Umm Al Houl Explained

Official Name:Umm Al Houl
Native Name:ام الحول‎
Native Name Lang:ar
Settlement Type:District
Pushpin Map:Qatar
Pushpin Label Position:bottom
Pushpin Map Caption:Location in Qatar
Subdivision Type:Country
Subdivision Name: Qatar
Subdivision Type1:Municipality
Subdivision Name1:Al Wakrah
Unit Pref:Imperial
Area Total Km2:34
Population Blank1 Title:Ethnicities
Population Blank2 Title:Religions
Coordinates:25.0817°N 51.6142°W
Coordinates Footnotes:[1]

Umm Al Houl (Arabic: ام الحول|Umm al Ḩūl) is an industrial district in Qatar located in the municipality of Al Wakrah.[2] [3] To the north of Umm Al Houl is the city of Al Wakrah while Mesaieed is to the south.[3]

The government has designated the district as a free economic zone starting in early 2019.[4] Qatar's largest seaport, Hamad Port, is located here.[5]

Etymology

The first constituent, 'umm', is the Arabic word for mother and is a common prefix used to denote geographical features. 'Houl' is an Arabic term reserved for a type of snare. Historically, birds of considerable size were commonly caught here using traps, lending the area its name.[3]

History

In 1895 the Sheikh of Abu Dhabi attempted to claim it as his western frontier but his claim was rejected by his superiors in the British government.[6]

J.G. Lorimer's Gazetteer of the Persian Gulf gives an account of Umm Al Houl in 1908, referring to it as "Dohat [bay] Umm al-Hūl" and giving its location as 5 miles south of Al Wakrah. He goes on to state:

Geography

Strategically located in Qatar's southeastern region to the immediate north of the Mesaieed Industrial Area and approximately south of Hamad International Airport, the area was chosen as a maritime hub for its suitable geography and close distance to Qatar's industrial and economic centers.[4]

Umm Al Houl constitutes a part of the Mesaieed Sabkha, the largest sabkha formation in the country. This area is characterized by a unique microbial mat system consisting of two to three separate mats, each covering approximately 60m2. These mats are permanently isolated from direct seawater contact by substantial sand dunes.[7]

The hydrology of Umm Al Houl demonstrates significant seasonal variations. During winter, the mats are consistently submerged under seawater with a salinity of about 5%, primarily sourced from seepage from the adjacent Persian Gulf, with minimal contribution from rainfall (annual precipitation rarely exceeds). The water depth averages around, with temperatures ranging from 15°C to 26°C in December. Summer conditions see the mats remain inundated, albeit with shallower water depths and significantly increased salinity, often exceeding 13% due to high evaporation rates. Water temperatures can surpass 33°C, coinciding with air temperatures that can exceed 47°C.[7]

Umm Al Houl Power Plant

After being launched in 2015, the Umm Al Houl Power Plant was commissioned in March 2018. The plant has the capacity to desalinate 136.5 million gallons of water daily, meeting approximately 40% of Qatar's requirement, as well as a generation capacity of 2,520 MW.[8]

Transport

Currently, the elevated Umm Al Houl Metro Station is under construction, having been launched during Phase 2A. Once completed, it will be part of Doha Metro's Red Line South.[9]

Notes and References

  1. Web site: Umm al Ḩūl: Qatar. geographic.org. 14 January 2019.
  2. Web site: Qatar Development Atlas - Part 1. Ministry of Development Planning and Statistics. 10. 2010. 14 January 2019.
  3. Web site: District map. The Centre for Geographic Information Systems of Qatar. 14 January 2019.
  4. Web site: Um Al Houl. Manateq. 14 January 2019.
  5. News: Hamad Port will become fully operational in 2016. Construction Week Online. Kim Kemp. 2 March 2015. 14 January 2019.
  6. Web site: 'Gazetteer of the Persian Gulf. Vol. II. Geographical and Statistical. J G Lorimer. 1908' [405] (448/2084)]. 30 September 2014 . Qatar Digital Library. 14 January 2019.
  7. Al-Thani. Roda. Al-Najjar. Mohammed A. A.. Al-Raei. Abdul Munem. Ferdelman. Tim. Thang. Nguyen M.. Al Shaikh. Ismail. Al-Ansi. Mehsin. de Beer. Dirk. Community Structure and Activity of a Highly Dynamicand Nutrient-Limited Hypersaline Microbial Mat in UmAlhool Sabkha, Qatar. PLOS ONE. 9. 3. 2. 21 March 2014. 10.1371/journal.pone.0092405. free . 24658360 . 3962408 . 2014PLoSO...992405A .
  8. Web site: Umm Al Houl Power Plant: Water & Energy Security in Qatar. Qatar-America Institute. 2 August 2019.
  9. Web site: QAR Metro. arcgis.com. 17 March 2019.