OfTT»hltl. Snndirich loInniU to Taliiti— eon/inu^d. 
122 
THE VOYAGE OF H.M.S. CHALLENGER. 
See Charts 38 and 39, and Diagram 19. 
is 
11 
Date. 
Position. 
B ■ 
52 
Tompomture 
of the Sen- 
water 
(Fahr.). 
Designation and Physical Characters. 
C ISa 
jltottom 
1 Surface 
*274 
1875 
Sept. 11 
Of ff 
7 -25 0 S. 
152 15 OW. 
2750 
O 
35-1 
O 
80-2 
Radiolarian Ooze, red-brown 
or chocolate eoloured, fine 
grained, unctuous, yellow-red 
when dry, slightly coherent, 
earthy, clayey, eharacters not 
well pronounced. 
Residue red. 
-t275 
14 
11 20 0 S. 
150 30 OlV. 
2610 
35-0 
80-0 
Red Clay, when wet dark red 
or deep choeolate coloured, 
gritty, deep brown when dry, 
slightly coherent, earthy. 
:-276 
1 
. 1 
1 
16 
13 28 0 S. 
149 30 OW. 
2350 
35-1 
80-0 
Red Clay, brown when dry, 
slightly coherent, pulverising 
easily into a granular powder, 
earthy, sublustrous streak. 
Residue dark brown or 
chocolate coloured. 
277 
17 
15 51 0 .S. 
149 41 OW. 
2325 
35-1 
79-0 
Red Clay, light red-grey, co- 
herent, fine grained, chocolate 
coloured and plastic when wet. 
Residue chocolate coloured. 
I 278 
, 18 
17 12 0 .S. 
149 43 OW. 
1525 
36-5 
79-5 
Volcanic Mud, grey when dry, 
slightly coherent, gritty, grey- 
blue when wet. 
Residue blaek. 
••• 
28 
i 
Papietc 
Harbour. 
20 
Coral Sand, grey, made up of 
white and black particles fine 
grained. 
Residue black. 
279 
Oct. 2 
17 30 26 S. 
149 33 45 W. 
420 
1 
79-0 
Voix-anic Mud, blue-grey when 
dry, slightly coherent, dark, 
blue when wet. 
Residue black. 
279a 
.. 2 
17 29 53 a 
149 34 OW. 
590 
79-0 
Voix-ANic Mud, blue-grey, 
slightly coherent, breaking up 
readily in water, dark blue 
ami plastic when wet. 
R^idue blue. 
CARBONATE OF CALCIUM. 
Per cent. 
Foraminifera. 
3-89 
trace 
28-28 
9-43 
20-47 
83-34 
22-30 
(2-00 %), fragments of GloMger- 
ina and Pulvimdina. 
25-28 
(5-00 %), Globigerinidse. 
(10-00 %), Miliolidie, Textularidae, 
Lagenidin, Rotalidte, Num- 
mulinidie. 
* H** anal. 
tfWanal. 18, 89, 90, 91 
: .H#« anal, 
n. .XVI. fig, 1 
(10-28%), Otolithsoffwh,&»^^ ' ' • 
Gasteropod.s, LanioUiliru'da ; | 
I’teropods, Hetcroinxls, Oktn- 
codes, Echinoderm and C<>nl 
fragments, I’olyzoa, .-i'7 
onarian spicules, calaf^ 
Algfc, Coccolitlis, Rhabdoiitii I 
no. Ill, 112; I’L IV. fig. 2; I'l. VI. figs. 8, 11, 11a, 16, 16a; I>). VIII. figs. 4, 5, 12, 13; IM. IX. figs. 2, 6, 6, 10; PI. XXIII. fig. 12. T 
(25-00 %), Globigerinida3, Pul- 
vinulina. 
(1 -00 %), Miliolida", Textularid®, 
Lagenidaj, Rotalidse, Numinu- 
linidse. 
(7-00 %), Globigerinida;, Pul- 
vinulina tumida. 
(1 -00 %), BilociMna depressa, 
Lagena, Rotalidse, Nmiionina 
umbilicatula. 
(10-00 %), Globigerinidse, Pair 
vinulina. 
(3-00%), Textularidoe, Lagenidie, 
Rotalidse. 
(5-00%), Miliolidic, Textularidse, 
Rotalidse, Nummulinidaj. 
(7-00 %), Globigerinidaj. 
(7-00 %), Miliolida;, Textu- 
laridnj, Lagenida:, Rotalida;, 
Nummulinidie. 
Other Organisms. 
(1-89 %), a few small teotb of 
fish, Gasteropods. 
Small teeth of fish. 
(2-28 %), teeth of fish, Ceph 
beaks, Gasteropods, Ostn 
Echini spines. 
(1-43 %), teeth of fish, Echki| 
spines. I 
(7-47 %), Serpula, Gasteropxh 
(larval), Lamellibranch uxi 
Pteropod fragments, 0«tn 
codes. Echini spines, Polyica, 
Coccoliths, Rhabdoliths. 
8-34 %), Serpula, Gasterop<^ : 
liamellibranchs, Ostrsfodo, i 
Echinoderm fragments, Poly i 
zoa, Aleyonariau spicules, Coni i 
fragments, calearcous Alg*. I 
i 
(8-30 %), Otoliths of fish, j 
pula, Gasteropoda, Lamtii; 
branchs, Pteropocis, HcKro- 1 
pods, Ostracodcs, Echinodfn ^ 
fragments, Polyzoe, (bnl | 
fragments, Aleyonarisnspicnhi ^ 
Coeeoliths. 
19, 20. 21, 8.3, 92, 93, 94, 11.3, 11 1, 116 116, 136; PI. IV. figs. 6, 7. 8 ; PI. V. fig. 12; PI. VI. figs. 1, la, 19; PI. VII. figs. 6, 7; PI. I.X. fig ^ 
; PI. XVIII. fig.. 2, 3, 4 ; PI. XIX. figs. 1, 2, 4 ; PI. XXI. fig. 1 ; PI. XXII. figs. 1, 2, 3, 4 ; PI. XXIII. figs. 2, 3, 5, 6, 7, 9. 
