Mihaela Glamoclija

Mihaela Glamoclija

Email

m.glamoclija [at] rutgers.edu

Phone

973-353-2509

Office Location

101 Warren Street,
Smith Hall Room 138
Newark, New Jersey, 07102

Field of Specialization: Geomicrobiology

My research focuses on investigations of microbial systems living in extreme environments. I am curious about the ways in which life interacts with the environment and the mechanisms that it uses to thrive under the extremes. The analytical techniques applied in most of the projects tie together the disciplines of mineralogy, biogeochemistry and molecular biology. Such multidisciplinary approach is the best way to understand ecology of microbial systems and obtain a closer look into the mechanisms microbes use to survive in a salty desert, within a hydrothermal system, or deep under the surface. Moreover, detail understanding of present-day environments offers one of the few links and contexts we can use to understand environments from the geological past. My main research interest is characterization of biosignatures that can resist geologic time. I am also very interested in planetary sciences and astrobiology, and my research field sites are investigated as terrestrial analogs to equivalent environments on other planets, such as Mars and Europa.
 

Education

PhD International Research School of Planetary Sciences, Universitá G. d’Annunzio, Chieti-Pescara, Italy, 2005

BSc/MS University of Belgrade, Serbia, 2000
 

Publications

Widanagamage IH, Waldron AR, and Glamoclija M. (2018) Controls on Barite Crystal Morphology during Abiotic Precipitation. Minerals.

Mukherjee P, Glamoclija M, Gao Y. (2018) Insignificant impact of freezing and compaction on iron solubility in natural snow. Journal of Atmospheric Chemistry.

Sirisena , Ramirez S, Steele A, Glamoclija M. (2018) Insight into Microbial Biosignatures in Hypersaline Sediments from Playa Lucero, New Mexico, USA. Microbial Ecology

Cavalazzi, B .; Glamoclija, M.; Brack, A.; Westall, F.; Orosei, R., Cady, S.L., (2017). Astrobiology, the Emergence of Life, and Planetary Exploration. In Rossi, A.P.; van Gasselt, S. Planetary Geology, Berlin, Springer.

Pondrelli M, Rossi AP, Le Deit L, Fueten F, van Gasselt S, Glamoclija M, Cavalazzi B, Hauber E, Franchi F, Pozzobon R. 2015. Equatorial Layered Deposits in Arabia Terra, Mars: Facies and process variability. GSA Bulletin

Agee CB, Wilson NV, McCubbin FM, Ziegler K, Polyak VJ, Sharp ZD, Asmerom Y, Nunn MH, Shaheen R, Thiemens MH, Steele A, Fogel ML, Bowden R, Glamoclija M, Zhang Z, Elardo SM. 2013. Unique Meteorite from Early Amazonian Mars: Water-Rich Basaltic Breccia Northwest Africa 7034. Science doi: 10.1126/science.1228858