The sediments deposited in continental lake systems record sensitive palaeoclimate signals
and provide better perspectives for understanding rapid palaeoclimate changes and their …

Following the collapse of the Yanshanian orogenic belt, mantle magma uplift, crustal
stretching and thinning, and multiperiod strong magmatic hydrothermal activities occurred …

This study examines the geochemical and petrological characteristics of 16 carbonate-rich
(ie, chalky marl, chalky limestone, and limestone) samples of the Upper Cretaceous Shu'ayb …

Abstract The Carboniferous-Permian was an important period for the formation of coal mines
and coaly source rocks across the world. Controlled by the paleoclimate, Cathaysia flora …

The early and middle Eocene was an important transition period from greenhouse to
icehouse climate in the Paleogene. Exploring the response relationship between the lake …

This research aims to produce a compressed Earth block (CEB) product locally from soil
collected from North Jordan. The CEB mixture was further stabilized using oil shale (OS) and …

Abstract The Upper Cretaceous source rocks of Jordan are organic-rich carbonate mudrocks
that represent excellent source rocks but are essentially still immature to just entering the oil …

This study deals with organic matter in chalky marls of the Wadi Shallala Formation in
northern Jordan. We report geochemical analyses (Total organic carbon, programmed …

Petrological, geochemical, and biostratigraphical investigations have been conducted on
seventy-nine samples from four selected sections in Jordan to understand the factors that …

This study sheds a light on the depositional environment of the late Cretaceous phosphorite
deposits that belong to Amman/Al Hisa Formation. The genesis of phosphorus supplied to …