Al Wahbah Crater
The Harrat Kishb plateau contains many volcanic cones. It is 250 m (820 ft) deep and 2 km (1.2 mi) in diameter. The bottom of the crater is covered with white sodium phosphate crystals.
Origin
While it was thought for some time that the crater was formed by a meteorite, as its appearance resembles that of the Barringer Crater, with its circular form and high sides, it is now commonly accepted by geologists that the crater is a maar crater, and was formed by volcanic activity in the form of an underground phreatic eruption – a massive steam explosion generated by molten basaltic magma coming into contact with subterranean water.
Vegetation
The remains of date palm plantations can be found halfway down the side of the crater, but they are disused. There are springs near the plantations. It is easy to climb down from the rim to the bottom of the crater there from the north side on a prepared path, although most of the circumference has steep unclimbable cliffs. At the top of the path is a stone hut which contains rubbish and debris, and some suitable places for camping, although there are better places to camp to the south (see below). In the north of the Wahbah Crater, there is some vegetation located.
Tourism
It takes a person 45–60 minutes to go to the bottom of the crater. This crater is very slippery and it is hard for people to come up to the surface. To climb back up takes approx 60–90 minutes. There is some mobile phone signal within the crater, and the site receives very few visitors, even over weekends. As of April 2017, there has been upgrades to the park. A stone wall has been erected about 1/4 to 1/3 of the crater rim from the northwest to southwest. There is a mosque at the end of the entrance road. There are also upgraded picnic shelters around the rim.
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Panorama
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Centre of the crater
See also
References
- ^ "Volcanic Arabia". Saudi Aramco World. 2006.
- ^ Pint, John; Pint, Susy (2005). "The Lava Tubes of Harrat Kishb". Saudi Caves.
- ^ Grainger, David J. (1996). "Al Wahbah volcanic explosion crater, Saudi Arabia". Geology Today. 12 (1): 27–30. doi:10.1046/j.1365-2451.1996.00006.x.
External links
- Mekshat
- Global Volcanism Program Archived 2013-02-20 at the Wayback Machine
- 3D model of the crater