Martian Terrestrial Analogues in Tunisia - Essefi, Elhoucine
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Being a first notice in Tunisia, this work opens the door for forthcoming studies shedding light on potential analogies between Tunisian terrestrial analogues and extraterrestrial bodies. We use models to further understand possible spring mounds formation on Mars. The genesis of the spring mounds is a direct consequence of groundwater upwelling, triggered by tectonics and/or hydraulics. We discussed the chaology within the Sidi El Hani terrestrial analogue and Gale crater on Mars. Within natural systems, biologic activities and geologic conditions are linked by hierarchical cause-effect relations generating complex chaotic systems.…mehr

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Produktbeschreibung
Being a first notice in Tunisia, this work opens the door for forthcoming studies shedding light on potential analogies between Tunisian terrestrial analogues and extraterrestrial bodies. We use models to further understand possible spring mounds formation on Mars. The genesis of the spring mounds is a direct consequence of groundwater upwelling, triggered by tectonics and/or hydraulics. We discussed the chaology within the Sidi El Hani terrestrial analogue and Gale crater on Mars. Within natural systems, biologic activities and geologic conditions are linked by hierarchical cause-effect relations generating complex chaotic systems.
Autorenporträt
Dr. Elhoucine Essefi obtained his PhD in geology from the National Engineering School of Sfax in 2013 titled ¿Wet Aeolian Sedimentology and Sequence Stratigraphy within the Terrestrial Analogues in Eastern Tunisia: Implications for Wet Aeolian Sedimentology and Sequence Stratigraphy on Mars¿.