eclpart5
Table 1
Recent double-eclipse Ramadans
TYPE AND DATE
AH
AD
LUNAR
SOLAR
1402
1402
1982
1981
T 6 Jul
P 17 Jul
P 20 Jul
CT 31 Jul
1379
1378
1960
1959
T 13 Mar
P 24 Mar
P 27 Mar
CA 8 Apr
1357
1356
1938
1937
T 7 Nov
P 18 Nov
P 21 Nov
CA 2 Dec
1335
1334
1917
1916
T 4 Jul
P 19 Jul
P 15 Jul
CA 30 Jul
1312
1311
1895
1894
T 11 Mar
P 21 Mar
P 26 Mar
C 6 Apr
1290
1289
1873
1872
T 4 Nov
P 15 Nov
P 20 Nov
C 30 Nov
1267
1851
P 13 Jul
CT 28 Jul
1245
1244
1830
1829
T 9 Mar
P 20 Mar
P 24 Mar
CT 3 Apr
1223
1222
1808
1807
T 3 Nov
P 15 Nov
P 18 Nov
C 29 Nov
1200
1786
T 11 Jul
CT 25 Jul
1178
1177
1765
1764
T 21 Mar
P 18 Mar
P 21 Mar
CA 1 Apr
1156
1155
1743
1742
T 2 Nov
P 12 Nov
P 16 Nov
CA 27 Nov
1133
1721
T 9 Jul
P 24 Jul
1110
1699
P 15 Mar
C 31 Mar
1089
1088
1678
1677
T 29 Oct
P 9 Nov
P 14 Nov
CT 24 Nov
1066
1656
T 6 Jul
(T) 21 Jul
1044
1043
1635
1634
T 3 Mar
P 14 Mar
P 18 Mar
CT 29 Mar
1022
1021
1613
1612
T 28 Oct
P 8 Nov
P 12 Nov
C 22 Nov
999
998
1591
1590
T 6 Jul
P 17 Jul
P 20 Jul
CA 31 Jul
Notes for Table 1
-
Dates apply to the instant of maximum eclipse.
-
Lunar eclipses:
-
P=Partial;
-
T=Total;
-
Central lunar eclipses are always total.
-
Solar eclipses:
-
CA=Central and Annular;
-
CT=Central and Total;
-
(T)=Total but non-central;
-
P=Partial;
-
C=Central, alternating between Total and Annular.
AH
AD
LUNAR
Date
LUNAR
Where visible
SOLAR
Date
SOLAR
Where visible
283
896
29 Oct
(25 Oct)
Pacific &
adjacent Landmasses
12 Nov
(8 Nov)
Canada; Alaska;
N.E. Pacific
305
918
5 Mar
(28 Feb)
Eurasia
N.E. Africa
20 Mar
15 Mar
Antarctic; South Indian Ocean
462
1070
2 Jul
(26 Jun)
Pacific &
adjacent Landmasses
16 Jul
(10 Jul)
Arctic; Siberia
529
1135
4 Jul
(27 Jun)
America; Pacific;
New Zealand
19 Jul
(10 Jul)
Antarctic; Extreme South Pacific
596
1200
5 Jul
(28 Jun)
Pacific &
adjacent landmasses
19 Jul*
(12 Jul)
Siberia; Arctic; N.W. Atlantic
1200
1786
11 Jul
Pacific &
adjacent landmasses
25 Jul
South Africa &
adjacent oceans
1424
2003
9 Nov
Europe; S.W. Asia;
Africa; America
23 Nov
Antarctic;
South Indian Ocean
1580
2155
19 Mar
Europe; Africa;
America
2 Apr*
China; Mangolia; Kashmir;
Russia; Afghanistan
Notes for Table 2
- Central lunar eclipses are always total.
- * The central solar eclipses listed above are total unless asterisked - in which case they are annular.
- Dates apply to the instant of maximum eclipse.
- Extrapolated Gregorian dates are given even on occasions when the old Julian calendar was in operation; the corresponding Julian date is then shown below in brackets.
NOTES and REFERENCES
-
- Bao-Lin Liu and A.D. Fiala, “Canon of Lunar Eclipses, 1500BC- AD3000”,
- 1992; Willmann-Bell Inc., Richmond, Virginia. Or: J. Meeus and H. Mucke, “Canon of Lunar Eclipses, -2002 to 2526”, 1983 (2nd edition); Astronomical Office, Vienna. See also note 2.
-
- Eclipses may also be examined with computer software such as EclipseMaster, MoonTracker, SunTracker and AstroCalc; Zephyr Services, Pittsburgh, Pennsylvania. To help with the preparation of Tables 1 and 2, AstroCalc was modified to print out
- celestial positions of the Sun and Moon near each Ramadan (i.e. every 354.367 days).Occasions when the mid-Ramadan Full Moon or the Eid New Moon were close to the ecliptic plane could then be highlighted - demonstrating that this occurs every 22 or 23 Islamic years.
-
- Ibid. See also H. Mucke and J. Meeus, “Canon of Solar Eclipses, -2003 to +2526”, 1983; Astronomical Office, Vienna.
-
- Letter from D.L. McNaughton to the “Journal of the British Astronomical Association” volume 105 no. 4 (1995).
-
- Attributed to the Fifth Imam of the Shi’ites - Muhammed al-Baqir ibn Ali ibn Husayn - who was describing events which would precede the eventual appearance of the Mahdi. Narrated by Amar ibn Shamir, quoting Jabir; see “Dar-e-Qatni” volume I, p. 188.
-
- See Mirza Ghulam Ahmad, “Ruhani Khaza’in” volume 17, p. 132.
-
- See notes 1, 2 and 3 above.
-
- Ibid.
[David McNaughton](mailto: DLMcN@yahoo.com)
Originally published at alhafeez.org/rashid/eclpart5.htm