The exploration of Gale Crater on Mars has returned a great amount of data, offering insights into the planet's geological history. However, to fully understand its evolution, comprehensive analysis at various scales is essential. This study focuses on geological mapping, stratigraphy and structural analysis transitioning from a regional scale to a local scale to precisely establish the evolution of Gale Crater. By integrating data from remote sensing observations from orbiting spacecraft and the Curiosity rover in situ exploration, our study included a great variety of data types and analytical software, facilitating a comprehensive understanding of Gale Crater's geological evolution. In particular, we mapped the North-West region of Mount Sharp and conducted detailed structural analysis of the strata sequence in order to establish correlation among different locations within the crater.
The exploration of Gale Crater on Mars has returned a great amount of data, offering insights into the planet's geological history. However, to fully understand its evolution, comprehensive analysis at various scales is essential. This study focuses on geological mapping, stratigraphy and structural analysis transitioning from a regional scale to a local scale to precisely establish the evolution of Gale Crater. By integrating data from remote sensing observations from orbiting spacecraft and the Curiosity rover in situ exploration, our study included a great variety of data types and analytical software, facilitating a comprehensive understanding of Gale Crater's geological evolution. In particular, we mapped the North-West region of Mount Sharp and conducted detailed structural analysis of the strata sequence in order to establish correlation among different locations within the crater.
Geological mapping and analysis of North-West Mount Sharp region (Gale Crater, Mars)
TONOIAN, SUSANNA
2023/2024
Abstract
The exploration of Gale Crater on Mars has returned a great amount of data, offering insights into the planet's geological history. However, to fully understand its evolution, comprehensive analysis at various scales is essential. This study focuses on geological mapping, stratigraphy and structural analysis transitioning from a regional scale to a local scale to precisely establish the evolution of Gale Crater. By integrating data from remote sensing observations from orbiting spacecraft and the Curiosity rover in situ exploration, our study included a great variety of data types and analytical software, facilitating a comprehensive understanding of Gale Crater's geological evolution. In particular, we mapped the North-West region of Mount Sharp and conducted detailed structural analysis of the strata sequence in order to establish correlation among different locations within the crater.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/80196