Shapira’s Deuteronomy, Its Decalogue, and Dead Sea Scrolls Authentic and Forged

This essay engages Idan Dershowitz’s recent attempt to rehabilitate the Deuteronomy fragments Moses Wilhelm Shapira offered for sale in 1883. After summarizing the contents of Dershowitz’s volume, this paper evaluates Shapira’s fragments in relation to the Dead Sea Scrolls, the Moabitica and other forgeries connected to Shapira. It considers the implications of Shapira’s transcription of the text, which Dershowitz uses to demonstrate Shapira’s innocence. To counter Dershowitz’s hypothesis regarding the “proto-biblical” origin of the fragments, it is proposed that the composition is better understood as a post-biblical pastiche. Dershowitz has endeavored to sever the text from the possibilities allowed by 19th century European scholarship; the present article contextualizes the find within the religious world of 19th century Jerusalem. While the allure of significance can encourage scholars to overcome doubts and accept the authenticity of suspicious objects, Shapira’s fragments remain very dubious indeed.

Combined Zonation of the African-Levantine-Caucasian Areal of Ancient Hominin: Review and Integrated Analysis of Paleogeographical, Stratigraphic and Geophysical-Geodynamical Data

The origin of the man on Earth is directly associated with the determination of directions of the flow distribution of the ancient man dispersal to adjacent territories. In such studies, mainly landscape and climatological changes are traditionally considered. We suggest that along with the above factors, regional tectonic-geodynamic factors played a dominant role in the character of dispersal. The considered African-Levantine-Caucasian region is one of the most geologically complex regions of the world, where collisional and spreading processes of geodynamics converge. For the first time, we determined an essential influence of the Akchagylian hydrospheric maximum (about 200 m above the mean sea level) limiting the early dispersal of hominins from Africa to Eurasia. We propose that the Levantine Corridor emerged after the end of the Akchagylian transgression and landscape forming in the Eastern Mediterranean. This corridor location was formed by the movements between the Dead Sea Transform and the boundary of the carbonate platform of the Mesozoic Terrane Belt. Further landscape evolution was largely determined by the geodynamic behavior of the deep mantle rotating structure occurring below the central part of the region under study. All the mentioned events around and in the Levantine Corridor have been studied in detail on the basis of the combined geodynamic, paleogeographic, and paleomagnetic analyses performed in northern Israel (Carmel Uplift and Galilee Plateau). Careful studies of the Evron Quarry geological section indicate that it is unique for the dating of marine and continental archaeological sequences and sheds light on the early dispersal of hominins along the Levantine Corridor.

Dead Sea Water Levels Analysis Using Artificial Neural Networks and Firefly Algorithm

In this study, the performance of adaptive multilayer perceptron neural network (MLPNN) for predicting the Dead Sea water level is discussed. Firefly Algorithm (FFA), as an optimization algorithm is used for training the neural networks. To propose the MLPNN-FFA model, Dead Sea water levels over the period 1810–2005 are applied to train MLPNN. Statistical tests evaluate the accuracy of the hybrid MLPNN-FFA model. The predicted values of the proposed model were compared with the results obtained by another method. The results reveal that the artificial neural network (ANN) models exhibit high accuracy and reliability for the prediction of the Dead Sea water levels. The results also reveal that the Dead Sea water level would be around -450 until 2050.