This paper deals with the geological and geochemical characterization of ironstone deposits
encountered in two different sedimentary successions (upper Cretaceous and lower …

We present a review of the magnetic properties of NE Saharan dust that was conducted,
following a source-to-sink approach, to unravel the paleoclimatic significance of …

In the northern part of the Bahariya Depression (Western Desert, Egypt) the Eocene
carbonate succession, unconformably overlying the Cretaceous deposits, consists of three …

This paper gives new insight into the genesis of cherty ironstone deposits. The research was
centered on well-exposed, unique cherty ironstone mineralization associated with Eocene …

This study uses magnetostratigraphy to help constrain the age of the paleontologically
important Galula Formation (Rukwa Rift Basin, southwestern Tanzania). The formation …

Abstract The Nubian Sandstone Aquifer (NSA) is the main freshwater resource in many parts
of the Western Desert of Egypt including the Bahariya Oasis which attracted considerable …

A total of 198 oriented cores (from 16 sites) have been sampled from three Cretaceous
Nubia sandstone formations distributed around the Kharga–Dakhla and Dakhla–Uwainat …

Different phases of igneous activity took place in Egypt during the Mesozoic and the
Cenozoic and oriented samples were collected from three Cenozoic localities (Baharya …

The paleogeographic position of Egypt through the Phanerozoic is tightly connected to the
motion of the African continent. Paleogeographic studies using paleomagnetism of rock …

NEAG-1 Field is located in the northern part of the Western Desert in Egypt. Bahariya, the
main reservoir, consists of a sequence of thin bedded sandstone with poor lateral …