TY - JOUR A1 - Tawfik, Ahmed Y. A1 - Ondrak, Robert A1 - Winterleitner, Gerd A1 - Mutti, Maria T1 - Source rock evaluation and petroleum system modeling of the East Beni Suef Basin, north Eastern Desert, Egypt JF - Journal of African earth sciences N2 - This study deals with the East Beni Suef Basin (Eastern Desert, Egypt) and aims to evaluate the source-generative potential, reconstruct the burial and thermal history, examine the most influential parameters on thermal maturity modeling, and improve on the models already published for the West Beni Suef to ultimately formulate a complete picture of the whole basin evolution. Source rock evaluation was carried out based on TOC, Rock-Eval pyrolysis, and visual kerogen petrography analyses. Three kerogen types (II, II/III, and III) are distinguished in the East Beni Suef Basin, where the Abu Roash "F" Member acts as the main source rock with good to excellent source potential, oil-prone mainly type II kerogen, and immature to marginal maturity levels. The burial history shows four depositional and erosional phases linked with the tectonic evolution of the basin. A hiatus (due to erosion or non-deposition) has occurred during the Late Eocene-Oligocene in the East Beni Suef Basin, while the West Beni Suef Basin has continued subsiding. Sedimentation began later (Middle to Late Albian) with lower rates in the East Beni Suef Basin compared with the West Beni Suef Basin (Early Albian). The Abu Roash "F" source rock exists in the early oil window with a present-day transformation ratio of about 19% and 21% in the East and West Beni Suef Basin, respectively, while the Lower Kharita source rock, which is only recorded in the West Beni Suef Basin, has reached the late oil window with a present-day transformation ratio of about 70%. The magnitude of erosion and heat flow have proportional and mutual effects on thermal maturity. We present three possible scenarios of basin modeling in the East Beni Suef Basin concerning the erosion from the Apollonia and Dabaa formations. Results of this work can serve as a basis for subsequent 2D and/or 3D basin modeling, which are highly recommended to further investigate the petroleum system evolution of the Beni Suef Basin. KW - source rock evaluation KW - Kerogen petrography KW - basin modeling KW - sensitivity KW - analysis KW - Beni Suef Basin KW - Egypt Y1 - 2022 U6 - https://doi.org/10.1016/j.jafrearsci.2022.104575 SN - 1464-343X SN - 1879-1956 VL - 193 PB - Elsevier CY - Oxford ER - TY - JOUR A1 - Cromwell, Jennifer ED - Ambühl, Annemarie ED - Carlà-Uhink, Filippo ED - Rollinger, Christian ED - Walde, Christine T1 - From Pyramids to Obscure Gods BT - The Creation of an Egyptian World in Persona 5 JF - thersites 14 N2 - Within Persona 5’s modern Tokyo setting, imagined worlds are created that represent the cognitive processes of various characters. These ‘palaces’ allow the player to explore locations far removed from the game’s real-world, contemporary backdrop. One episode creates an ancient Egyptian world. This article examines how this world has been produced and the different transmedial tropes and other influences that its developers have drawn upon. Many references are recognisable to a broad audience (pyramids, gods, hieroglyphs), while others reflect Japanese pop-cultural trends (in various manga and anime), including the mention of an obscure Egyptian god, Medjed. The intentionally fictitious nature of these ‘palaces’ means that the Egypt that appears in this game is not bound by the need to replicate an ‘accurate’ landscape. Instead, the developers were free to design a gamescape that combines multiple and diverse receptions of ancient Egypt. KW - Egypt KW - videogames KW - Persona 5 KW - pyramids KW - gods Y1 - 2022 U6 - https://doi.org/10.34679/thersites.vol14.199 SN - 2364-7612 VL - 2022 IS - 14 SP - 1 EP - 40 ER -