Water Depth: L.-\O \'Yl Station number : -J-.O Time of deployment: ~ : ~l-ll.- Latitude: 5~o~ T ime of recovery : LL~DO Longitude: -0 o 2-\ 9b~ W ( CoreY "23 0. 0 'u f'\ S e d" iment R ecovery c III em ): Core 2: Core 3: Core 4: Core 5: Core 6: Co re 7: Core 8: - f ct\- ~i~ S'vt.e \.\ Yv\ctV\.j \-0, Yvlv-ru ~rta-v' - St \L.""ill\j \AP ry\fb1.a. 'v, SM.-rl'uU2. ~~vvo "w) < O "L ', I..0;' '(\')~ IL" - /VO SYv1 a,\ \ C() \0 (" - u..~ \~W\ ~ ~'f'\ ~("'evt\ -\-e+~..-e--- Sc(..\- V~ + "\\i\q 5\'\+ Stratigraphy (Describe an)' layering or changes in grain size, color, etc. down core 2.0 c. ~ ~/ ;~. <,.,-' f -' "..- / 1" " r '", r ~ (. ( -,< ('., /,. ' ("1' -
MULTICORER nata SHEET Station num ber: -z.,~ Ti me of de ploy ment: L '?>11 L- Core I : Core22 \ ':f-. D cs«. Sediment Recover)' (in em)'. Core 3: Core 4: Core 5: Core 6: Core 7: Core 8: Surface Description (macrofauna, mounds, trails, detritus, etc.) : G1 ~ ~Mtt~\ e<z.\ - \,.(e.,\-:j ~ Y\1o-YV\ 0 'v-c«: Gt \ 01.," \,ct 7 ~)1- \- { 1- -\vl-~ ' S"\'V\o-\-Y'\1 5. \~ Y.'4... 3ye..t~I(e, - ~V\Q. ~\Q\{) c() \0 c'. U V\l\orW\ 'fj.<b~y\ C; y-eav\ _ NO SMe-\.\ by fihing in the log below) WO(IJ'V'..s.o..~ ~~. YJ,Y...,...----
Date: q - 2.:)" -01 Water Depth: \OW' Core 1: Core 5: (J T ime of deployment: D L. Core 2: S e diunentrecoverv cm em ): Core j)\ ~,L-1 c.w'i Core 4: Core 6: Core 7: Core 8: \ ('-4.. \i~ S~'<lAc..+u-("e- S~\\ t totlivj ~D v..+ -~ ~ o~ S~ \I li~ ~'(lij»tevrt-5 q.(e..l..j \=or M QV'\ i -<era - '(\0 VVl()lAvuJ') - No SyY)e\\ CJ7.. : 1.-.\\ '1'" j )~ I e-t\u.<e;, S~y\ \\'h j CD\0("', V~\6 '\W\ tj'(~'" '{3 '(owv"' CD \tj('" - Grc.t c...\~ \'1 SecSl~~V\.+ ~ H- - -t,y\t. ~-raivle&, 'rvt~h.e. b~rfl.)l...)." - r_",.
Date: Water Depth: yy'i () -7 Time of deployment: l- Latitude : c g. OO~1\} T ime of recovery: Sediment Recoverv. (in em)' - Core 1: Core 2: Core 3: '~Co re 9 t'j-tj.0 C'!V' Core 5: Core 6: Core 7: Core 8: - Go..f 0\ s.-\,'(~u2. - \ o D\I, S' fv \x lit 5\1 e\1 ~ I t> IJOI. V1 i $W'7. W~ \\e.. -r ~ \\ CA+ top (~Y1h- ~ (A Y\J i Of,~{~tr\ I' ~ ~ - 'yvj Q.vtt1 Y'Vt 0 la. I(\.et. ~ ~ I'\I'l.Q.... \ C'er41-1. ) D~o(" ~ ~'fd Lu '{\ \.~'y\ ~f~v\ -t-ci- ~ -: sor- I S\\\J,,:> I V'(.,1(0 {:\.vle ~ c CA ~ '11 S ~6-z.-: L.. ~1 L. \i)~ } ~ Stratigraphy (Descr ibe any layering or changes in grain size, color, etc. down core C\eo..r \.V 0.: ec - ------- - -------
D a t e : ~ _ 1. 2 - Q1 Water Dept h: VY\ Latitude: ", I Lon gitude: 3 2. 0 ~~.0 0' 1'1 I :> 2 l. qlos I Ti me of recovery: Core 1: Sediment Recovcrv (in em): Core 2: Core 3: Core 4: / ~ Co re~ Co re 6: Core 7: Core 8: 1"- 1. - CAY' L r- VV ~ la1 \vc\ls ( -.f fc c { t'l, r
Date: 0-) n '"'1-11-- I 1 - C ~ Water Depth: Time of deployment: MULTfCORER DATA SHEET Latitude: Ti me of recovery: 1. \\) 1. '. yl 2 ' 00 Sediment Recovery (in cm): Core 1: Co re 2: Core 3: Core 4: Core 5: r( ore 6: ) l~ ~ Core 7: Core 8: Surface Description (macrofauna, mounds, trails, detritus, etc, :- - d Stratigraphy (Describe any layering or changes in grain size, color, etc, down core 1.0 c "'\ S ' --- ---
: Date:q -11- Dl '01 203 Latitude: )., i:?;'6.00 Water Depth: Time of deployment: Ti me of recovery: 'l, \IJ M L I :?::>Y L 1. 2 00 Sediment Recovery (in cm): Core 1: Core 2: - Core 3: ~ Core 5: Core 6: ( Core 7:,' L\ N - / 1 (YY\ Longitude: 111 1.\ '1 Io S LAJ Co re 4: Co re 8: _ r., (,1) d / - L, YY1-t ~\ 11 Sediment Description (color, smeli, texture, grain size, etc.) nee c J by fiuing in the log below) I D c. M lo C:fo"\ VISI1 e ~
Date: 9-1 2. -01, Wat er Depth: D1-1 Time of de ployment: I, ~ L Lat itude : ~ 2-0 3.ocr Ti me of recovery : 2 :00 Sediment Recovery. (in em) : Core I: Core 2: Core 3: Core 4: Core 5: Core 6: Core 7: ( - """, Core";) ''J. UY\ Sediment Description (COIOf, smell, texture, gr ain size, etc.) I b<'m.2.0 c. "" ------- -