLASSI FIED 1/31/74 SECURITY CLAS
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