List of Figures (continued) 
Pig. No. 
Y 
pr 
2° 
2% = 29 
30, 31 
52 -— 38 
20 = 45 
16 
= 50 
2 
53 — 58 
9 
0 — 63 
Sl 
65, 66 
57 —- 81 
32 — 86 
38 - 93 
34 
35 
- 98 
Figure Caption 
MOORED INSTRUMENTS 
Principle of current meter arrays 
Time of operation of the moored instruments 
Southern_(deep) triangle 
Time-series plot of the current (stat. 11, 12, 13) 
Progressive vector diagrams of the currents - Example for 
the tidal influenee at station (12) in 119 m and 494 m depth‘ 
Progressive vector diagrams of the currents (stat. 11, 12, 13) 
Spectra of the North- and East-components and the kinetic 
energy of the currents (stat. 11, 12, 13) 
Northern (shelf) triangle 
Time-series plot of the currents (stat. 21) 
Time-series plot of the sea-level variations and the 
temperature in the deep-sea tide-gauge (stat,. 21) 
Time-series plot of the water temperature at the bottom 
/stat. 21) 
Time-series plot of the currents (stat. 22) 
YTime-series plot of the sea-level variations and the 
temperature in the deep-sea tide-gauge (stat. 22) 
Time-series plot of the currents (stat, 23) 
Time-series plot of the temperature in tne deep-sea tide-gauge 
'stat. 23) 
Progressive vector diagrams (PVD) of the eurrents - Example 
for the tidal influence at station (23) in 70 m and 130 m depth 
Progressive vector diagrams of the currents (stat. 21, 22, 23) 
Spectra of the North- and SZast-components and the kinetic 
anergy of the currents (stat. 21) 
Spectrum of the sea-level variations (stat. 21) 
Spectra of the North- and East-components and the kinetic 
»nergy of the currents (stat. 22) 
Spectrum of the sea-level variations (stat. 22) 
Spectra of the North- and East-components and the kinetic 
energy of the currents (stat. 23) 
Page 
52 
5% 
34 -— 59 
560,61 
62 - 66 
67 - 73 
74 
78 
'q 
79 
30 — 85 
5 
37 — 90 
371 
92,95 
34 — 103 
104 — 108 
09 
‘710 - 115 
16 
17 
= 120