Author:
Abdel Zaher Mohamed,El-Hadidy Mahmoud,El-Qady Gad,Rabeh Taha,Atya Magdy,El-hady Sherif,Tantawy Abdel Aziz,El-Hemaly Ibrahim,Al Deep Mohamed,Awad Ahmed,Salama Hamada,Khalifa Mohamed Mostafa,Leila Mahmoud
Abstract
AbstractThis work responds to what was reported in various audio-visual media channels and to queries and explanations from individuals and local residents on the causes of gaseous and thermal emissions from the Earth near the vicinity of the village of Al-Hindaw in Dakhla city, New Valley Governorate, Egypt. At the location of the fume exit area, magnetic, seismic, and electromagnetic geophysical investigations were carried out to identify the factor(s) responsible for the event in question. Rock samples were collected and studied geochemically and radiographically to assess their chemical compositions, as well as the quantity of organic chemicals that may have contributed to the burning and temperature increase. In light of the results of the geochemical and geophysical research, it is believed that the self-ignitions are the result of near-surface reactions and oxidation instead of volcanic activity, such as the presence of magma or other comparable phenomena.
Funder
The National Research Institute of Astronomy and Geophysics
Publisher
Springer Science and Business Media LLC
Cited by
1 articles.
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