Jannatul Ferdous
Geoscientist | JETS
Jannatul Ferdous
Geoscientist
JETS
Biography
Dr. Jannatul Ferdous is a geoscientist working at NASA-Johnson Space Center within Astromaterials Research and Exploration Science (ARES) Division from Jacobs JETS II Contract. She is currently involved in Mars Sample Return (MSR) Campaign, Mars Sample Receiving Project (SRP), and OSIRIS-REx Sample Return Mission, where she is responsible for processing samples, testing lab environments, writing procedural documents, and conducting various scientific research and experiments. She also serves as a lab manager for Mars2020 Contamination Knowledge (CK) (scientific baselines for terrestrial contamination) sample collections.
Jannatul received her PhD in geology (Planetary Geochemistry) from the University of Houston in 2019. Her dissertation was on crustal contribution assessment in enriched shergottite magma of Mars using petrology, geochemistry, and radiogenic isotope systems. To achieve the study, she used different scientific analytical instruments, such as SEM, EMP, LA-ICP-MS, and TIMS to obtain qualitative and quantitative measurements of major and trace element concentrations, and radiogenic isotope ratios to determine formation ages (Rb-Sr, Sm-Nd), and to conduct overall geochemical context of Martian rock origin and evolution. Jannatul also earned her bachelor’s (2010) and master’s (2012) degrees in geology, from the University of Dhaka, Bangladesh. Her master’s thesis was on risk assessment of arsenic (As) transport in Dhaka City groundwater from the surrounding shallow aquifers using logistic regression models. She received a fellowship from Eawag - Swiss Federal Institute of Aquatic Science and Technology, Switzerland, to conduct her master’s research. Prior to working for NASA-JSC, she served as an adjunct faculty at Lee College in Baytown, TX, teaching Geology courses.
Select Publications
• Ferdous J. and Brandon A. D. (2020) Crystallization age of enriched poikilitic shergottite Northwest Africa 7397 determined from Sm-Nd isotope systematics. 51st LPSC abs. (#1064).
• Ferdous J., Brandon A. D., and Peslier A. H. (2019) Martian magma evolution from olivine-hosted melt inclusions in shergottites using MELTS models. Goldschmidt Conference, Barcelona 2019. abs.
• Ferdous J., Brandon A. D., Humayun M., and Peslier A. H. (2019) Trace element abundances of olivine-hosted melt inclusions in shergottites Northwest Africa 7397 and Roberts Massif 04262. 50th LPSC abs. (# 1281).
• Ferdous J., Brandon A. D., and Peslier A. H. (2018) Magma evolution of poikilitic shergottite Northwest Africa 7397 from its olivine-hosted melt inclusions. 49th LPSC abs. (# 1033).
• Ferdous J., Brandon A. D., Peslier A. H., and Pirotte Z. (2017) Evaluating crustal contributions to enriched shergottites from the petrology, trace elements, and Rb-Sr and Sm-Nd isotope systematics of Northwest Africa 856. Elsevier, GCA, vol. 211, pg. 280-306.
• Brandon A. D., Ferdous J., and Peslier A. H. (2017) Evaluating crustal contamination effects on the lithophile trace element budget of shergottites. Goldschmidt Conference, Paris 2017. abs.
• Brandon A. D., Ferdous J., and Peslier A. H. (2017) Evaluating Crustal Contamination Effects on the lithophile trace element budget of shergottites, NWA 856 as a test case. 48th LPSC abs. (# 1039).
• Ferdous J., Brandon A. D., Peslier A. H., and Pirotte Z. (2016) Basaltic shergottite NWA 856: Differentiation of a Martian magma. 47th LPSC abs. (# 2621).
• Ferdous J., Ahmed K. M., Sultana S., Amini M., Berg M., and Johnston R. (2013) Assessing the risk of arsenic transport in the upper Dupi Tila aquifer of Dhaka city from the surrounding shallow aquifers. JGWR (ISSN: 2321- 4783) vol. 2, Issue 1, pg. 56-65 by AGGS, India.
• Ferdous J., Ahmed K. M., Sultana S., Amini M., Berg M., and Johnston R. (2012) Using logistic regression to model arsenic risk in Dhaka city, Bangladesh. Sandac News, vol. 13, pg. 24 at EAWAG, Switzerland.