Groundwater resources in arid regions play a vital role in meeting water demands; however,
they are facing rapid depletion due to unsustainable exploitation practices, exacerbated by …

In the ancient rock record, early replacement of metastable marine calcium carbonate
deposits by dolomite has long been associated with evidence of arid depositional …

ABSTRACT The lower Eocene Rus Formation in Qatar reflects carbonate deposition in a
semirestricted to fully restricted marine setting on a shallow ramp. Petrographic …

Carbonates and evaporites of Paleogene age form the shallow-aquifer rocks mantling most
of Qatar, including the Paleocene and Lower Eocene Umm er Radhuma Formation and the …

New geological mapping and observations made across Qatar favor a fault-controlled model
for the Dukhan structure in the western part of the peninsula over previous fold-related and …

The first phase of the Abu Hamour drainage and storm tunnel was completed in early 2017.
The 9.5 km long, 3.7 m diameter tunnel was excavated with two Earth Pressure Balance …

Abstract The Middle Eocene Rus Formation in Qatar and adjacent area consists of evaporite-
carbonate sequences. The Rus Formation extends over a large area in the Middle East and …

Abstract The Abu Hamour Surface and Ground Water Drainage Tunnel Phase I is a 9.5-km-
long, 3.7-m-inside-diameter storm water tunnel about 30 m below ground surface. Integral to …

Abstract The subsurface Middle Eocene Upper Dammam Subformation in Qatar displays a
complex diagenetic history related to sea level variations. The studied rocks are made up of …

The Paleocene to Early Eocene Umm Er Radhuma Formation penetrated by a well near
Traina (SE Qatar) is subdivided into 5 biozones and an equal number of lithologic units. The …