This article has multiple issues. Please help improve it or discuss these issues on the talk page. (Learn how and when to remove these messages)
|
Al-ahsa water spring is a flowing water spring, as described in the book Oasis of Al-Ahsa, by author Federico S. Vidal, which he wrote in 1952 when he was working in the Arabian-American Oil Company (ARAMCO) and he submitted it to Harvard University as a subject for his doctorate degree thesis in 1964. The estimated number of Al-ahsa springs is between sixty and seventy springs, including four huge springs. They flow individually sometimes, or in groups and it is artesian in its flow. The approximate flow of the spring is about 150 thousand gallons in a minute. The springs vary in depth significantly, ranging between 500 feet (150 m) to 600 feet (180 m) and the depth of some of the large springs is just a little off the earth's surface. The water of the spring is warm, the temperature ranges between 80 °F (27 °C) and 90 °F (32 °C), however, some of them are considered as hot springs, with a temperature of over 90 °F (32 °C), and Najim spring counts as one of the hot springs with sulfur water.[1]
Al-Ahsa Water Springs
عيون الأحساء | |
---|---|
Coordinates: 25°23′N 49°36′E / 25.383°N 49.600°E | |
Country | Saudi Arabia |
Time zone | UTC+3 |
Al-haqel spring " Ain Al-haqel "
editThis is one of the largest water springs, Al-ahsa, and the second water spring in terms of water availability and strength, its flow is considered as the greatest between the oasis springs, estimated at around 22,500 gallons per minute. This spring is located 1 km east of Al-hofuf. Its water irrigates large areas of the orchards around it. Al-haqel spring forms a very large lake at its source and when it starts to flow its paths branch to a large number of water distribution channels which irrigate orchards and rice fields.[2] [full citation needed]
AL-harra spring " Ain AL-harra "
editThis spring is located in the north of Al-mubarraz, also it's one of the largest springs in Al-ahsa. The flow is about 20,000 gallons per minute. The water of this spring is a bit warm and it reaches the earth surface through three nozzles which form a huge lake its dimensions range 400×100 yards.[3]
Al-jawharia spring " Ain Al-jawharia "
editThis is an average size spring with 3,000 gallons flow per minute, and is located near to Al-battalyia village.
Al-khadoud spring " Ain Al-khadoud"
editA large spring and its flow is about 20,000 gallons per minute, also it is an important water source for the eastern side of Al-ahsa.
Najim spring " Ain Najim
editIt is a middle-sized spring with sulfur water, it is located 2 km far from the west of Al-Mubarak. The spring was important during the Ottoman rule for its therapeutic efficacy, but the Saudis demolished its dome at 1862, and they rebuilt it in 1913 when king Abdul-Aziz took Al-ahsa back. It didn't take long to become popular again and the people who suffered from rheumatic diseases and multiple sclerosis due to its hot water. Mosel narrated that the representatives of the people of Al-ahsa surrendered at 1792 for Imam Saud bin Abdul-Aziz at Najim spring . also Filby said that there is a popular belief attributed the presence of "Najim " where a meteorite fall. Nowadays, it is reported that the most of Al-ahsa springs formed in that way.
Um-saba'a spring " Ain Um-saba'a "
editHuge spring with 20,00 gallons flow per minute, the spring water is hot and its temperature at sides reaches 101 °F (38 °C), also it hits 104 °F (40 °C) in the middle of the lake, above the spring's nozzles.[citation needed] Its water reaches the orchards through seven major rivers, so it called by "Um-saba'a " because of these seven rivers, but now there are only five of them.[citation needed]
References
edit- ^ كتاب واحة الاحساء للمؤلف فردريكو شمد فيدال "The Oasis of Al-Hasa" F.S.Vidal
- ^ "About". Archived from the original on 2016-08-23. Retrieved 2013-06-16.
- ^ Wheatley, Paul (2001). The Places Where Men Pray Together: Cities in Islamic Lands, Seventh Through the Tenth Centuries. University of Chicago Press. p. 129. ISBN 978-0-226-89428-7.