43
The sample FORTRAN program read_wghc_climatology.f reads in gridded profiles. The
program requests a single latitude and longitude of the grid node from the user and returns
gridded properties at standard levels written to the screen. The user should modify the
program according to specific needs.
SAMPLE GRIDDED PROFILE
17 900. 444. 91.
0.0-42.0 505. 0.
0. 10.683307 10.683308 34.425133
0.382
0.554
1.847
6.415
3.984 26.
0.0-
-42.0 505. 10.
10. 1
0.744557
0.383
0.536
1.769
6.260
3.969 26.
0.0-
-42.0 505. 20.
20. 1
0.639179
0.378
0.536
2.120
6.553
3.942 26.
0.0-
-42.0 505. 30.
30. 10.635305
0.375
0.556
2.523
6.702
3.808 26.
0.0-
-42.0 505. 40.
40. 10.628573
0.373
0.554
2.461
6.711
3.834 26.
0.0-
-42.0 505. 50.
50. 1
0.466343
0.389
0.564
2.727
6.843
3.836 26.
0.0-
-42.0 505. 75.
76. 1
0.068050
0.407
0.591
2.862
6.543
3.696 26.
0.0-
-42.0 505. 100.
101.
9.609494
0.403
0.597
3.098
6.360
3.722 26.
0.0-
-42.0 505. 125.
126.
9.322761
0.260
0.582
3.726
6.575
0.922 26.
0.0-
-42.0 505. 150.
151.
9.100936
0.225
0.525
1.385
1.799
0.831 26.
0.0-
■42.0 505. 175.
176.
8.849586
0.191
0.519
1.426
1.671
0.751 26.
p
O
■42.0 505. 200.
202.
8.575100
0.165
0.510
1.531
1.503
0.809 26.
p
o
-42.0 505. 250.
252.
8.123867
0.131
0.550
1.418
1.160
0.886 26.
p
O
-42.0 505. 300.
303.
7.471601
0.123
0.597
1.904
1.008
0.930 27.
p
O
■42.0 505. 350.
353.
6.847847
0.131
0.586
2.029
0.753
0.806 27.
p
O
■42.0 505. 400.
404.
6.201556
0.124
0.557
2.087
0.660
0.650 27.
0.0-
■42.0 505. 500.
505.
4.903539
0.083
0.483
2.174
0.588
0.055 27.
9.598232 34.445004
9.308925 34.478439
7.442278 34.453213
6.364
.174927
6.367
.172607
6.391
.183472
6.324
.183594
6.319
.186401
6.310
.219727
6.230
.314453
6.208
.422363
6.189
.507935
6.154
.568237
6.110
.623169
6.075
.673462
5.922
.757935
5.728
.857666
5.615
.943604
5.596
.026123
5.666
.167969
2.82 6.747
43.579956
2.54 6.791
43.574951
2.09 7.469
43.590210
2.01 8.218
43.590576
2.16 8.403
43.593628
2.19 8.890
43.633423
2.35 8.716
43.743774
2.44 9.975
43.869629
2.94 11.469
43.966675
3.26 12.553
44.035767
3.71 13.662
44.101196
4.28 14.769
44.162842
5.50 17.029
44.266602
7.10 19.687
44.394775
8.49 22.143
44.508545
10.17 23.967
44.620850
13.44 26.017
44.824097
0.877 0.03 0.04 0.09 0.36 0.32 148 100 57 31 57 2.989
0.879 0.02 0.04 0.09 0.36 0.32 160 100 59 29 55 3.031
0.856 0.02 0.03 0.07 0.16 0.27 160 100 78 43 72 3.096
0.863 0.02 0.08 0.24 0.30 0.26 160 97 60 51 80 3.079
0.880 0.02 0.07 0.23 0.30 0.26 160 98 61 52 84 2.983
0.891 0.02 0.08 0.23 0.29 0.26 160 100 63 55 96 3.075
0.916 0.02 0.08 0.22 0.30 0.26 160 92 61 39 103 3.016
0.957 0.02 0.05 0.08 0.23 0.26 160 100 83 51 106 3.055
1.000 0.03 0.04 0.06 0.20 0.25 144 100 99 64 120 1.203
1.043 0.03 0.03 0.05 0.12 0.25 144 100 100 77 94 1.057
1.101 0.03 0.03 0.05 0.10 0.24 128 100 100 83 100 0.907
1.151 0.03 0.03 0.04 0.10 0.24 128 100 100 86 104 0.801
1.262 0.04 0.05 0.09 0.44 0.25 112 146 128 86 92 0.682
1.403 0.04 0.05 0.08 0.44 0.25 112 151 132 92 98 0.703
1.539 0.04 0.05 0.10 0.44 0.29 96 140 140 102 105 0.814
1.657 0.04 0.06 0.11 0.46 0.30 96 140 140 97 102 0.817
1.794 0.05 0.07 0.12 0.41 0.33 96 120 120 110 111 0.582
Acknowledgements:
Our thanks go to many WOCE principal investigators who provided us with their
hydrographic data. Discussions on the hydrostatic stability of the gridded data with Dr. D.
Jackett were very helpful. Dr. R. Mamedov has generously provided Caspian Sea
hydrographic data. V.V. Gouretski was supported through the grants 03F0378A and
03F0157B from the Bundesministerium für Bildung und Forschung.