Dr. Mohammadi is a specialist in regional diagenesis and mineralization of Mississippian carbonate rocks in the southern Midcontinent. Her expertise extends to investigating fault and fracture controls on hydrothermal fluids, fluid inclusion analysis, and isotope geochemistry of carbonates.

Dr. Mohammadi and her team are actively engaged in several projects focused on the Midcontinent region of North America. These projects include two funded initiatives and upcoming ventures:

1. Critical Minerals in Pennsylvanian-aged black shales of the US Midcontinent: This project aims to explore the potential of Pennsylvanian-aged black shales in the US Midcontinent as a source of critical minerals (CMs), including rare earth elements (REEs). Spanning from January 10, 2023, to January 9, 2026, the project involves collaboration with state geological surveys of Kansas, Illinois, Indiana, Iowa, Kentucky, Missouri, and Ohio. Dr. Mohammadi leads this project, assuming responsibility for coordination, oversight, and all aspects related to data collection, analysis, and reporting. Additionally, she ensures strict adherence to established protocols, procedures, regulations, and guidelines governing the project.

2. Investigation of Late Diagenetic Events and Timing of Carbonate Cements: Dr. Mohammadi focuses on understanding the influence of hydrothermal fluid migration and precipitation in both conventional and unconventional reservoirs. The project involves the use of U/Pb dating analysis to determine the absolute timing of carbonate cements. Furthermore, she explores the potential association of these basinal fluids with orogenic and post-orogenic events, as well as the influence of stratigraphy on their occurrence.

Dr. Mohammadi's comprehensive knowledge, coupled with her extensive research experience, contribute significantly to the field of geology and the understanding of diagenetic processes and mineralization in carbonate rocks. Her dedication to ongoing research and project leadership exemplifies her commitment to advancing scientific knowledge in the realm of regional diagenesis and hydrothermal fluid controls.