TIDE TABLES

1995

cc,

BALBOA
TIDAL DIFFERENCES AND CONSTANTS

Panama and Canal Area

Tidal difference

Lati- Longi- High Mean Spring

Location of known tidal data tude tude *Time Height Height water range range

of of high of low inter- of of

tide water water val tide tide

0 f 0 ' h. m. feet feet h. m. feet feet

Pacific Coast, Reference Station, BALBOA North West

Pinas Bay, Gulf of Panama. 7 34 78 11 -0 05 -2.4 -0.3 3 10 10.5 13.7

Punta Garachine, Gulf of Panama . .8 05 78 25 -0 05 -2.0 -0.3 3 09 10.9 14.2

Rey Island, Gulf of Panama . 8 18 78 54 -0 05 -2.2 -0.3 3 04 10.7 13.9

Chepo River, Gulf of Panama . 8 59 79 07 -0 00 -0.1 -0.0 3 05 12.5 16.2

Balboa, Canal Area, Panama . .8 57 79 34 -0 00 -0.0 -0.0 3 05 12.6 16.4

Taboga, Taboga I., Bay of Panama . .8 48 79 33 -0 05 -0.1 -0.0 3 00 12.5 16.2

Chame Bay, Bay of Panama . 8 41 79 45 -0 00 -0.1 -0.1 3 02 12.5 16.2

Cape Mala, Gulf of Panama . 7 28 80 00 -0 05 -5.2 -0.7 3 06 8.1 10.5

Cebaco Island . . 7 31 81 13 - 0 05 10.7 10.6 2 52 8.3 10.8

Bahia Honda . 7 46 81 31 - 0 05 T0.7 10.6 2 52 8.3 10.8

Panda Island . 8 08 82 19 - 0 05 T0.6 10.5 2 53 8.2 10.0

Puerto Armuelles, Charco Azul Bay . .8 16 82 51 -0 10 10.6 t0.6 2 43 7.5 9.3

Atlantic Coast, Reference Station, CRISTOBAL

Bocas del Toro, Almirante Bay . 9 21 82 15 +0 25 . t0.9 0 53 0.8 1.0

Cristobal . . 9 21 79 55 0 00 0.0 f1.0 0 12 0.9 1.1

Caledonia Harbor . 8 54 77 41 - 1 25 +0.3 t1.3 11 30 1.2 1.5

* Refers to time (-) earlier or (+) later than same tide phase at reference station.

I Ratio of rise. Ratio of ranges.

EXPLANATORY NOTES

All data are in 75th Meridian Time. The hours of the day are numbered consecutively

from 0 hour (midnight) to 23 hour (11 p.m.); 12 hour is Noon and all hours greater than 12

are in the afternoon.

Predicted tidal elevations are reckoned from the same datum plane as used for the nautical

charts of the locality. To find the actual depth of water at any time, the height of the tide as

shown in the tide table should be added to the depth of water as shown on the chart. If the

height of the tide is preceded by a minus sign it should be subtracted from the charted depth.

The datum for tidal elevations at Balboa (Pacific) is MEAN LOW WATER SPRINGS,

which has been determined by the U.S. Coast & Geodetic Survey as being 8.4 feet below

Mean Sea Level at Balboa. Based on the mean elevations for tidal planes for the 1 9 -year

period, 1916-1934, MEAN LOW WATER SPRINGS at Balboa is equivalent to -7.617 feet

Panama Canal Precise Level Datum.

The datum for tidal elevations at Cristobal (Atlantic) is MEAN LOW WATER which has

been determined by the U.S. Coast & Geodetic Survey as being 0.4 foot below Mean Sea

Level at Cristobal. Based on the mean elevations of tidal planes for the 1 9 -year period, 1916-

1934, MEAN LOW WATER at Cristobal is equivalent to -0.384 foot Panama Canal

Precise Level Datum.
Balboa, Panama, 1995

Times and Heights of High and Low Waters

January February March

Time Height Time Height Time Height Time Height Time Height Time Height

hm ft cm h m t Cm h m tt cm h m ft cm h m f cm h ft C'

1 0305 16.8 512 16 0322 14.3 436 1 0439 16.5 503 16 0418 15.1 460 1 0336 15.5 472 16 0308 14.5 442

Su 0931 -1.3 -40 M 0944 0.8 24 W 1048 -2.0 -61 Th 1034 -0.7 -21 W 0947 -1.1 -34 Th 0928 0.0 0'

1541 16.7 509 1555 14.2 433 1708 16.9 515 1642 15.5 472 1602 16.1 491 1530 15.2 463

* 2152 -0.4 -12 Q 2204 1.5 46 2310 -1.3 -40 2256 -0.5 -15 * 2209 -1.0 -30 Q 2152 -0.4 -12

2 0359 17.2 524 17 0402 14.7 448 2 0526 16.5 503 17 0458 15.5 472 2 0423 15.8 482 17 0350 15.3 466

M 1019 -1.9 -58 Tu 1021 0.2 6 Th 1130 -1.8 -55 F 1111 -1.1 -34 Th 1029 -1.5 -46 F 1007 -0.8 -24

1634 17.2 524 1633 14.8 451 1752 16 9 515 1720 16.0 488 1645 16.4 500 1611 16.1 491

2241 -0.9 -27 2241 1.0 30 2352 -1.1 -34 2333 -0.9 -27 2250 -1 3 -40 2231 -1.3 -40

3 0452 17.3 527 18 0441 15.1 460 3 0610 16.1 491 18 0538 15.8 482 3 0506 15.9 485 18 0433 16.0 488

Tu 1105 -2.1 -64 W 1057 -- 0.2 -6 F 1211 -1.3 -40 Sa 1148 -1.2 -37 F 1108 -1.4 -43 1046 -1.4 -43

1725 17.4 530 1710 15.2 463 1834 16.5 503 1759 16.3 497 1726 16.4 500 1653 16.7 509

2327 -1.0 -30 2318 0.6 18 2329 -1.2 -37 2311 -1.8 -55

4 0543 17.1 521 19 0520 15.3 466 4 0034 -0.5 -15 19 0013 -1.0 -30 4 0546 15.6 475 19 0516 16.3 497

W 1150 -1.8 -55 1133 -0.3 -9 0652 15.4 469 0619 15.7 479 1146 -1.0 -30 1126 -1.6 -49

1814 17.3 527 Th 1746 15.5 472 Sa 1253 -0.4 -12 Su 1228 -0.9 -27 Sa 1804 16.1 491 Su 1735 16.9 515

2355 0.4 12 1914 15.8 482 1839 16.2 494 2352 -1.9 -58

5 0013 -0.6 -18 20 0559 15.3 466 5 0117 0.3 9 20 0055 -.0.7 -21 5 0007 -0.8 -24 20 0601 16.4 500

Th 0632 16.6 506 F 1210 -0.2 -6 Su 0732 14.5 442 M 0701 15.4 469 Su 0624 15.1 460 M 1208 -1.3 -40

1235 -1.0 -30 1823 15.7 479 1335 0.7 21 1311 -0.3 -9 1223 -0.3 -9 1819 16.8 512

1900 16.8 512 1952 14.9 454 1921 15.8 482 1841 15.5 472

6 0101 0.1 3 21 0034 0.5 15 6 0202 1.3 40 21 0142 -0.1 -3 6 0045 -0.1 -3 21 0035 -1.5 -46

F 0718 15.8 482 Sa 0638 15.2 463 M 0812 13.5 411 Tu 0747 14.8 451 M 0701 14.4 439 Tu 0646 16.0 488

1322 0.0 0 1249 0.1 3 1420 1.9 58 1400 0.5 15 1302 0.7 21 1253 -0.7 -21-

1945 16.1 491 1900 15.6 475 2032 13.9 424 2007 15.2 463 1916 14.7 448 1904 16.3 497

7 0150 1.0 30 22 0117 0.7 21 7 0250 2.2 67 22 0235 0.6 18 7 0125 0.8 24 22 0124 -0.8 -24

Sa 0804 14.7 448 0719 14.8 451 Tu 0856 12.4 378 W 0839 14.0 427 Tu 0737 13.5 411 W 0734 15.4 469

1410 1.2 37 Su 1332 0.6 18 1508 2.9 88 1456 1.4 43 1343 1.8 55 1344 0.3 9

2030 15.1 460 1941 15.4 469 1( 2117 12.9 393 () 2102 14.3 436 1951 13.8 421 1953 15.5 472

8 0241 2.0 61 23 0204 1.1 34 8 0342 3.0 91 23 0336 1.3 40 8 0208 1.8 55 23 0218 0.1 3

Su 0852 13.6 415 M 0803 14.3 436 W 0949 11.5 351 Th 0942 13.2 402 W 0815 12.6 384 Th 0828 14.5 442

1501 2.3 70 1420 1.3 40 1603 3.8 116 1559 2.2 67 1428 2.8 85 1442 1.3 40

0 2118 14.1 430 ( 2027 14.9 454 2212 12.1 369 2210 13.6 415 2030 12.9 393 () 2050 14.4 439

9 0335 2.8 85 24 0258 1.5 46 9 0439 3.6 110 24 0443 1.7 52 9 0257 2.7 82 24 0319 1.0 30

M 0946 12.6 384 Tu 0856 13.7 418 Th 1057 11.0 335 F 1059 12.8 390 Th 0859 11.7 357 F 0931 13.6 415 1554 3.3 101 1515 1.9 58 1703 4.4 134 1710 2.6 79 1520 3.7 113 1547 2.1 64

2212 13.3 405 2122 14.4 439 2320 11.7 357 2330 13.3 405 ( 2118 12.0 366 2159 13.5 411

10 0431 3.4 104 25 0358 1.9 58 10 0542 3.7 113 25 0555 1.8 55 10 0352 3.4 104 25 0426 1.7 52

Tu 1049 11.9 363 W 1000 13.1 399 F 1211 11.0 335 Sa 1219 13.0 396 F 0959 11.1 338 Sa 1047 13.1 399

1651 4.0 122 1618 2.4 73 1810 4.5 137 1825 2.4 73 1620 4.4 134 1658 2.6 79 2313 12.8 390 2229 13.9 424 2222 11.4 347 2320 13.1 399

0530 3.7 113 26 0504 2.0 61 0027 11.8 360 26 0046 13.6 415 0454 3.8 116 26 0537 2.0 61

W 1157 11.6 354 Th 1116 13.0 396 Se 0647 3.4 104 SU 0706 1.3 40 Sa 1116 10.9 332 SU 1205 13.3 405

1752 4.3 131 1727 2.6 79 1313 11.5 351 1327 13.8 421 1727 4.5 137 1811 2.5 76

2345 13.9 424 1916 4.0 122 1936 1.7 52 2339 11.3 344

12 0015 12.6 384 27 0614 1.7 52 12 0124 12.3 375 27 0151 14.2 433 12 0600 3.7 113 27 0036 13.3 405

Th 0631 3.6 110 F 1231 13.4 408 Su 0746 2.7 82 M 0809 0.5 15 SU 1228 11.3 344 M 0647 1.8 55

1259 11.9 363 1840 2.3 70 1403 12.3 375 1424 14.6 445 1835 4.1 125 1312 13.9 424

1853 4.3 131 2012 3.2 98 2035 0.7 21 1920 1.9 58

13 0109 12.9 393 28 0056 14.4 439 13 0212 13.0 396 28 0246 14.9 454 13 0046 11.8 360 28 0139 13.9 424

F 0729 3.1 94 Sa 0723 1.0 30 M 0835 1.8 55 Tu 0902 -0.4 -12 M 0703 3.1 94 Tu 0749 1.2 37

1350 12.3 375 1337 14.2 433 1446 13,2 402 1515 15.5 472 1323 12.1 369 1407 14.6 445

1951 3.8 116 1949 1.6 49 2059 2.1 64 2125 -0.3 -9 1936 3.2 98 2018 1.1 34

14 0157 13.3 405 29 0159 15.1 460 14 0256 13.7 418 14 0139 12.6 384 29 0232 14.5 442

Sa 0820 2.4 73 SU 0824 0.0 0 Tu 0918 0.8 24 0759 2.2 67 0842 0.5 15 1435 13.0 396 1436 15.1 460 1526 14.0 427 Tu 1409 13.2 402 1455 15.2 463

2041 3.1 94 2048 0.5 15 2140 1.1 34 2027 2.1 64 2107 0.2 6

15 0240 13.8 421 30 0256 15.7 479 15 0337 14.5 442 15 0225 13.6 415 30 0319 15.0 457

Su 0904 1.6 49 M 0917 -1.0 -30 W 0957 -0.1 -3 W 0846 1.1 34 Th 0926 -0.1 -3 1516 13.6 415 1530 15.9 485 1604 14.9 454 1450 14.2 433 1538 15.7 479

2124 2.3 70 * 2140 -0.4 -12 Q 2218 0.1 3 2111 0.8 24 * 2149 -0.4 -12

31 0349 16.3 497 31 0402 15.3 466

Tu 1005 -1.7 -52 F 1006 -0.4 -12

1620 16.6 506 1619 15.9 485 2226 -1.1 -34 2227 -0.8 -24
Balboa, Panama, 1995

Times and Heights of High and Low Waters

April May June

Time Height Time Height Time Height Time Height Time Height Time Height

h m ft cm h m ft cm h m ft cm h m ft cm h m ft c- h

1 0442 15.3 466 16 0408 16.5 503 1 0454 14.9 454 16 0436 17.2 524 1 0545 14.8 451 16 0607 17.7 539

Sa 1043 -04 -12 SU 1022 -1.1 -34 M 1055 0.9 27 Tu 1047 -1.0 -30 Th 1146 2.1 64 F 1209 -0.5 -13 1657 16.0 488 1625 17.3 527 1703 15.5 472 1653 17.8 543 1751 14.9 454 1826 17.4 530

2304 -0.8 -24 2248 -2.1 -64 2314 0.1 3 2314 -2.1 -64

2 0520 15.2 463 17 0455 16.9 515 2 0531 14.8 451 17 0528 17.4 530 2 0004 1.1 34 17 0035 -1.2 -37

Su 1119 -0.2 -6 M 1105 -1.4 -43 Tu 1130 1.2 37 W 1134 -0.9 -27 F 0622 14.7 448 Sa 0659 17.4 530 1733 15.7 479 1713 17.5 533 1739 15.2 463 1746 17.7 539 1224 2.5 76 1300 0.2 6 2339 -0.5 -15 2332 -2.2 -67 2350 0.5 15 1828 14.6 445 1918 16.7 509

0557 14.9 454 0544 17.0 518 3 0607 14.6 445 0002 -1.8 -55 3 0041 1.6 49 18 0126 -0.3 -9

M 1155 0.4 12 Tu1150 - 1.2 -37 1207 1.8 55 0621 17.3 527 0658 14 5 442 0750 16.9 515 1808 15.3 466 1801 17.3 527 1814 14.8 451 1224 -0.4 -12 1305 2.9 88 1355 1.0 30

1839 17.2 524 1905 14.2 433 2010 15.8 482

4 0016 0.1 3 19 0018 -1.8 -55 4 0026 1.0 30 19 0052 -1.1 -34 4 0122 2.2 67 19 0220 0.8 24

Tu 0632 14.4 439 W 0633 16.7 509 Th 0643 14.2 433 F 0714 16.9 515 SU 0734 14.2 433 M 0842 16.1 491 1232 1.1 34 1238 -0.6 -18 1246 2.4 73 1317 0.4 12 1349 3.4 104 1452 1.8 55 1843 14.7 448 1851 16.8 512 1850 14.2 433 1932 16.4 500 1945 13.8 421 Q 2105 14.7 448

5 0053 0.8 24 20 0107 -1.1 -34 5 0106 1.7 52 20 0146 -0.1 -3 5 0206 2.7 82 20 0316 1.9 58

W 0707 13.8 421 Th 0724 16.1 491 F 0719 13.8 421 Sa 0808 16.2 494 M 0814 14.0 427 Tu 0937 15.2 463

1311 2.0 61 1331 0.3 9 1328 3.1 94 1415 1.3 40 1438 3.7 113 1551 2.6 79

1917 13.9 424 1943 15.9 485 1927 13.6 415 2029 15.4 469 2029 13.3 405 2206 13.8 421

6 0134 1.7 52 21 0202 0.0 0 6 0148 2.5 76 21 0244 0.9 27 6 0255 3.1 94 21 0413 2.8 85

Th 0743 13.1 399 F 0819 15.3 466 Sa 0758 13.3 405 SU 0905 15.4 469 Tu 0900 13.8 421 W 1037 14.5 442

1355 3.0 91 1430 1.3 40 1416 3.7 113 1517 2.1 64 1532 3.8 116 1650 3.1 94

1955 13.1 399 ( 2041 14.8 451 2009 13.0 396 ( 2131 14.4 439 ( 2123 13.0 396 2312 13.1 399

7 0219 2.6 79 22 0303 1.0 30 7 0236 3.1 94 22 0345 1.8 55 7 0348 3.4 104 22 0512 3.5 107

0824 12.4 378 0921 14.5 442 0842 12.9 393 1009 14.8 451 0956 13.8 421 1139 14.1 430 1445 3.8 116 Sa 1535 2.1 64 SU 1509 4.2 128 M 1621 2.6 79 W 1630 3.6 110 Th 1750 3.3 101

2038 12.3 375 2148 13.9 424 ( 2059 12.5 381 2240 13.6 415 2227 13.0 396

8 0311 3.3 101 23 0408 1.8 55 8 0330 3.6 110 23 0447 2.5 76 8 0446 3.4 104 23 0017 12.9 393

Se 0915 11.8 360 SU 1032 13.9 424 M 0936 12.7 387 1115 14.4 439 Th 1059 14.1 430 F 0610 3.9 119

1542 4.3 131 1643 2.6 79 1608 4.3 131 Tu 1725 2.9 88 1730 3.2 98 1236 14.0 427

C 2134 11.7 357 2304 13.3 405 2201 12.2 372 2350 13.4 408 2335 13.3 405 1849 3.3 101

9 0409 3.8 116 24 0515 2.3 70 9 0428 3.7 113 24 0549 3.0 91 9 0547 3.2 98 24 0113 13.0 396

SU 1021 11.5 351 M 1145 13.9 424 Tu 1041 12.8 390 W 1218 14.4 439 F 1202 14.7 448 Sa 0708 3.9 119

1646 4,5 137 1752 2.7 82 1709 4.0 122 1827 2.8 85 1832- 2.4 73 1326 14.1 430

2248 11.5 351 2312 12.3 375 1943 3.0 91

10 0512 3.8 116 25 0018 13.3 405 10 0528 3.6 110 25 0052 13.4 408 10 0038 14.1 430 25 0202 13.3 405

M 1134 11.8 360 Tu 0621 2.3 70 w 1145 13.3 405 Th 0649 3.1 94 Sa 0651 2.6 79 Su 0802 3.7 113

1752 4.2 128 1249 14.2 433 1810 3.3 101 1312 14.5 442 1300 15.5 472 1410 14.4 439

1857 2.3 70 1925 2.5 76 1932 1.4 43 2031 2.4 73

0000 11.8 360 26 0120 13.7 418 0016 13.0 396 26 0145 13.7 418 0136 15.0 457 26 0246 13.7 418

Tu 0616 3.5 107 w 0722 2.1 64 Th 0629 3.0 91 F 0744 2.9 88 SU 0752 1.8 55 M 0849 3.2 98

1236 12.5 381 1343 14.7 448 1242 14.2 433 1359 14.8 451 1355 16.4 500 1452 14.6 445

1854 3.3 101 1955 1.7 52 1909 2.3 70 2015 2.1 64 2029 0.3 9 2114 1.9 58

12 0059 12.7 387 27 0211 14.1 430 12 0113 14.0 427 27 0230 14.0 427 12 0231 15.9 485 27 0327 14.1 430

W 0715 2.7 82 Th 0815 1.7 52 F 0728 2.2 67 Sa 0832 2.6 79 M 0848 0.8 24 Tu 0931 2.8 85

1326 13.6 415 1429 15.1 460 1333 15.3 466 1440 15.0 457 1449 17.1 521 1532 14.9 454

1950 2.2 67 2043 1.1 34 2004 1.1 34 2059 1.6 49 Q 2121 -0.8 -24 0 2153 1.4 43

13 0149 13.7 418 28 0257 14.5 442 13 0204 15.0 457 28 0312 14.2 433 13 0325 16.7 509 28 0407 14.5 442

Th 0808 1.6 49 F 0901 1.3 40 Sa 0822 1.2 37 SU 0915 2.3 70 Tu 0941 0.0 0 W 1011 2.3 70

1411 14.7 448 1510 15.4 469 1422 16.3 497 1519 15.1 460 1543 17.6 536 1611 15.0 457

2038 0.8 24 2125 0.5 15 2054 -0.2 -6 2138 1.1 34 2210 -1.6 -49 2230 1.0 30

14 0236 14.8 451 29 0338 14.8 451 14 0254 16.0 488 29 0351 14.5 442 14 0420 17.3 527 29 0445 14.8 451

0855 0.5 15 0941 1.0 30 0912 0.2 6 0954 2.0 61 1030 -0.6 -18 Th 1048 2.1 64 F 1455 15.8 482 Sa 1549 15.6 475 SU 1511 17.1 521 M 1557 15.2 463 W 1638 17.9 546 1651 15.1 460

2123 --0.4 -- 12 * 2203 0.1 3 Q 2142 -1.2 -37 * 2215 0.8 24 2258 -1.9 -58 2306 0.8 24

15 0321 15.7 479 30 0417 14.9 454 15 0344 16.7 509 30 0430 14.7 448 15 0514 17.7 539 30 0523 15.0 457

Sa 0939 -0.5 -15 1019 0.9 27 M 1000 -0.6 -18 Tu 1032 1.9 58 T 1119 -0.7 -21 F 1125 2.0 61

1540 16.7 509 Su 1626 15.6 475 1602 17.6 536 1635 15.2 463 h 1732 17.8 543 1729 15.1 460 o 2206 -1.5 -46. 2239 0.0 0 2228 -1.9 -58 2251 0.7 21 2346 -1.8 -55 L,42 0.9 27

31 0508 14.8 451

W 1109 1.9 58 1713 15.1 460

2327 0.8 24
Balboa, Panama, 1995

Times and Heights of High and Low Waters

July August September

Time Height Time Height Time Height Time Height Time Height Time Height

h ft cm h m it cm h m 1 cm h m it cm h m i cm h m 't cm

1 0559 15.1 460 16 0014 -1.3 -40 1 0031 0.8 24 16 0118 0.8 24 1 0132 1.4 43 16 0215 3.5 107

Sa 1203 2.1 64 SU 0638 17.6 536 Tu 0642 15.8 482 W 0738 16.0 488 F 0739 15.8 482 Sa 0822 13.8 421 1806 15.0 457 1239 -0.2 -6 1256 1.5 46 1344 1.4 43 1405 1.5 46 1443 3.5 107

1858 16.8 512 1858 15.2 463 1959 14.7 448 2008 14.8 451 0 2052 12.8 390

2 0018 1.2 37 17 0102 -0.4 -12 2 0111 1.3 40 17 0204 2.1 64 2 0225 2.2 67 17 0308 4.4 134

Su 0634 15.1 460 M 0725 17.1 521 W 0720 15.7 479 Th 0820 15.0 457 Sa 0830 15.1 460 Su 0911 12.9 393 1241 2.3 70 1328 0.7 21 1340 1.8 55 1433 2.5 76 1503 2.2 67 1539 4.2 128

1843 14.8 451 1945 15.9 485 1940 14.8 451 3 2044 13.6 415 ( 2106 14.1 430 2151 12.1 369

3 0056 1.6 49 18 0150 0.7 21 3 0155 1.9 58 18 0254 3.2 98 3 0326 2.9 88 18 0409 5.1 155

0709 15.1 460 0812 16.2 494 0801 15.4 469 0906 13.9 424 0933 14.4 439 M 1016 12.2 372

1323 2.5 76 1420 1.6 49 1430 2.2 67 1526 3.4 104 1608 2.6 79 1641 4.6 140

1921 14.5 442 2034 14.8 451 0 2027 14.3 436 2137 12.6 384 2218 13.6 415 2306 11.9 363

4 0137 2.0 61 19 0241 1,9 58 4 0246 2.4 73 19 0349 4.2 128 4 0435 3.3 101 19 0514 5.3 162

Tu 0746 14.9 454 W 0900 15.2 463 F 0851 14.9 454 Sa 1001 13.1 399 1050 14.1 430 Tu 1131 12.1 369 1408 2.8 85 1514 2.5 76 1526 2.5 76 1624 4.1 125 1719 2.7 82 1745 4.6 140

2003 14.1 430 ( 2126 13.7 418 2124 138 421 2243 12.0 366 2339 13.8 421

5 0223 2.5 76 20 0335 3.0 91 5 0345 2.9 88 20 0449 4.8 146 5 0548 3.2 98 20 0017 12.2 372

W 0829 14.7 448 Th 0953 14.3 436 Sa 0952 14.5 442 Su 1108 12.6 384 Tu 1209 14.3 436 W 0620 4.9 149 1459 3.0 91 1610 3.3 101 1629 2.7 82 1725 4.4 134 1830 2.3 70 1236 12.6 384

1 2052 13.8 421 2227 12.8 390 2234 13.5 411 2357 11.9 363 1847 4.1 125

6 0314 2.9 88 21 0431 3.9 119 6 0450 3.2 98 21 0553 5.0 152 6 0050 14.5 442 21 0111 13.0 396

Th 0919 14.5 442 F 1053 13.6 415 SU 1105 14.4 439 M 1215 12.6 384 W 0700 2.6 79 Th 0720 4.2 128

1555 3.1 94 1708 3.8 116 1736 2.6 79 1829 4.2 128 1317 15.0 457 1328 13.3 405

2151 13.5 411 2334 12.3 375 2351 13.7 418 1935 1.5 46 1942 3.3 101

7 0411 3.1 94 22 0530 4.4 134 7 0601 3.1 94 22 0059 12.3 375 7 0150 15.4 469 22 0155 13.9 424

F 1020 14.5 442 1155 13.3 405 M 1218 14.7 448 0657 4.7 143 Th 0803 1.6 49 F 0810 3.1 94

1656 2.9 88 1808 3.9 119 1846 2.0 61 1312 13.0 396 1414 15.8 482 1411 14.2 433

2300 13.5 411 1928 3.7 113 2032 0.6 18 2028 2.4 73

8 0514 3.2 98 23 0038 12.3 375 8 0100 14.5 442 23 0149 13.0 396 8 0243 16.3 497 23 0234 14.8 451

Sa 1129 14.7 448 SU 0631 4.6 140 Tu 0712 2.4 73 0754 4.0 122 F 0857 0.5 15 Sa 0853 2.0 61

1800 2.5 76 1252 13.3 405 1324 15.4 469 W 1359 13.6 415 1506 16.5 503 1451 15.1 460

1908 3.7 113 1951 1.1 34 2018 2.8 85 Q 2121 -0.3 -9 2110 1.4 43

9 0010 13.9 424 24 0132 12.7 387 9 0201 15.4 469 24 0231 13.7 418 9 0332 17.0 518 24 0311 15.7 479

SU 0621 2.9 88 M 0730 4.3 131 w 0816 1.4 43 Th 0842 3.1 94 Sa 0944 -0.3 -9 Su 0933 0.9 27

1235 15.3 466 1342 13.6 415 1423 16.2 494 1442 14.3 436 1555 17.0 518 1531 15.9 485

1906 1.7 52 2002 3.1 94 2048 0.0 0 2101 1.9 58 2205 -0.8 -24 * 2148 0.6 18

10 0115 14.7 448 25 0219 13.2 402 10 0257 16.4 500 25 0310 14.5 442 10 0418 17.4 530 25 0349 16.5 503

1 0728 2.2 67 5 0823 3.7 113 0911 0.4 12 0923 2.1 64 SU 1027 -0.8 -24 M 1011 0.0 0

1336 16.0 488 1426 14.0 427 1518 16.9 515 1521 15.0 457 1640 17.1 521 1611 16.4 500

2008 0.7 21 2048 2.4 73 Q 2138 -0.9 -27 * 2140 1.1 34 2246 -0.9 -27 2226 0.0 0

0214 15.7 479 26 0301 13.8 421 0350 17.1 521 26 0347 15.3 466 0502 17.5 533 26 0428 17.0 518

Tu 0830 1.2 37 W 0908 3.0 91 F 1001 -0.5 -15 1001 1.3 40 M 1107 -0.8 -24 Tu 1049 -0.5 -15

1433 16.7 509 1508 14.5 442 1610 17.3 527 Sa 1600 15.5 472 1724 16.9 515 1652 16.8 512

2103 -0.4 -12 2129 1.7 52 2225 -1.4 -43 2217 0.5 15 2326 -0.5 -15 2304 -0.2 -6

12 0310 16.5 503 27 0341 14.4 439 12 0440 17.6 536 27 0423 15.9 485 12 0543 17.2 524 27 0509 17.3 527

W 0925 0.3 9 Th 0949 2.3 70 Se 1046 --0.9 -27 1038 0.6 18 Tu 1147 -0.4 -12 W 1128 -0.7 -21

1529 17.3 527 1548 14.9 454 1700 17.5 53 Su 1639 15.9 485 1805 16.4 500 1734 16.9 515

Q 2154 -1.3 -40 * 2207 1.1 34 2308 -1.5 -46 2253 0.1 3 2344 -0.1 -3

13 0405 17.3 527 28 0419 14.9 454 13 0528 17.8 543 28 0500 16.3 497 13 0005 0.2 6 28 0551 17.2 524

Th 1016 -0.5 -15 F 1026 1.7 52 1130 -0.9 -27 M 1114 0.2 6 W 0623 16.6 506 Th 1209 -0.4 -12

1624 17.7 539 1627 15.3 466 Su 1748 17.2 524 1717 16.2 494 1227 0.4 12 1818 16.7 509

2242 -1.7 -52 2243 0.6 18 2351 -1.1 -34 2329 0.0 0 1845 15.6 475

1 0459 17.7 539 0455 15.4 469 4 0613 17.5 533 0537 16.5 503 4 0045 1.2 37 29 0027 0.4 12

F 1104 -0.8 -24 Sa 1103 1.4 43 M 1214 -0.4 -12 1152 0.2 6 Th 0702 15.8 482 F 0635 16.9 515

1718 17.7 53 Sa 1705 15.5 472 1833 16.7 509 Tu 1756 16.2 494 1308 1.4 43 1255 0.2 6

2328 -1.7 -52 2318 0.5 15 1924 14.7 448 1905 16.2 494

15 0550 17.9 546 30 0531 15.7 479 15 0034 -0.3 -9 30 0006 0.2 6 15 0128 2.3 70 30 0115 1.2 37

Sa 1151 -0.7 -21 SU 1139 1.2 37 Tu 0656 16.9 515 0615 16.6 506 F 0740 14.8 451 Sa 0723 16.2 494

1809 17.4 530 1743 15.6 475 1258 0.4 12 1231 0.4 12 1353 2.5 76 1346 1.0 30

2354 0.5 15 1916 15.8 482 1837 15.9 485 2005 13.7 418 1956 15.4 469

31 0606 15.8 482 31 0047 0.7 21

M 1217 1.2 37 Th 0655 16.3 497

1820 15.5 472 1315 0.9 27

1920 15.5 472
Balboa, Panama, 1995

Times and Heights of High and Low Waters

October November December

Time Height Time Height Time Height Time Height Time Height Time Height

h m fl cm h m it cm h m cm h m it cm h m Ci Ch C

0210 2.1 64 16 0231 4.5 137 1 0410 3.0 91 16 0350 4.8 146 1 0454 2.8 85 16 0404 3r9 119

Su 0817 15.3 466 M 0829 13.1 399 W 1027 14.1 430 Th 0943 12.4 378 F 1117 13.7 418 Sa 0957 12 6 384

1445 1.9 58 1456 4.1 125 1642 2.8 85 1609 4.4 134 1719 3.0 91 1619 3.8 116 O 2056 14.7 448 ( 2105 12.6 384 2308 14.6 445 2221 13.0 396 2347 14.7 448 2228 13.5 411

2 0314 2.8 85 17 0330 5.1 155 2 0519 3.1 94 17 0450 4.7 143 2 0558 2.8 85 17 0503 3.6 110

M 0922 14.5 442 Tu 0926 12.4 378 Th 1144 14.1 430 F 1053 12.4 378 Se 1225 13.7 418 Su 1106 12.7 387

1552 2.5 76 1555 4.6 140 1749 2.9 88 1708 4.4 134 1822 3.2 98 1720 3.7 113

2208 14.1 430 2210 12.3 375 2326 13.3 405 2333 13.9 424

3 0424 3.3 101 18 0433 5.3 162 3 0017 14.9 454 18 0551 4.1 125 3 0047 14.8 451 18 0605 3.0 91

Tu 1041 14.0 427 1038 12.1 369 F 0626 2.7 82 S 1159 12.9 393 Su 0659 2.6 79 M 1213 13.3 405 1702 2.8 85 1657 4.8 146 1251 14.4 439 1808 4.0 122 1324 14.0 427 1823 3.3 101

2327 14.2 433 2323 12.5 381 1853 2.6 79 1921 3.1 94

4 0537 3.2 98 19 0537 5.0 152 4 0115 15.4 469 19 0023 14.1 430 4 0139 15.0 457 19 0034 14 6 445

W 1201 14.2 433 Th 1150 12.4 378 Sa 0727 2.1 64 Su 0649 3.2 98 M 0754 2.1 64 Tu 0707 2.1 64

1812 2.6 79 1759 4.5 137 1346 14.9 454 1255 13.8 421 1413 14.3 436 1312 14.2 433

1950 2.2 67 1906 3.3 101 2014 2.8 85 1926 2 5 76

5 0037 14.7 448 20 0023 13.1 399 5 0204 15.9 485 20 0114 15.0 457 5 0224 15.2 463 20 0130 15.5 472

Th 0646 2.6 79 F 0638 4.3 131 S 0819 1.4 43 M 0743 2.1 64 Tu 0841 1.6 49 W 0804 0.9 27

1307 14.8 451 1248 13.1 399 1434 15.4 469 1344 14.8 451 1457 14.6 445 1407 15.2 463

1917 2.1 64 1857 3.8 116 2039 1.8 55 2000 2.3 70 2059 2.4 73 2024 1.4 43

6 0136 15.5 472 21 0112 14.0 427 6 0248 16.2 494 21 0201 16.0 488 6 0305 15.4 469 21 0224 16.4 500

F 0747 1.8 55 Sa 0732 3.2 98 M 0904 0.9 27 Tu 0833 0.8 24 W 0923 1.1 34 Th 0857 -0.3 -9 1403 15.5 472 1335 14.1 430 1517 15.7 479 1432 15.8 482 1538 14.8 451 1500 16,2 494

2013 1.3 40 1949 2.9 88 2122 1.4 43 2050 1.2 37 Q 2140 2.1 64 * 2117 0.3 9

7 0226 16.3 497 22 0154 15.1 460 7 0329 16.4 500 22 0247 16.9 515 7 0344 15.5 472 22 0317 17.1 521

Sa 084 0.9 27 Su 0819 2.0 61 Tu 0944 0.4 12 W 0919 -0.3 -9 Th 1001 0.8 24 F 0947 -1.4 -43 1452 16.1 491 1418 15.1 460 1558 15.8 482 1520 16.7 509 1617 15.0 457 1553 17.0 518

2101 0.7 21 2035 1.9 58 Q 2201 1.2 37 * 2137 0 3 9 2218 1.8 55 2207 -0.5 -15

8 0311 16.8 512 23 0235 16.1 491 8 0408 16.4 500 23 0335 17.6 536 8 0422 15.5 472 23 0410 17.6 536

Su 0925 0.1 3 M 0903 0.8 24 W 1022 0.3 9 Th 1005 -1.2 -37 F 1037 0.6 18 S 1034 -2.0 -61

1536 16.4 500 1500 16.0 488 1637 15.8 482 1609 17.3 527 1655 15.1 460 1646 17.6 536 o 2144 0.2 6 * 2119 0.9 27 2238 1.3 40 2223 -0.3 -9 2255 1.8 55 2255 -1.0 -30

9 0354 17.1 521 24 0316 16.9 515 9 0446 16.2 494 24 0425 17.9 546 9 0500 15.4 469 24 0504 17.8 543

M 1006 -0.3 -9 Tu 0944 -0.2 -6 Th 1058 0.4 12 F 1049 -1.6 -49 Sa 1113 0.7 21 Su 1121 -2.2 -67

1619 16.6 506 1544 16.8 512 1715 15.6 475 1659 17 7 539 1732 15.1 460 1738 17.8 543

2224 0.1 3 2200 0.1 3 2315 1.5 46 2309 -0.5 -15 2332 1.9 58 2343 -1.1 -34

10 0434 17.1 521 25 0359 17.5 533 10 0523 15.9 485 25 0516 17.9 546 10 0538 15.1 460 25 0557 17.6 536

Tu 1044 -0.3 -9 W 1025 -0.9 -27 F 1134 0 7 21 Se 1135 -1.6 -49 Su 1148 0.9 27 M 1208 -1.9 -58

1659 16.4 500 1628 17.2 524 1752 15.3 466 1751 17.7 539 1808 15.0 457 1830 17.7 539

2301 0.4 12 2242 -03 -9 2352 2.0 61 2357 -0.3 -9

0513 16.8 512 26 0444 17.8 543 0600 15.4 469 26 0608 17.6 536 0009 2.2 67 26 0033 -0.7 -21

W 1121 0.0 0 Th 1107 -1.2 -37 1210 1.3 40 1223 -1.1 -34 0614 14.8 451 0649 17.1 521

1738 16.1 491 1715 17.4 530 1829 14.9 454 1843 17.4 530 1225 1.4 43 1257 -1.1 -34

2338 0.9 27 2325 -0.3 -9 1843 14.7 448 1920 17.3 527

12 0551 16.3 497 27 0531 17.7 539 12 0031 2.7 82 27 0048 0.2 6 12 0049 2.7 82 27 0125 0.0 0

Th 1158 0.6 18 F 1151 -1.0 -30 Su 0637 14.8 451 M 0702 16.9 515 Tu 0651 14.3 436 W 0741 16.2 494

1816 15.5 472 1803 17.3 527 1249 2.0 61 1315 -0.3 -9 1304 2.0 61 1350 -0.1 -3

1906 14.4 439 1936 16.9 515 1918 14.4 439 2011 16.5 503

13 0016 1.7 52 p 0011 0.1 3 13 0113 3.4 104 28 0143 1.0 30 13 0131 3.2 98 28 0221 0.9 27

F 0628 15.6 475 Sa 0620 17.3 527 M 0715 14.1 430 Tu 0757 16.0 488 0729 13.8 421 Th 0834 15.1 460 1237 1.4 43 1238 -0.4 -12 1331 2.8 85 1411 0.8 24 1346 2.6 79 1445 1.1 34

1854 14.8 451 1854 16.8 512 1945 13,9 424 2032 16.1 491 1955 14.1 430 () 2105 15.6 475

14 0056 2.6 79 29 0101 0.9 27 14 0159 4.1 125 29 0244 1.8 55 14 0217 3.6 110 29 0320 1.7 52

Sa 0705 14.8 451 Su 0712 16.6 506 Tu 0756 13.4 408 W 0856 15.0 457 Th 0810 13.3 405 F 0933 14.0 427

1318 2.4 73 1330 0.5 15 1418 3.6 110 1512 1.7 52 1432 3.2 98 1543 2.1 64

1932 14.1 430 1947 16.2 494 2028 13.4 408 C 2133 15.4 469 2037 13.7 418 2204 14.6 445

15 0140 3.6 110 30 0157 1.8 55 15 0252 4 6 140 30 0348 2.5 76 15 0309 3.8 116 30 0420 2.4 73

0744 13.9 424 M 0808 15.7 479 W 0844 12.8 390 Th 1004 14.2 433 F 0858 12.8 390 Sa 1040 13.2 402

Su 1404 3.3 101 1429 1.5 46 1511 4.2 128 1615 2.5 76 1523 3.6 110 1643 3.0 91

2014 13.3 405 () 2046 15.4 469 ( 2119 13.0 396 2240 14.9 454 () 2127 13.5 411 2309 14.0 427

31 0301 2.5 76 31 0523 2.9 88

Tu 0912 14.7 448 Su1151 12.7 387

1534 2.3 70 1746 3.5 107

2154 14.8 451
SUNRISE AND SUNSET, 1995

Date Sunrise Sunset Date Sunrise Sunset

h.m. h.m. h.m. h.m.

January 1 .-. 6 36 18 12 July 5 .-.-. 6 05 18 43

January 6 .-.-.--.--.- 6 38 18 15 July 10.-.--.-. 6 06 18 44

January I 1 .-.- 6 39 18 17 July 15.--.-.-.-- 6 08 18 44

January 16 .---.---. 6 40 18 20 July 20.----. 6 09 18 43

January 21 -.--. 6 41 18 22 July 25.-.-.-. 6 10 18 43

January 26 .-.-.--.- 6 42 18 24 July 30. 6 11 18 42

January 31 --.-----.-. 6 41 18 26 A ugust 4 .-.-. 6 11 18 41

February 5 .-.---.- 6 41 18 27 A ugust 9 --.- 6 11 18 39

February 10 .-. 6 40 18 29 A ugust 14 -.--.--. 6 12 18 37

February 15 .-. 6 39 18 30 A ugust 19 .-.-.-. 6 12 18 35

February 20 .---. 6 37 18 30 August 24 . 6 12 18 33

February 25 --.-.--.-. 6 36 18 31 A ugust 29 --.-.- 6 12 18 30

M arch 2 ------.---.-. 6 34 18 31 Septem ber 3 . 6 11 18 27

M arch 7 --.-. 6 31 18 31 Septem ber 8 .---. 6 10 18 25

M arch 12 .-.----. 6 28 18 31 Septem ber 13 . 6 10 18 22

M arch 17 .- 6 26 18 31 Septem ber 18 .--. 6 09 18 19

M arch 22 .-.-.-.----.- 6 23 18 31 Septem ber 23 .---.--.- 6 09 18 16

M arch 27 .-.-.-- 6 20 18 31 Septem ber 28 .-.-.- 6 09 18 13

A pril 1. ---.-.-.-- . 6 17 18 30 O ctober 3 -.-.--. 6 08 18 10

A pril 6 .---.--.--.-.--. 6 15 18 30 O ctober 8 .--. 6 08 18 07

A pril I 1 .- .- .-.- 6 12 18 30 O ctober 13 -.---- 6 08 18 05

A pril 16 .---.-.-.-. 6 10 18 30 O ctober 18 ------.---- 6 08 18 03

A pril 21.-.---.-.-.-. 6 08 18 30 O ctober 23 .--. 6 08 18 00

A pril 26 ----.-----.----. 6 05 18 30 O ctober 28 .-.-. 6 09 17 59

M ay 1 -.-.---.--.-. 6 04 18 30 N ovem ber 2 --.--. 6 10 17 58

M ay 6 --.-.-.---.-.---. 6 02 18 31 N ovem ber 7 --.-.---. 6 11 17 56

M ay 11 -.-.-.--. 6 01 18 31 N ovem ber 12 .---. 6 12 17 56

M ay 16 --.-----.-.--. 6 00 18 32 N ovem ber 17 .---. 6 14 17 56

M ay 21 .--.--.--.- 6 00 18 33 N ovem ber 22 .----. 6 16 17 57

M ay 26 -.---.---.-.-. 5 59 18 34 N ovem ber 27 .-.-.-. 6 18 17 57

M ay 31 .-.-.-.--. 5 59 18 36 D ecem ber 2 .---.-.- 6 21 17 58

June 5 .-.-.--. 6 00 18 37 D ecem ber 7 ----.-.-.- 6 24 18 00

June 10 .-.--.-. 6 00 18 38 D ecem ber 12 .--. 6 26 18 02

June 15 .----.----. 6 01 18 40 D ecem ber 17 -.-.---- 6 29 18 04

June 20 .--.--. 6 02 18 41 D ecem ber 22 .-.-. 6 31 18 07

June 25 .--. ---. 6 03 18 42 D ecem ber 27 -.-----. 6 34 18 09

June 30 .-.---.-.-. 6 04 18 43 January 1 .-.----.-.-.- 6 36 18 12

Time meridian, 750 W. Time of sunrise and sunset is for Cristobal, latitude 9021' N., longitude 79054' W. Time of

sunrise and sunset at Balboa is about two minutes earlier than at Cristobal. For average (approximate) morning twilight,

subtract 20 minutes from time of sunrise.
PANAMA CANAL MOONRISE AND MOONSET, 1995

JANUARY FEBRUARY MARCH APRIL MAY JUNE

Day Day Rise Set Rise Set Rise Set Rise Set Rise Set Rise Set

h m h m h m h m h m h m h m h m h m h m h m h m

1 0635 1839 0750 2007 0627 1846 0716 1954 0726 2014 0833 2119 1

2 0733 1939 0836 2058 0712 1936 0800 2043 0812 2102 0921 2203 2

3 0826 2035 0919 2147 0755 2025 0845 2131 0900 2150 1009 2247 3

4 0915 2129 1002 2235 0838 2114 0930 2219 0948 2236 1057 2330 4

5 1001 2220 1045 2322 0921 2202 1017 2307 1036 2321 1145 . 5

6 1044 2308 1128 . 1005 2250 1105 2355 1125 . 1235 0013 6

7 1126 2356 1212 0010 1051 2338 1154 . 1213 0006 1326 0057 7

8 1208 . 1257 0058 1137 . 1243 0041 1302 0050 1419 0143 8

9 1250 0043 1344 0146 1224 0027 1332 0127 1352 0134 1516 0232 9

10 1332 0130 1432 0235 1313 0114 1422 0212 1444 0218 1616 0324 10

11 1417 0217 1522 0323 1402 0202 1513 0257 1538 0305 1718 0421 11

12 1503 0305 1612 0411 1452 0249 1605 0342 1634 0353 1822 0522 12

13 1551 0353 1703 0458 1543 0335 1659 0429 1734 0446 1924 0625 13

14 1640 0442 1754 0544 1634 0421 1755 0517 1836 0541 2024 0728 14

15 1730 0530 1846 0630 1726 0507 1853 0608 1940 0641 2120 0830 15

16 1821 0618 1937 0715 1819 0553 1954 0702 2042 0743 2212 0929 16

17 1911 0704 2030 0801 1914 0641 2055 0759 2142 0845 2300 1025 17

18 2001 0750 2123 0848 2010 0729 2157 0858 2239 0946 2345 1117 18

19 2052 0834 2218 0936 2108 0821 2256 0959 2331 1045 . 1208 19

20 2142 0919 2315 1026 2207 0914 2353 1058 . 1140 0029 1256 20

21 2234 1004 . 1119 2307 1010 . 1156 0019 1233 0111 1344 21

22 2327 1050 0013 1215 . 1108 0045 1252 0104 1323 0154 1432 22

23 . 1138 0112 1313 0006 1206 0135 1345 0148 1412 0237 1520 23

24 0022 1229 0210 1411 0103 1304 0221 1436 0230 1459 0321 1608 24

25 0120 1323 0307 1509 0157 1401 0305 1525 0312 1547 0407 1656 25

26 0219 1420 0401 1607 0248 1456 0348 1614 0355 1634 0454 1744 26

27 0319 1520 0452 1702 0336 1548 0430 1701 0438 1722 0541 1831 27

28 0419 1621 0541 1755 0422 1639 0513 1749 0523 1810 0630 1917 28

29 0517 1721 . . 0506 1729 0556 1837 0609 1859 0718 2002 29

30 0611 1819 . . 0550 1818 0640 1926 0656 1946 0806 2046 30

31 0702 1914 . . 0633 1906 . . 0744 2033 . . 31

JULY AUGUST SEPTEMBER OCTOBER NOVEMBER DECEMBER

Day Rise Set Rise Set Rise Set Rise Set Rise Set Rise Set Day

h m h m h m h m h m h m h m h m h m h m h m h m

1 0855 2129 1008 2223 1143 2345 1232 . 1355 0119 1409 0150 1

2 0943 2212 1100 2311 1241 . 1327 0035 1441 0212 1453 0240 2

3 1031 2255 1154 . 1340 0043 1420 0133 1526 0303 1537 0329 3

4 1120 2339 1250 0001 1437 0142 1510 0229 1610 0353 1622 0418 4

5 1211 . 1349 0054 1533 0241 1558 0323 1654 0443 1708 0507 5

6 1305 0025 1449 0151 1626 0340 1644 0416 1739 0532 1755 0556 6

7 1401 0114 1549 0251 1716 0437 1729 0508 1825 0622 1843 0644 7

8 1500 0207 1648 0352 1805 0532 1814 0559 1912 0711 1931 0732 8

9 1602 0304 1744 0453 1851 0626 1900 0649 2000 0800 2018 0818 9

10 1704 0404 1837 0553 1937 0718 1945 0739 2047 0849 2106 0903 10

11 1805 0507 1927 0651 2022 0809 2032 0829 2135 0936 2153 0947 11

12 1904 0610 2015 0746 2107 0859 2119 0919 2223 1022 2240 1029 12

13 1959 0711 2101 0838 2153 0949 2206 1007 2310 1106 2327 1111 13.

14 2050 0810 2145 0930 2239 1038 2254 1055 2358 1150 . 1153 14

15 2138 0906 2230 1020 2326 1127 2342 1142 . 1232 0014 1235 15

16 2224 0959 2314 1109 . 1215 . 1227 0045 1315 0103 1320 16

17 2308 1050 2359 1158 0013 1302 0030 1312 0134 1358 0155 1407 17

18 2351 1139 . 1246 0102 1349 0118 1355 0223 1443 0250 1458 18

19 1228 0046 1334 0150 1434 0206 1439 0315 1530 0348 1553 19

20 6035 1316 0133 1422 0238 1519 0255 1523 0410 1621 0449 1653 20

21 0119 1404 0220 1509 0327 1603 0345 1608 0508 1715 0551 1755 21

22 0204 1452 0309 1555 0416 1647 0437 1655 0609 1813 0654 1859 22

23 0250 1540 0358 1641 0506 1732 0531 1744 0711 1914 0755 2002 23

24 0338 1627 0447 1725 0557 1817 0628 1836 0813 2017 0852 2102 24

25 0426 1714 0536 1809 0650 1905 0726 1932 0914 2118 0946 2200 25

26 0515 1800 0625 1853 0744 1954 0827 2030 1011 2218 1036 2254 26

27 0603 1845 0714 1937 0840 2046 0927 2130 1104 2314 1123 2346 27

28 0652 1929 0805 2022 0938 2141 1027 2229 1154 . 1208 . 28

29 0740 2012 0857 2109 1036 2238 1123 2328 1240 0008 1252 0037 29

30 0829 2055 0950 2158 1135 2337 1217 1325 0100 1336 0126 30

31 0918 2139 1046 2251 . . 1308 0025 . . 1421 0215 31

Time meridian 750 W. 0000 is midnight. 1200 is noon.
ASTRONOMICAL DATA, 1995

January February March April

d. h m d. h m d. h m d. h m

* 1 10 56 E 2 22 . 0 1 11 48 A 5 10.

E 6 11. C 7 12 54 E 2 08. N .6 0.

C 8 15 46 A 8 18. A 8 15. C 8 05 35

A 11 22 . N 10 07 . 9 10 14 E 13 04 

N 13 23. 0 15 12 15 N 9 16. 0 15 12 08

o 16 20 26 E 17 09. E 16 18. P 17 08.

E 21 02. ( 22 13 04 .0 17 01 26 S 19 07.

( 24 04 58 P 23 02. P 20 13. (3 22 03 18

S 27 12. S 23 19. 01 21 02 14 E 25 21.

P 27 23. S 23 01. 0 29 17 36

* 30 22 48 0 23 20 10

E 29 16

0 31 02 09

May June July August

d. h m d. h m d. h m d. h m

A 3 01. 6 10 26 E 4 06 . C 4 03 16

N 3 07. E 6 22. C 5 20 02 S 7 01.

S 7 21 44 P 13 01 S 10 15. P 8 14.

E 10 13. 0 13 04 03 P 11 10. 0 10 18 15

0 14 20 48 S 13 04. 0 12 10 49 E 13 06.

P 15 15. E 19 11. E 16 20. 0 18 03 04

S 16 17. ( 19 22 01 ( 19 11 10 A 20 12.

0 21 11 36 0221 20 34 A 23 20. N 20 12.

E 23 03 . A 26 11. N 24 04. 0 26 04 31

* 29 09 27 N 26 20 . 27 15 13 E 27 19.

A 30 08. 0 28 00 50 E 31 12.

N 30 14

September October November December

d. h m d. h m d. h m d. h m

S 2 09 03 C 1 14 36 E 3 07. 0 7 01 27

S 3 08. E 7 01. 0 7 07 20 N 7 20.

P 5 01. 0 8 15 52 N 10 12. A 9 10.

0 9 03 37 N 14 04. A 11 21. (3 15 05 31

E 9 16. A 15 02. ( 15 11 40 E 15 08.

N 16 20. ( 16 16 26 E 17 22 . S 21 17.

0 16 21 09 E 21 12. 0 22 15 43 0 22 02 22

A 17 06. 0 24 04 36 P 23 23. 22 08 17

0 23 12 13 P 26 21. S 24 05. P 22 10.

E 24 03. S 27 20. 29 06 28 E 27 21.

* 24 16 55 C 30 21 17 E 30 13. 28 19 06

P 30 04

S 30 13

LUNAR DATA SOLAR DATA

0-new Moon A - Moon in apogee (i -March equinox

C - first quarter P - Moon in perigee 0 - June solstice O - full Moon N - Moon farthest north of Equator 0 - September equinox

0 - last quarter E - Moon on Equator 0 - December solstice

S - Moon farthest south of Equator

Greenwich mean time (GMT) or universal time (UT) is the mean solar time on the Greenwich meridian reckoned in days

of 24 mean solar hours written as 00h at midnight and 12 h at noon. To convert the above times to those of other standard

time meridians, add 1 hour for each 15' of east longitude of the desired meridian and subtract 1 hour for each 15' of west

longitude. This table was compiled from data supplied by the Nautical Almanac Office, United States Naval Observatory.
FLORIDA OF UNIVERSITY 

0937 09065 1262 3 

SIH3 lVtto 

S661

lGIl S3'IflVI 
TIDAL DIFFERENCES AND CONSTANTS

Panama and Canal Area

Tidal difference

Lati- Longi- High Mean Spring

Location of known tidal data tude tude *Time Height Height water range range

of of high of low inter- of of

tide water water val tide tide

0 ' ' h. m. feet feet h. m. feet feet 

Pacific Coast, Reference Station, BALBOA North West

Pinas Bay, Gulf of Panama . . . .7 34 78 11 -0 05 -2.4 -0.3 3 10 10.5 13.7

Punta Garachine, Gulf of Panama . 8 05 78 25 -0 05 -2.0 -0.3 3 09 10.9 14.2

Rey Island, Gulf of Panama . 8 18 78 54 -0 05 -2.2 -0.3 3 04 10.7 13.9

Chepo River, Gulf of Panama . 8 59 79 07 -0 00 -0.1 -0.0 3 05 12.5 16.2

Balboa, Canal Area, Panama . 8 57 79 34 -0 00 -0.0 -0.0 3 05 12.6 16.4

Taboga, Taboga I., Bay of Panama . . 8 48 79 33 -0 05 -0.1 -0.0 3 00 12.5 16.2

Chame Bay, Bay of Panama . 8 41 79 45 -0 00 -0.1 -0.1 3 02 12.5 16.2

Cape Mala, Gulf of Panama . 7 28 80 00 -0 05 -5.2 -0.7 3 06 8.1 10.5

Cebaco Island . 7 31 81 13 - 0 05 tO.7 TO.6 2 52 8.3 10.8

Bahia Honda . 7 46 81 31 - 0 05 tO.7 T0.6 2 52 8.3 10.8

Panda Island . 8 08 82 19 - 0 05 TO.6 10.5 2 53 8.2 10.0

Puerto Armuelles, Charco Azul Bay. 8 16 82 51 -0 10 T0.6 10.6 2 43 7.5 9.3

Atlantic Coast, Reference Station, CRISTOBAL

Bocas del Toro, Almirante Bay . 9 21 82 15 +0 25 . . 0.9 0 53 0.8 1.0

Cristobal . . 9 21 79 55 0 00 0.0 11.0 0 12 0.9 1.1

Caledonia Harbor . 8 54 77 41 - 1 25 +0.3 t1.3 11 30 1.2 1.5

* Refers to time (-) earlier or (+) later than same tide phase at reference station.

I Ratio of rise. Ratio of ranges.

4

EXPLANATORY NOTES

All data are in 75th Meridian Time. The hours of the day are numbered consecutively from 0 hour (midnight) to 23 hour (11 p.m.); 12 hour is Noon and all hours greater than 12

are in the afternoon.

Predicted tidal elevations are reckoned from the same datum plane as used for the nautical

charts of the locality. To find the actual depth of water at any time, the height of the tide as

shown in the tide table should be added to the depth of water as shown on the chart. If the

height of the tide is preceded by a minus sign it should be subtracted from the charted depth. The datum for tidal elevations at Balboa (Pacific) is MEAN LOW WATER SPRINGS, which has been determined by the U.S. Coast & Geodetic Survey as being 8.4 feet below

Mean Sea Level at Balboa. Based on the mean elevations for tidal planes for the 1 9-year period, 1916-1934, MEAN LOW WATER SPRINGS at Balboa is equivalent to -7.617 feet

Panama Canal Precise Level Datum.

The datum for tidal elevations at Cristobal (Atlantic) is MEAN LOW WATER which has

been determined by the U.S. Coast & Geodetic Survey as being 0.4 foot below Mean Sea

Level at Cristobal. Based on the mean elevations of tidal planes for the 1 9 -year period, 1916-

1934, MEAN LOW WATER at Cristobal is equivalent to -0.384 foot Panama Canal

Precise Level Datum.
CO r-CM C-OCM Cr0O) OC 'tOO) cmCO) 0CCM CMC 0CM 0 0 CY t 0 Iq(D L 0 00 010 -OCM '-0) O -o CMI 0O C4h I -0 oo co C CM

0) Cin N N

O o -0 0-o 0-q0 00-0 ) ( -m- C) M 0) O O -0 

66. . . . . . . . . - - - -. -. . . . . . . . 6 III I I II 1 0 0 0 0

a) '- I0 CD )01f- -MOMM0M0 M nM' 1( 11 (D0- --- r- 0 C\)-(000) 3) ') 000 co -qCM(0c 0)10O10O0 -0(00 -0 M 0) (D0CMr M 11 t- 000) 0 q MCMJ- CM CM0M O -CMO N C0 0\1 Mao~ 010' LOM0 ')CCMC ')-OC 0'') CMC O). 10

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Cristobal (Colon), Panama, 1995

Times and Heights of High and Low Waters

April MyJn

Time Height Time Height Time Height Time Height Time Height Time Height

hm i crn hrn i m hm M cm ih iMcmi

1 0 146 0.8 24 00 -5 1 60 c2mi 0 1

S 0917 -0.1 - 16 0 30 1 0136 0 .9 27 0 1. 42m

152 -. 3 0 u 832 -0.2 -6 1004 1036 0108 1.3 40 1 0204 1. 30 03 12 3

1527 0.3 9 SU 1421 0.2 6 M 0 -0.3 9 Tu 0912 -0.4 -12 1047 0 0 30 1017 02 3

1933 0.2 6 1812 0.1 1531 0.2 6 Th - 3 F 1 17 -0.5 -15

1831 0.1 3 1659 0.5 45

2 0232 0.8 24 17 0140 1.1 34 0216 0.9 27 1 0 4 1 40 0.9 2114 0.2 6

163 0. 17009, 02 13 0 3 M 535 0 6 Tu 1041 -0.3 -9 w 1000 -0.5 4 2 022 7 0334 1.1 34

214 0.2 6 1916 0.1 3 1630 0.3 g F 11 -0.3 - Sa 1058 -05 -15

0141955 

0.2 6 1746 0.6 18

3 0314 0.8 2 4 0235 1.1 34 

270254 0 2 2242 0.2 6

28 02 6 1 1022 -0.4 12 W18 0302 1 3 0420 0.9 27 18 0431

1650.u 1112 -0.3 - T105-.-5 320803 0.9 27

12 0.2 6 2025 0. 1 1720 0.4 12 Sa 1129 0.3 -9 SU 1136 -0.4 -12 121 0.2 61 8. 1901 0.4 12 Su 1830 0.8 24

4 0 3 5 4 0 .8 2 4 1 9 0 3 3 0 1 2 3 784 022 12 135 0022.8 2 4 

Tu 1137 -0.2 -6 137 4 733 7

180 0. 

1 F 110 -0.353360 12 3 7 4 0400 0.3 24 19 0004 0.2

1 8 0 6 0 3 1 7 2 7 0 . 3 1 5 T h 1 1 4 1 0 3 - 9 F 10 ,32 - . - 51 0 5 2 7 0 . 7 2 1

2136 0.2 6 2134 0.1 3 1806 0.5 15 S u 1858 0.5 15 1212 -0.4 -12

431 0. 2 0424 1 37 5 0410 0, 92238 0.2 6 2308 0.4 12 ( 1913 0.9 27

W 1212 -0.2 6 T0 1154 15 F 120. _ 27 20 0451 0.0 30 0441 ()7

1837 03 Th 115 -05206 -0.3 9 27 -0.5 15 M 1203 -0. 1 6 002 

2216 0. 1814 0.4 12 1909 0,4 12 Sa 1851 0.7 21 M 1911 0.6 1 Tu 0624 0.6 18

00.1 3 2209 0.3 9 2355 0.2 6 1953 1 .0 30

6 0508 0.9 27 0518 1. 34 0448 08 24 0546 

0 2 30

194 0.3 F 1238 -0.5 15 229 -03 2 27 6 5 0 0234 0.1 3

10 3 9 F 90 05 15 Sa 1921 04 1 U 1234 -0.4 -12 Tu 0525 0.6 18 21 0721 0.4 12

1900. 6 ( 2 4 0 .5 4 123 1949. 24 1222 -0.2 -6 W 1314 -0.2 -6

5 6 0 . 2 2 2 0 6 1 1 1 . 3 0 5 2 6 0 .8 9 0 1 9 3 3 0 . 8 2 4 2 0 3 3 1 .1 3

1 30 5 4 - 0 . 9 2 7 2 2 0 1 1 9 . 0 3 0 1 25 2 6 0 8 2- 2 2 0 1 1 1 0 1 3 7 0 1 3 9 0 .2 6 2 2 0 3 4 5 0 .0 0

1930 0.3 9 Sa 319 0.4 18 Su 1 0. 0640 0.7 21 614 05 0

4139 0.5 15 1321 -0.3 9 w 1243 -0.2 -6 Th 0821 0.3 9

2017 0 .9 27 2003 0.9 27 2111 1.1 34

8 0621 0. 24

'S 1344 -0.2 23 0056 0,1 3 810018 0-. 

3

19 5 6 0 .4 S U 00 3 0 .9 2 7 0 6 0 1 0 . 9 2 3 0 2 2 7 0 .1 1 8 0 2 5 0 0 .1 3 2 3 0 4 5 2 - 0 .1 - 3

12 359 0.4 2 M 3 6 0 . 0.5 5 708 0.4 12 0927 0.2 6

195 0.43 -6. 070 030 Th. F S20135 0.4 2 1 3 -00 .2 -6 T 37 0. -6 1 8 0.2 -6 1357 00 0

9 0025 0 3 24 203 0.1 3 0125 0.2 1 2059 0.9 27 2039 1.1 34 2148 1.1 34

9 0 29 0. 1 1 24 0750 0.1 3 1240 3 44 0.0 9 0358 0.0 0 2 11 3

1 4 1 9 - 0 . 8 - T 0 0 6 1 T u 0 6 4 9 0 .6 . 1 8 0 7 02 6 0

1 41 -0 . -6 M 2 143 -0 9 133 -0. -6 T 083 0 Se 3 02 59 

202 6 0. 4 1 2 211743 0. 7 21 203 1 0 . 21 219 -. 30 2 120 1 . 3 7 2 .1 3

202 0 1 2 1436 0.4 12 13 -6 W 1421 -0.1 1 F 0810 0.2 46 0.1 3 -3 1337 -0.2 -6 1403 0.0 0

1 0 0 1 1 7 0 .1 3 5 5 0 .6u 2 07 2 4 . 2

M 0739 1 25 2 0. 1 10 36 0 0 -3 0 -001 13-0.1 135 -0.2 -6 144 0.08 0. 141 -02 -6S

12 -0.2 -6 27 07380 0.5 15 5 050 - 10 504 01 4 4

1432Th 0947 0. 0923 0.33 2 005 1 .017

2 2 1 1 5.7 20 9 2 F6 14 53 0 . -- 36 14 4 0 . 3 0 2 2 1 4 1 24 - 0 .2 - 6 S 3 0 1 1 3

2058 0.5 15 2202 0.8 24 2106 08 24 2219 1.0 30 2206 1.3 40

T1 0822 0.6 3 0438 -0.0 74 4

02 10 0.1 8 0 1000 26 0.4 0.0 12 1 0350 0834 0.1 0.4 12 3 26 064 0600 -0-. 2 0.2 0754 -0.2 -6

2 0 3 9 1543 -0.1 -3 1 425 0.0 0 1047 0.1 36 1

2 3 4 0 6 182 224 8 ,1 423 0 , 145 0M09 8 0 SU 1453 4 4333604 1.1 3 4

24 2142764 30 .11 51 5 3 -0.1 -3

1 2 4 0 2 0 8 2 4 1 30 2256 1 0 30 2256 1.4 43

1 012 0.1 1 27 0600 0.0 6 M 2 00 0 0, 0 0 2 2722 1 2 1532 -0).1 Th 1119 -6 94 02 6 23 . 0 12 00 03 - 7 04 02 

01 07 1611 0.0 0 F 094 0. 0 30 M 1220 0.0 0 0 2

271453 -0.1 -- S 10 5 -0.3 F 1 -0.2 -6

2215 0.7 1 23 09 27 2231 1,1 34 Q 2348 1.4 43

2320 11 372

1 3 0 444 0. 1 12 2 8 0 1 7 -0. 1 2 0. 072 23 1

1z 112 0.4 9 02 0. 6- 1602 9 03 10 3 .0 0a F24 1300 0. 64 134 0617 -010 ,03

1610.0 Se 11509 8 008 -0.2 -6 13 0758 -0.4 -122 295 10.0 30

2 3 1 . 8 2 4 152 -0 1 0 u 1 5 0 0 .1 63 h

232 1.2-. - 0 05 09 2 1647 0.0 0

1 7060 0.0 SU 2 914 -0.92 7 0.1 0 20 05 . 30 003 1.0.0 3

166 .0 0 Se 85 -. 6 1 0 2 2 - 0.3 91 0 013 .0 14 304

0 142 7 0 . 3 3 0u S u 1 2 4 5- 0 1 2 2 0 1 - 0 2 6 161 0. 0 .M 908 -03 16w084 0.4 3 5 1 0 .90 0 1 8 0 8 0 . 1 3

15 0724 -0. 6 30 0056 .9 27 -0.4 31 0127 1.0 30 15 04 1. 40 3 026 .0 0

082 -0.2 -6.
M-00 -- 00 -"00 -".0 M-"-. M--o M-00 M-00 M-a0 -"-00 -"00 -.- 0 M-"-0 Ma-'" -o0 

U)e cno (Dm U)s 01)m -na -40 --1o esYe Ulo --- mo-b Ko~ CA) -1 O M ( - a) OMr Co:0 -0) a)C M MMDC.M~ ~ "CC.O -M-- DC- MC.DC. C.0.M. 0~D 01-0D 0 r\. 01\.). C.)- M-C. 0 D C.0 3

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KC a) wKw- -mpo wMC- )M 0 m 0Mo 'ItM m i)w 3

1. WOo mom 1.m W-4e wos .mo (D: 4o 40 wiK ~~ 0C~ -.J -P C-Dr3CD~ ~

M -00 M - 0 00 00 0 MO MO M--- M - 0 0 M- 0o M - 0 0 -- o o o -.--- 0 - - 0 0 -".0 M -".o 

Il N I -l -n -c -A

CO W (0 00 17- a) Ln Cw C) (D c4 C D

00 0 00 0 00 00 0 -)0 N)0 -000 -000 0 0 00 0 0 - 0 0 00 00 0 00

oC)10) (0 (0 0- 0 0 " .-0M0 -0C.)0 ---0 roo CN00 0 M Mo 0 C E0

M0 m - I IM CCM 0.) 0.) C.- c j N Y) C. D CC C.)- C.CI ) -4 M .i m .I MIM 0 N

(D - 01C- N m -3 a)o o C.) c0 -4oC W CC DCN)0)0 W 0(0 a wI)M s0)01C") 0 (0 0) ( 0-4 -

co~~~~~~ -l ) 

~ c c4 

0

MOC3-0 00 -0. oo - -00 -"o M" 0 M"0 Mo-000 M000 -000 oo --- 00 000 M00 C.C-3I M0(C -m0 0 ) 0. JM 0 0 C0 C (MC N)- 0)-0 ( 4 " 4C

ro r\. r\) ci 0 

0- 00 C.O- 0 oM C -o0 CCo D-Cn -0 M 0 C 0 DC-M r\-C MOCr) r,) r\C)' 3-

N) 0 000 0000 000- 000 - 00 0 -4 ci 0 c 0 - w o 0 0 "1 a0 L 00 0ow 00 0000 -D 

1 3 C.) -' -M -AM -. C -. C D- 0 CCI ('I 4' W CI (DI- MIL C

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0 M M0 -0" - OO M- - M-DN0 M- 00 M w (0 Po co W 4 - o--- M -400 W0 -"00 w -D a w(

00). M -0 M .)0 -0 - saM0D- 0a -M (DM010 0-1 MMCDC mo010c OM -0 MOC.M 01.)al. -00m C.o(DU Ch10M 3 D l

0-00 0C)00 0000 00 000 0 Q 0 CD o 000 -000 -000 000 -000 -000 - 000 0- 00

CDl

C.) - M - M - - M - M M ) C.) C.) C.) C.) - ) - C) - .) -3

0o 0 A. N) L nO1 o A o 3 11. 

1n (2 -4 C .) -/. C.) cr) -TIN) -i \) :E M) -. M) Mn ML ML M

0D(pC C c3W( o :: 4 

0 "- 0 M-j 0 0 M-0CD0 M 0 M 0 M-0 -".0 M--0 M-- 80 M)-"- 0 MN 0 0 M-0 - -00 -- 00 0. o -i13

N )-IN ODM - -4) M Mn-M - MN )C C -NOC . 0 1- C . M M M M C .) C.0O C fl(m Ca w ) - M DW C.0 1 C .) .- o0. C ( M C .)0 3 (D m m U1M-30) (0 OM- p1M. 0 0 00 ) -J-4 N C) 0(0I0)m N)M0 D O C l) N)-0 w(1M ) 00) -4cMCO) -o)- 0) w wMM0l CD

-00 -00 00o0 o-000o 0000 000 0000 0000 0000 - 000 000 000 0 00C" 00000 C.)M016 MCwMC -CC.) 0-. - wC.-CJ (\(C.0 ((-30C wmw - -JoCwC -- JC.0) o).)1 (0C)1 OM O ~ o -M 1 oMU Ln6 6 I

D- - D - C) - C) - C) -L Mn - ) M -Tl MO M -E a) M- C. )- C) CA) C ) K) C.)

00 0) 0M N.)0 00M 0 0 C)0(0 0 j(00 00 0 -(0-o0) -(0 ) ).0 0. -(0 0. ) 0 0 0000 ( 0 )0 (.0)10)
Cristobal (Colon), Panama, 1995

Times and Heights of High and Low Waters

October November December

Time Height Time Height Time Height Time Height Time Height Time Height

m i cm M TT h

1 0039 -- 0.2 -6 1 A 0059 -0,1 3 TgT H

Su 0638 0.5 15 6 0110 01 2012 0 6 10 2 0 -3

M 072 7 2 06 18 2070 0 1 6 16 0044 0 5 01-

1841~~~~~~ 

1113 0 . 6 1 1 35 0 . 1 w 

6 0 22 4 42 04 1 a 13 7 S 0022 0 1 2 -3 0 605 057 0.8 2 0833 1 2 1 1 0 3 0

3133 0.2 6 113 04 1 1 0 7 1323 04 12 1516 0.2 6 1438 0.3 1803 1.3 40 1804 1.0 30 1924 09 27 1829 0,7 21 2010 0.6 18 1844 0. 5 5

M 0 2 0. 18 1 902 7 0. 0 7 2 2 8 5 4 0 3 9 S 7 5 0 0 4 8 9 1 3 4

0121 -0.2 -6 T0 4 02 0204 -- 0.1 1 0

075 0.6 14 2 3 106 0. 7 15

18 23 0.9 20 2 0158 0.0 0 17 0047 -0.1 -3

T 12 112 0 2 6 24 0.4 12 Th 0 4 1 . 0 3 F 1 6 0. Sa 1.2 37 0822 1.2 37

1 3 0 . 6 1 4 .2 M 2 0.4 12 1631 0.1 3 S 2 1543 02 6

1841 1.0 30 2022 0.8 24 1914 06 18 2118 0.4 12 1941 0.3 9

3 0203 -0.2 -6 18 0154 0.0 9 0 3 1

F 0810 .7 21 0 21 34 0.0 040 08 5 1.3 4

6 0 26 13 0. 1 0934 121 3 430 3 0224

Sa 0856 1,3 4 89 13

11612 0.2 6 S 1544 0.3 9 Su 095 8 013 -0.1 -3

1946 1.2 37 1920 0.9 27 2127 0.6 18 2008 05 15 2240 0.3 9 2048 02 6 1 7455 -0.01645 1 43

0858 0.72 1 4 1 01 0.18 340 0312.02 -00.,11

085 0.74 21 119.634 02 2-

4 2 2 1 3 S 1 1 0 . 0 1 0 3 7 1 .3 4 0 0 9 4 2

1 42 3 0.2 6 1 15 0.7 12 1733 0.1 Su 1656 0.2 6 M 1745 0.0 0

M9001.2 4 02423.4 2 0.7112 190 14 -0. 1 - 3

21 1.0 30 2002 0.8 24 2244 0.5 15 2112 0.4 12 2205 0.2 6

2 0 3 20 0.02T2u 43

5 03 26 8 2 20 0242 0 .1 3 _6 204 0 003 0

T 0 24 7 0 2 5 0 24 1104 1.2 2 1 - 0 3 0 1 3.

5 1536 0 2 W 5 0.8 F 5 0 1 0 22 1009 1.3 40 0243 0. 1 3 0 2 1 5 0

-1525 0.3 - 1850 0.1 3 1804 0.1 3 1117 1.3 40 W 1840 -0.1 -3

042 0. 

2233 0.3 9 1954 -01 -3 2333 01 3

6 04 0 0. 12 21 0305 0.1 3 0020 04 12 0252 01 11570 0

F4 1038 0.3 7 ~ 27 6 045 9 1 5 6 1 1

1656 02 6 Sa 100 0.9405 0. 1.4 43 21 2046 -0.0

223 0 1641 0.3 9 1149 1.2 37 1906 00 0 2 -0. 7 6

2 4 0.7 21 2147 0.6 18 1959 0 0 0 00

7 0447 0.1 27 22 0329 0.2 6 1 03 10 3

1 83 2 0 4 4 1 7 2 3 3 . 2 2 2 0.2 6 0 1235 2 7

S e 102 0. 1 1 25 03 2 0 2 -12 129 - 22 01 0 . 32

F1800 0.2 -. W 0329 0.1 3 2 9 - -6 F 2 46 0

2M 1144 1 4 2 0 2 2 14 02 5 6

2301 0.4 12 0 2001 -0.1 -3 2020 -0.3 -9

1 8 00 04 0.6 

78 0 7 O 1 09 7 77 1 F3

8 0 0 0 .5 18 2 30 3 55 0.2 6 8 13 15 1 2 3 7 

0 0. 1 6 8 -2 2 0

Su 05 0.2 6 1121 0 . 226120 -00 52 .36

3 1915 0.1 3 -3 0420 0.131 ( 13 0 - 1 0 0 1

0 122 01 0 30 M 1126 1.1 46 -01F23 04 Sa 02 

15 

1308 1 4

9 0134 05 2 2 0 1 2106 -0.3 -9

131309 .0430 03204 4 19 0.2 67 1.2 37 0.3

M 060 0.3Th 224-016-2

0.3224 0 6 1350 11 0331 0.4 12

133 i~ 0 u 1215 1.2 37 Th -1 -3 F 0533 02 6 S 23 -. 6 05 2053 0.0 0 2018 0.0 0 1331 1.5 46 S 233 -. -6 Su 106 0.3 40

10 0305 0.5 15 25 0206 0.3 9 10 1437 .123 -0.4 12 1 12910 3 2 146 -0.5 15

Tu 0654 0.4 F 051 0. 4 2;0071 2 1 12 

1402 1.1 12 F 55 . 2258 10.1 -3 S 00 0.3 9 257 -2 0 5 046 05 1

211 0. 4 1308 1.3 40 -0. .u 25 040703 2113 -0.1 0 1427 1.4 43 u 227 -02 - M 104 0.23 79

11 0422 0.5 1 213 -. -32219 -0.3 -9 1530 1.24 312

W 0741 04 26 0324 0.4 12 11 1516 2230 -04 -1205 5 1 10 

1448 1 1 2~T 0618 0.3 9 S 2327 1.1 3~ 045 0601 07 2

2239 -0.1 3 h 1401 1.3 40 Sa -0.1 -3 Su 0832 0. 2 015 -3 100

2201 -0.2.- 1523 1.3 40 M 21 -01 Tu 107 0.3 9

12 0520 0.5 - 2300 -0.4 -12 1603 1.0 30

T 0830 04 15 27 042 0.4 154 0.7 21

153 1.1 12 F 0732 0.3 2 123153 1,1 12 277050 06 1 2 360 -0.3 27

230 -0.1 34 F 1456 1.4 43 Su 2353 M-~ 0959 0.4 1 u 02 . 5 W 13 431 12 070054 06 27 100 0.9 27

22 -o -3 2246 -0).3 9 1619 10.2 -9 T 029 -0.5 15 246 -. 3

131 

270 065

060 0.5 1 2340 -0.3 is12 1 1 544 0.5 5 2 01 0842

161 11 4 TW h 335 0.3 9

236 -. - 39 -. 92334 -- 0.1 -3 236 -03)

143 5 ~ 2 00 0.5 10624 0 , -3 01 -. 3 9 1 0655 0.78 1 2 0644 10.0 30

101 0.49 8 142 44 2 161 1.1 12 Se 10848 0.3 9 13 07209 0.6 18 28 0 0.8 2 1 2 . 5 02 . 165 1. 4 1 4 . 0 110 0.5 15. T 122 0.4 T 1624 0.8 24 Fh 12052 0.7

34 14 . 3 1631 0 30 1714 1.1 34 190 1102 0. 1510

235602 -0.1 -.3 23 9 -0.3 -9 235 0037j -0

14 035 0.55 329055 . 8 1 0016 -0.1 302 0018 -0.3 -6 14 007 -0.8 24 29 0021 -0.2 -62

Se 100 0. S 63 0.3 21 T 0720 0.6 218 07508 11 3 02 0.9 2 100 04 1 14 03 W 12110 0.5 15.T 1242 0.3 9 T 1220 0.5 7a00 1.1 37

1727~~~~10 0.7 3 :176123()14 927 100.12 1405 0.1 3 170 0.93 27 18 18 0 0927100 0.5. 15

31 0703 0.53 070-.11

02 0.7 21 15 03 139 03 g F 02 0.09 -0.1 -3 3u 1 22 0 4 0.3 9 31 84 1.2 37

1 225 .1 3 49 1622 0 ,0 0

18 0 .1 342 10 6 0 3 9