Key Biodiversity Areas

Khor al-Udeid (8252)
Qatar, Middle East

Site overview


KBA status: confirmed
Year of last assessment: 1994
National site name: Khor al-Udeid
Central coordinates: Latitude: 24.6333, Longitude: 51.2833
System: marine, terrestrial
Elevation (m): 0 to 10
Area of KBA (km2): 112.39614
Protected area coverage (%): 99.94
KBA classification: Regional
Legacy site: Yes

Site details


Site description: A very large tidal inlet with sandy islands, in the south-east corner of Qatar.
Rationale for qualifying as KBA: This site qualifies as a Key Biodiversity Area of international significance that was identified using previously established criteria and thresholds for the identification of Important Bird and Biodiversity Areas (IBAs) and for which available data indicate that it does not meet global KBA criteria and thresholds set out in the Global Standard.
Additional biodiversity: Breeding species include Pandion haliaetus and Sterna caspia (1 pair, October 1981). In winter, large concentrations of Phoenicopterus ruber are reported to occur, and significant numbers of other waterbirds may also occur, including Phalacrocorax carbo, P. nigrogularis, waders and gulls Larus and terns Sterna. Non-bird biodiversity: Mammals: unidentified whales recorded, possibly Balaenoptera edeni (K). The area may be an important feeding ground for dolphins. Reptiles: the site may be an important feeding ground for sea-turtles (globally threatened).

Habitats


Land use: tourism/recreation
IUCN HabitatCoverage %Habitat detail
Marine Neritic50
Marine Coastal/Supratidal50

Threats


Summary of threats to biodiversity at KBA: Commercial fishing was banned in 1993. The southern shores are now controlled by Saudi Arabia. There is some recreational disturbance by campers and four-wheel drive vehicles, but otherwise there are no obvious threats apart from major oil pollution.
Threat level 1Threat level 2Threat level 3Timing
Human intrusions & disturbanceWork & other activitiesOngoing

Additional information


References: Gallagher et al. (1984).