Project Abstract

This project aims to conduct a comprehensive geochemical characterization and provenance analysis of sedimentary rocks within a selected sedimentary basin. Understanding the geochemical composition and the source of sedimentary rocks is crucial for various applications, including mineral exploration, hydrocarbon exploration, paleoenvironmental reconstruction, and sedimentary provenance studies. The selected sedimentary basin holds significant geological and economic importance, as it is known to host a variety of sedimentary rocks with potential for mineral and energy resources. By undertaking a detailed geochemical analysis of these sedimentary rocks, the project will provide valuable insights into the basin's geological history, depositional environment, and the potential sources of the sediments. The study will employ a multidisciplinary approach, integrating field observations, petrographic analyses, and comprehensive geochemical techniques. The field component will involve the systematic collection of representative sedimentary rock samples from various stratigraphic horizons and locations within the basin. These samples will then be subjected to detailed petrographic analysis to determine their mineralogical composition and textural characteristics. The geochemical characterization will involve the use of advanced analytical techniques, such as X-ray fluorescence (XRF) and inductively coupled plasma mass spectrometry (ICP-MS), to determine the major, trace, and rare earth element (REE) compositions of the sedimentary rocks. The data generated from these analyses will be used to establish the geochemical signatures of the rocks and to identify any significant variations within the basin. The provenance analysis will utilize the geochemical data in conjunction with other relevant information, such as detrital zircon geochronology, heavy mineral analysis, and sedimentary facies analysis, to decipher the source regions, transport pathways, and depositional histories of the sedimentary rocks. This comprehensive approach will provide a robust understanding of the basin's sediment provenance and its implications for regional tectonic and paleogeographic reconstructions. The project's findings will have significant implications for various applications. In the field of mineral exploration, the geochemical data and provenance analysis can aid in the identification of potential source regions for economically valuable minerals and help guide targeted exploration efforts. For hydrocarbon exploration, the sedimentary provenance and depositional environment information can contribute to the understanding of the basin's tectonic and thermal history, which is crucial for assessing the hydrocarbon potential. Furthermore, the project's results will enhance our knowledge of the basin's paleoenvironmental conditions and sedimentary processes, which can have important implications for the reconstruction of past climatic and environmental changes. This information can be valuable for understanding the basin's long-term evolution and its response to various geological and climatic events. Overall, this project represents a significant contribution to the field of sedimentary geology and basin analysis, providing a detailed geochemical and provenance characterization of a selected sedimentary basin. The findings will have practical applications in mineral and energy exploration, as well as in the broader understanding of the basin's geological history and its implications for regional and global tectonic and environmental reconstructions.

Project Overview