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SOUND VELOCITY ANALYSIS

During the Multibeam acquisition we performed several CTD measurements. The position of the stations are shown in Fig. 5 and are reported in Table 7.


Table 7: MARM2001 CTD Locations.
STATION DATE LAT LON DEPTH
STAZ1 2001-05-25 4246.990 1507.140 173.0
ctd02 2001-05-27 3816.030 2124.240 79.5
ctd03 2001-05-29 3955.200 2557.720 67.8
ctd04 2001-05-29 4047.050 2724.610 600.0
ctd06 2001-06-01 4044.260 2943.160 75.0
ctd07 2001-06-01 4044.810 2935.770 74.0
ctd08 2001-06-02 4044.830 2932.650 57.0
ctd09 2001-06-03 4042.960 2934.900 141.0
ctd10 2001-06-03 4043.970 2922.860 211.4
ctd11 2001-06-05 4032.320 2840.650 85.0
ctd12 2001-06-06 4050.720 2834.070 356.9
ctd13 2001-06-08 4044.010 2919.670 392.1
ctd14 2001-06-09 4043.850 2941.460 206.9
CTD15 2001-06-12 4044.880 2939.360 113.7
CTD16 2001-06-12 4043.768 2953.580 33.6
ctd17 2001-06-14 4050.173 2904.055 92.6
CTD18 2001-06-14 4045.820 2722.870 274.3
E01_01 2001-06-16 3859.060 2452.061 1037.0
k05_01 2001-06-16 3954.999 2544.994 83.0


The whole data are presented in Figs. 15 and 16. The SV profiles were used for real-time acquisition and post-processing.

figure

Figure 15: T/S diagram of the whole data sample.
\begin{figure}\centerline{
\epsfig{bbllx=20,bblly=30,bburx=395,bbury=390,
file=PS/M2001_TS.ps,width=6.5cm}}\quad
\end{figure}

Figure 16: Sound Velocity Profiles of the whole data sample.
\begin{figure}\centerline{
\epsfig{bbllx=20,bblly=30,bburx=400,bbury=520,
file=PS/M2001_SVA.ps,height=10cm}} \end{figure}


next up previous contents
Next: CHIRP SBP Up: MULTIBEAM Previous: CALIBRATION
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2003-03-18