Eclipse totale de Soleil

du 21-22 juillet 2009

D.O.M., T.O.M. et C.T.

Le tableau ci-dessous indique, pour quelques lieux des départements, territoires et collectivités territoriales d'outre-mer, un résumé des circonstances locales du phénomène. Les instants des levers et couchers ainsi que les hauteurs du centre du Soleil tiennent compte de la réfraction atmosphérique dans des conditions normales de température et de pression.

Nouvelle-Calédonie

Lieu	Premier contact (g = 0)				Maximum de l'éclipse partielle (g max.)					Dernier contact (g = 0)
Lieu	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Grandeur (g)	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)

Nouméa	3^h 26.7^m	137°	35°	–144°	4^h 10.0^m	0.216	129°	27°	–99°	4^h 50.3^m	123°	20°	–55°

Wallis et Futuna

Lieu	Premier contact (g = 0)				Maximum de l'éclipse partielle (g max.)					Dernier contact (g = 0)
Lieu	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Grandeur (g)	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)

Îles Wallis	3^h 14.6^m	123°	30°	–164°	4^h 16.4^m	0.770	116°	17°	–82°	5^h 12.0^m	112°	5°	–2°

Polynésie française

Lieu	Premier contact (g = 0)				Maximum de l'éclipse partielle (g max.)					Coucher du Soleil (h = 0°)
Lieu	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Grandeur (g)	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Grandeur (g)	Angle au zénith (Z)

Papeete (Tahiti)	3^h 24.5^m	112°	3°	–171°	—	—	—	—	—	3^h 40.6^m	111°	0.306	–168°

Bande de centralité

Les tableaux ci-dessous indiquent, pour quelques lieux situés le long de la bande de centralité, un résumé des circonstances locales du phénomène. Les instants des levers et couchers ainsi que les hauteurs du centre du Soleil tiennent compte de la réfraction atmosphérique dans des conditions normales de température et de pression.

Asie

Lieu	Lever du Soleil (h = 0°)				Maximum de l'éclipse partielle (g max.)					Dernier contact (g = 0)
	Instant UT	Azimut (a)	Grandeur (g)	Angle au zénith (Z)	Instant UT	Grandeur (g)	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)
	Deuxième contact				Maximum de l'éclipse totale (g max.)					Troisième contact
	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Durée totale	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)

Surat (Inde)	0^h 39.4^m	–112°	0.771	–14°	—	—	—	—	—	1^h 49.9^m	–106°	15°	172°
Surat (Inde)	0^h 51.3^m	–111°	2°	–10°	0^h 52.9^m	3^m 14^s	–111°	3°	77°	0^h 54.6^m	–111°	3°	165°
Bhaunagar (Inde)	0^h 41.1^m	–112°	0.795	–21°	—	—	—	—	—	1^h 49.9^m	–106°	15°	173°
Bhaunagar (Inde)	0^h 52.3^m	–111°	2°	–67°	0^h 53.2^m	1^m 55^s	–111°	2°	–103°	0^h 54.2^m	–111°	3°	–140°
Baroda (Inde)	0^h 36.0^m	–112°	0.695	–20°	—	—	—	—	—	1^h 50.5^m	–106°	16°	173°
Baroda (Inde)	0^h 52.8^m	–111°	3°	–84°	0^h 53.4^m	1^m 04^s	–111°	3°	–103°	0^h 53.9^m	–111°	3°	–123°
Indore (Inde)	0^h 24.7^m	–112°	0.481	–17°	—	—	—	—	—	1^h 51.8^m	–105°	18°	173°
Indore (Inde)	0^h 52.0^m	–110°	5°	–37°	0^h 53.5^m	3^m 04^s	–110°	6°	–103°	0^h 55.0^m	–110°	6°	–168°
Ujjain (Inde)	0^h 24.2^m	–112°	0.465	–19°	—	—	—	—	—	1^h 52.0^m	–105°	19°	173°
Ujjain (Inde)	0^h 53.0^m	–110°	6°	–77°	0^h 53.7^m	1^m 31^s	–110°	6°	–103°	0^h 54.5^m	–110°	6°	–130°
Bhopāl (Inde)	0^h 17.5^m	–112°	0.340	–17°	—	—	—	—	—	1^h 52.9^m	–104°	20°	173°
Bhopāl (Inde)	0^h 52.3^m	–109°	7°	–37°	0^h 53.8^m	3^m 08^s	–109°	7°	–103°	0^h 55.4^m	–109°	8°	–168°
Jabalpur (Inde)	0^h 07.4^m	–112°	0.153	–15°	—	—	—	—	—	1^h 54.4^m	–103°	23°	172°
Jabalpur (Inde)	0^h 52.6^m	–108°	9°	21°	0^h 54.1^m	2^m 59^s	–108°	10°	78°	0^h 55.6^m	–108°	10°	136°
Sāgar (Inde)	0^h 11.2^m	–113°	0.216	–18°	—	—	—	—	—	1^h 53.9^m	–103°	22°	173°
Sāgar (Inde)	0^h 52.7^m	–109°	8°	–44°	0^h 54.2^m	3^m 00^s	–108°	9°	–103°	0^h 55.7^m	–108°	9°	–162°

Lieu	Premier contact (g = 0)				Maximum de l'éclipse partielle (g max.)					Dernier contact (g = 0)
	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Grandeur (g)	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)
	Deuxième contact				Maximum de l'éclipse totale (g max.)					Troisième contact
	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Durée totale	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)

Mirzāpur (Inde)	0^h 00.1^m	–112°	1°	–18°	—	—	—	—	—	1^h 57.2^m	–101°	26°	173°
Mirzāpur (Inde)	0^h 54.0^m	–107°	12°	–45°	0^h 55.6^m	3^m 06^s	–107°	13°	–102°	0^h 57.1^m	–107°	13°	–160°
Vārānasi (Inde)	0^h 00.1^m	–112°	2°	–18°	—	—	—	—	—	1^h 57.6^m	–101°	27°	173°
Vārānasi (Inde)	0^h 54.3^m	–107°	13°	–48°	0^h 55.8^m	3^m 00^s	–106°	13°	–102°	0^h 57.3^m	–106°	14°	–156°
Gaya (Inde)	23^h 59.6^m	–111°	3°	–15°	—	—	—	—	—	1^h 59.0^m	–101°	29°	172°
Gaya (Inde)	0^h 54.5^m	–106°	14°	22°	0^h 56.1^m	3^m 11^s	–106°	15°	79°	0^h 57.7^m	–106°	15°	136°
Bīhar (Inde)	23^h 59.7^m	–111°	3°	–15°	—	—	—	—	—	1^h 59.7^m	–100°	29°	173°
Bīhar (Inde)	0^h 54.7^m	–106°	15°	7°	0^h 56.5^m	3^m 37^s	–106°	15°	79°	0^h 58.3^m	–105°	16°	151°
Patna (Inde)	0^h 00.0^m	–111°	3°	–17°	—	—	—	—	—	1^h 59.5^m	–100°	29°	173°
Patna (Inde)	0^h 54.7^m	–106°	15°	–24°	0^h 56.5^m	3^m 43^s	–106°	15°	–102°	0^h 58.4^m	–105°	16°	–180°
Muzaffarpur (Inde)	0^h 00.2^m	–111°	4°	–18°	—	—	—	—	—	2^h 00.0^m	–100°	30°	173°
Muzaffarpur (Inde)	0^h 55.4^m	–105°	15°	–50°	0^h 56.9^m	3^m 01^s	–105°	16°	–102°	0^h 58.4^m	–105°	16°	–154°
Monghyr (Inde)	23^h 59.8^m	–111°	4°	–15°	—	—	—	—	—	2^h 00.6^m	–100°	30°	173°
Monghyr (Inde)	0^h 55.1^m	–105°	16°	12°	0^h 56.9^m	3^m 33^s	–105°	16°	79°	0^h 58.7^m	–105°	17°	146°
Bhāgalpur (Inde)	23^h 59.7^m	–110°	5°	–14°	—	—	—	—	—	2^h 01.1^m	–99°	31°	172°
Bhāgalpur (Inde)	0^h 55.6^m	–105°	17°	31°	0^h 57.1^m	2^m 53^s	–105°	17°	79°	0^h 58.5^m	–105°	17°	127°
Darbhanga (Inde)	0^h 00.2^m	–111°	4°	–18°	—	—	—	—	—	2^h 00.5^m	–99°	30°	173°
Darbhanga (Inde)	0^h 55.5^m	–105°	16°	–43°	0^h 57.1^m	3^m 17^s	–105°	16°	–102°	0^h 58.8^m	–105°	17°	–161°
Rangpur (Bangladesh)	0^h 00.0^m	–109°	7°	–13°	—	—	—	—	—	2^h 03.6^m	–98°	34°	172°
Rangpur (Bangladesh)	0^h 57.2^m	–104°	19°	44°	0^h 58.3^m	2^m 22^s	–104°	19°	80°	0^h 59.5^m	–104°	20°	116°
Thimbu (Bhoutan)	0^h 00.9^m	–109°	8°	–18°	—	—	—	—	—	2^h 04.8^m	–97°	35°	173°
Thimbu (Bhoutan)	0^h 58.1^m	–103°	20°	–57°	0^h 59.5^m	2^m 49^s	–103°	20°	–102°	1^h 00.9^m	–103°	21°	–146°
Dibrugarh (Inde)	0^h 01.7^m	–107°	12°	–13°	—	—	—	—	—	2^h 11.3^m	–94°	41°	173°
Dibrugarh (Inde)	1^h 00.9^m	–101°	25°	23°	1^h 02.7^m	3^m 37^s	–101°	26°	80°	1^h 04.5^m	–100°	26°	138°
Yaan (Sichuan – Chine)	0^h 06.2^m	–102°	21°	–14°	—	—	—	—	—	2^h 24.5^m	–86°	51°	173°
Yaan (Sichuan – Chine)	1^h 09.2^m	–95°	34°	–30°	1^h 11.4^m	4^m 30^s	–95°	35°	–100°	1^h 13.6^m	–95°	35°	–169°
Leshan (Sichuan – Chine)	0^h 06.3^m	–102°	21°	–12°	—	—	—	—	—	2^h 25.7^m	–86°	52°	173°
Leshan (Sichuan – Chine)	1^h 09.6^m	–95°	35°	3°	1^h 12.0^m	4^m 44^s	–95°	36°	81°	1^h 14.3^m	–95°	36°	159°
Wutongqiao (Sichuan – Chine)	0^h 06.3^m	–102°	21°	–12°	—	—	—	—	—	2^h 25.8^m	–86°	52°	173°
Wutongqiao (Sichuan – Chine)	1^h 09.7^m	–95°	35°	12°	1^h 12.0^m	4^m 32^s	–95°	36°	82°	1^h 14.3^m	–95°	36°	151°
Chengdu (Sichuan – Chine)	0^h 07.1^m	–101°	22°	–15°	—	—	—	—	—	2^h 26.4^m	–84°	52°	173°
Chengdu (Sichuan – Chine)	1^h 11.2^m	–94°	36°	–59°	1^h 12.8^m	3^m 12^s	–94°	36°	–100°	1^h 14.4^m	–94°	36°	–141°
Zigong (Sichuan – Chine)	0^h 06.8^m	–101°	22°	–11°	—	—	—	—	—	2^h 27.5^m	–85°	53°	173°
Zigong (Sichuan – Chine)	1^h 11.0^m	–95°	36°	22°	1^h 13.1^m	4^m 14^s	–94°	37°	82°	1^h 15.2^m	–94°	37°	142°
Neijiang (Sichuan – Chine)	0^h 07.0^m	–101°	23°	–11°	—	—	—	—	—	2^h 28.0^m	–85°	53°	173°
Neijiang (Sichuan – Chine)	1^h 11.2^m	–94°	36°	13°	1^h 13.5^m	4^m 34^s	–94°	37°	82°	1^h 15.8^m	–94°	37°	150°
Suining (Sichuan – Chine)	0^h 07.9^m	–101°	23°	–13°	—	—	—	—	—	2^h 29.0^m	–83°	54°	173°
Suining (Sichuan – Chine)	1^h 12.3^m	–93°	37°	–35°	1^h 14.5^m	4^m 27^s	–93°	38°	–99°	1^h 16.7^m	–93°	38°	–164°
Hechuan (Sichuan – Chine)	0^h 08.0^m	–100°	24°	–12°	—	—	—	—	—	2^h 30.3^m	–83°	55°	173°
Hechuan (Sichuan – Chine)	1^h 12.6^m	–93°	38°	–1°	1^h 15.1^m	4^m 57^s	–93°	38°	82°	1^h 17.6^m	–93°	39°	164°
Nanchong (Sichuan – Chine)	0^h 08.4^m	–100°	24°	–14°	—	—	—	—	—	2^h 30.0^m	–82°	54°	173°
Nanchong (Sichuan – Chine)	1^h 13.3^m	–93°	38°	–49°	1^h 15.2^m	3^m 51^s	–93°	38°	–99°	1^h 17.1^m	–92°	39°	–150°
Chongqing (Sichuan – Chine)	0^h 08.0^m	–101°	24°	–10°	—	—	—	—	—	2^h 30.8^m	–83°	55°	173°
Chongqing (Sichuan – Chine)	1^h 13.3^m	–93°	38°	27°	1^h 15.3^m	4^m 08^s	–93°	39°	82°	1^h 17.4^m	–93°	39°	138°
Fuling (Sichuan – Chine)	0^h 08.6^m	–100°	25°	–10°	—	—	—	—	—	2^h 32.3^m	–82°	56°	172°
Fuling (Sichuan – Chine)	1^h 14.2^m	–93°	39°	24°	1^h 16.4^m	4^m 18^s	–93°	40°	82°	1^h 18.5^m	–92°	40°	141°
Wanxian (Sichuan – Chine)	0^h 10.0^m	–99°	26°	–13°	—	—	—	—	—	2^h 34.3^m	–80°	57°	172°
Wanxian (Sichuan – Chine)	1^h 15.9^m	–91°	40°	–35°	1^h 18.1^m	4^m 34^s	–91°	41°	–99°	1^h 20.4^m	–91°	41°	–162°
Yichang (Hubei – Chine)	0^h 12.2^m	–97°	29°	–11°	—	—	—	—	—	2^h 40.0^m	–76°	61°	171°
Yichang (Hubei – Chine)	1^h 19.5^m	–89°	44°	–11°	1^h 22.1^m	5^m 17^s	–89°	44°	–98°	1^h 24.8^m	–89°	45°	176°
Jinshi (Hunan – Chine)	0^h 12.2^m	–98°	30°	–7°	—	—	—	—	—	2^h 41.4^m	–77°	62°	171°
Jinshi (Hunan – Chine)	1^h 21.7^m	–90°	45°	62°	1^h 22.7^m	1^m 59^s	–90°	45°	84°	1^h 23.7^m	–90°	45°	106°
Shashi (Hubei – Chine)	0^h 12.8^m	–97°	30°	–9°	—	—	—	—	—	2^h 42.0^m	–76°	62°	171°
Shashi (Hubei – Chine)	1^h 20.9^m	–89°	45°	13°	1^h 23.4^m	5^m 03^s	–89°	45°	83°	1^h 26.0^m	–88°	46°	153°
Wuhan (Hubei – Chine)	0^h 14.9^m	–96°	32°	–9°	—	—	—	—	—	2^h 46.3^m	–72°	65°	170°
Wuhan (Hubei – Chine)	1^h 24.0^m	–87°	47°	2°	1^h 26.7^m	5^m 25^s	–87°	48°	83°	1^h 29.4^m	–87°	48°	164°
Huangshi (Hubei – Chine)	0^h 15.6^m	–96°	33°	–7°	—	—	—	—	—	2^h 48.1^m	–71°	66°	170°
Huangshi (Hubei – Chine)	1^h 25.6^m	–87°	48°	26°	1^h 27.9^m	4^m 44^s	–87°	49°	84°	1^h 30.3^m	–86°	49°	143°
Jiujiang (Jiangxi – Chine)	0^h 16.3^m	–96°	34°	–6°	—	—	—	—	—	2^h 50.2^m	–71°	67°	169°
Jiujiang (Jiangxi – Chine)	1^h 28.7^m	–87°	50°	71°	1^h 29.4^m	1^m 21^s	–87°	50°	85°	1^h 30.1^m	–87°	50°	99°
Anqing (Anhui – Chine)	0^h 17.8^m	–94°	35°	–7°	—	—	—	—	—	2^h 52.3^m	–67°	68°	168°
Anqing (Anhui – Chine)	1^h 28.6^m	–85°	51°	9°	1^h 31.3^m	5^m 28^s	–85°	51°	84°	1^h 34.0^m	–84°	52°	159°
Hefei (Anhui – Chine)	0^h 18.7^m	–93°	36°	–11°	—	—	—	—	—	2^h 52.2^m	–64°	68°	167°
Hefei (Anhui – Chine)	1^h 30.9^m	–83°	51°	–79°	1^h 31.8^m	1^m 51^s	–83°	51°	–98°	1^h 32.8^m	–83°	52°	–117°
Tunxi (Anhui – Chine)	0^h 19.0^m	–94°	37°	–5°	—	—	—	—	—	2^h 55.4^m	–66°	70°	167°
Tunxi (Anhui – Chine)	1^h 32.5^m	–85°	53°	66°	1^h 33.5^m	1^m 54^s	–85°	53°	86°	1^h 34.5^m	–85°	53°	105°
Wuhu (Anhui – Chine)	0^h 19.7^m	–93°	37°	–10°	—	—	—	—	—	2^h 54.8^m	–62°	69°	166°
Wuhu (Anhui – Chine)	1^h 31.2^m	–83°	52°	–38°	1^h 33.7^m	4^m 55^s	–83°	53°	–97°	1^h 36.1^m	–82°	53°	–157°
Changzhou (Jiangsu – Chine)	0^h 21.8^m	–91°	39°	–10°	—	—	—	—	—	2^h 57.9^m	–57°	71°	163°
Changzhou (Jiangsu – Chine)	1^h 35.6^m	–81°	54°	–79°	1^h 36.5^m	1^m 50^s	–80°	55°	–98°	1^h 37.4^m	–80°	55°	–116°
Huzhou (Zhejiang – Chine)	0^h 21.6^m	–92°	39°	–8°	—	—	—	—	—	2^h 58.9^m	–59°	72°	164°
Huzhou (Zhejiang – Chine)	1^h 33.9^m	–82°	54°	–14°	1^h 36.8^m	5^m 46^s	–81°	55°	–96°	1^h 39.7^m	–81°	56°	–178°
Hangzhou (Zhejiang – Chine)	0^h 21.4^m	–93°	39°	–6°	—	—	—	—	—	2^h 59.4^m	–60°	72°	164°
Hangzhou (Zhejiang – Chine)	1^h 34.3^m	–83°	55°	19°	1^h 36.9^m	5^m 20^s	–82°	55°	85°	1^h 39.6^m	–82°	56°	151°
Wuxi (Jiangsu – Chine)	0^h 22.1^m	–91°	39°	–10°	—	—	—	—	—	2^h 58.8^m	–57°	71°	163°
Wuxi (Jiangsu – Chine)	1^h 35.3^m	–81°	55°	–59°	1^h 37.1^m	3^m 36^s	–80°	55°	–97°	1^h 38.9^m	–80°	55°	–136°
Shaoxing (Zhejiang – Chine)	0^h 21.9^m	–93°	39°	–5°	—	—	—	—	—	3^h 00.5^m	–60°	73°	163°
Shaoxing (Zhejiang – Chine)	1^h 35.4^m	–83°	55°	33°	1^h 37.7^m	4^m 40^s	–82°	56°	85°	1^h 40.1^m	–82°	56°	138°
Suzhou (Jiangsu – Chine)	0^h 22.4^m	–91°	39°	–9°	—	—	—	—	—	2^h 59.7^m	–56°	72°	162°
Suzhou (Jiangsu – Chine)	1^h 35.3^m	–81°	55°	–40°	1^h 37.7^m	4^m 53^s	–80°	55°	–97°	1^h 40.2^m	–80°	56°	–154°
Changshu (Jiangsu – Chine)	0^h 22.7^m	–91°	40°	–10°	—	—	—	—	—	2^h 59.8^m	–55°	72°	162°
Changshu (Jiangsu – Chine)	1^h 36.5^m	–80°	55°	–68°	1^h 37.9^m	2^m 54^s	–80°	56°	–98°	1^h 39.4^m	–79°	56°	–128°
Jiaxing (Zhejiang – Chine)	0^h 22.4^m	–92°	40°	–7°	—	—	—	—	—	3^h 00.4^m	–57°	72°	163°
Jiaxing (Zhejiang – Chine)	1^h 35.1^m	–81°	55°	–11°	1^h 38.0^m	5^m 51^s	–81°	56°	–96°	1^h 40.9^m	–80°	56°	179°
Shanghai (Shanghai Shi – Chine)	0^h 23.4^m	–91°	40°	–8°	—	—	—	—	—	3^h 01.6^m	–54°	73°	161°
Shanghai (Shanghai Shi – Chine)	1^h 36.8^m	–80°	56°	–39°	1^h 39.3^m	4^m 58^s	–80°	57°	–97°	1^h 41.8^m	–79°	57°	–154°
Ningbo (Zhejiang – Chine)	0^h 23.1^m	–92°	40°	–4°	—	—	—	—	—	3^h 02.7^m	–57°	74°	162°
Ningbo (Zhejiang – Chine)	1^h 37.4^m	–82°	56°	38°	1^h 39.6^m	4^m 24^s	–81°	57°	86°	1^h 41.8^m	–81°	57°	133°
Akuseki-jima (Îles Ryūkyū – Japon)	0^h 35.5^m	–87°	50°	–2°	—	—	—	—	—	3^h 21.5^m	–9°	81°	124°
Akuseki-jima (Îles Ryūkyū – Japon)	1^h 53.4^m	–72°	67°	–3°	1^h 56.6^m	6^m 20^s	–71°	67°	84°	1^h 59.7^m	–70°	68°	172°
Naze (Amami-ō-shima – Îles Ryūkyū – Japon)	0^h 35.4^m	–88°	50°	2°	—	—	—	—	—	3^h 22.5^m	–10°	82°	123°
Naze (Amami-ō-shima – Îles Ryūkyū – Japon)	1^h 56.0^m	–74°	67°	71°	1^h 56.9^m	1^m 50^s	–74°	68°	87°	1^h 57.8^m	–74°	68°	104°
Miyanoura-dake (Yaku-shima – Îles Ryūkyū – Japon)	0^h 37.1^m	–85°	51°	–5°	—	—	—	—	—	3^h 22.4^m	–3°	80°	120°
Miyanoura-dake (Yaku-shima – Îles Ryūkyū – Japon)	1^h 56.5^m	–68°	68°	–70°	1^h 58.0^m	2^m 58^s	–68°	68°	–98°	1^h 59.5^m	–67°	68°	–127°
Iō-jima (Îles Volcano – Japon)	1^h 01.1^m	–84°	67°	11°	—	—	—	—	—	3^h 52.8^m	78°	73°	48°
Iō-jima (Îles Volcano – Japon)	2^h 25.5^m	–39°	84°	14°	2^h 28.1^m	5^m 16^s	–34°	85°	61°	2^h 30.7^m	–28°	85°	108°

Océanie

Lieu	Premier contact (g = 0)				Maximum de l'éclipse partielle (g max.)					Dernier contact (g = 0)
	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Grandeur (g)	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)
	Deuxième contact				Maximum de l'éclipse totale (g max.)					Troisième contact
	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Durée totale	Azimut (a)	Hauteur (h)	Angle au zénith (Z)	Instant UT	Azimut (a)	Hauteur (h)	Angle au zénith (Z)

Enewetak (Îles Marshall – USA*)	2^h 09.3^m	127°	75°	–180°	—	—	—	—	—	4^h 43.4^m	107°	40°	31°
Enewetak (Îles Marshall – USA*)	3^h 28.3^m	110°	57°	–162°	3^h 31.2^m	5^m 40^s	110°	57°	113°	3^h 34.0^m	109°	56°	29°
Ujae (Îles Marshall – USA*)	2^h 20.4^m	123°	68°	–175°	—	—	—	—	—	4^h 49.4^m	108°	35°	30°
Ujae (Îles Marshall – USA*)	3^h 37.1^m	111°	51°	–177°	3^h 39.6^m	5^m 07^s	111°	51°	113°	3^h 42.2^m	111°	50°	42°
Ailinglapalap (Îles Marshall – USA*)	2^h 29.0^m	121°	63°	–173°	—	—	—	—	—	4^h 53.5^m	109°	30°	31°
Ailinglapalap (Îles Marshall – USA*)	3^h 44.5^m	112°	46°	143°	3^h 45.9^m	2^m 40^s	112°	46°	112°	3^h 47.2^m	112°	46°	82°
Jaluit (Îles Marshall – USA*)	2^h 32.6^m	122°	61°	–173°	—	—	—	—	—	4^h 55.7^m	110°	28°	28°
Jaluit (Îles Marshall – USA*)	3^h 46.3^m	113°	45°	–179°	3^h 48.7^m	4^m 47^s	112°	44°	111°	3^h 51.1^m	112°	43°	41°
Butaritari (Îles Gilbert – Kiribati)	2^h 42.2^m	122°	55°	–172°	—	—	—	—	—	5^h 00.3^m	111°	23°	26°
Butaritari (Îles Gilbert – Kiribati)	3^h 53.2^m	114°	39°	–161°	3^h 55.6^m	4^m 49^s	114°	38°	110°	3^h 58.0^m	113°	38°	21°
Nikumaroro (Îles Phoenix – Kiribati)	3^h 07.0^m	119°	34°	–171°	—	—	—	—	—	5^h 09.1^m	111°	7°	22°
Nikumaroro (Îles Phoenix – Kiribati)	4^h 09.6^m	114°	20°	174°	4^h 11.4^m	3^m 38^s	114°	20°	107°	4^h 13.2^m	113°	20°	40°

* État librement associé aux États-Unis d'Amérique

La mise en page est due à D. Crussaire de l'Observatoire de Paris-Meudon.

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Eclipse totale de Soleildu 21-22 juillet 2009