JG
Member Since 2005
Jen B. Glass
Associate Professor, Georgia Institute of Technology
AGU Research
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Characterization of artificial seawater media for culturing Marinobacter identified in long-term Eastern tropical North Pacific oxygen minimum zone enrichment cultures
OCEAN SCIENCES 2024
ocean biology and biogeochemistry | 19 february 2024
Hector G. Torres-De Jesus, Claire E. Elbon, Jennif...
Bacteria, ubiquitous microorganisms found from the palm of our hand to the depths of the ocean, exhibit remarkable metabolic diversity. The marine bac...
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Thermochemolysis by TMAH Releases Organic Biosignature Compounds in the Mars Analog Gypsum Crusts of Western Australia
MARTIAN SULFATES STUDIED USING ORBITAL, GROUND, LABORATORY, AND EARTH DATA II POSTER
planetary sciences | 15 december 2023
Chad Pozarycki, Lydia Kivrak, Amy J. Williams, Tat...
Salt crusts are formed by evaporitic lake systems including the Western Australia Transient Lakes (WATL). These systems were the subject of a field ef...
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The Influence of Ice and Ocean Interactions on Microbial Communities under Ice Shelves
ICE COVERED WORLDS: DETECTION AND DIVERSITY OF LIFE BENEATH ICE I POSTER
subsurface habitability and life | 19 may 2022
Justin Lawrence, Jennifer B. Glass, Jeff S. Bowman...
Antarctica is ringed by hundreds of floating ice shelves, which form when ice flows into the ocean faster than it melts or calves into icebergs. Ice s...
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RNA and the Goldilocks Zone: Where Mg2+ concentration is just right
PREBIOTIC CHEMISTRY AND EARLY EARTH ENVIRONMENTS: FROM BUILDING BLOCKS TO EARLY BIOCHEMISTRY I ORAL
transitions from prebiotic chemistry to biology | 19 may 2022
Rebecca Guth-Metzler, Elizabeth T. Cowan, Ahmad M....
To RNA, divalent metals (M2+) are a double-edged sword: promoting folding but catalyzing cleavage. Because folding can protect RNA from cleavage, the ...
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Single-Cell Analysis of Microbial Activity in Seawater-Sourced Hypersaline Brines Analogous to Other Ocean Worlds
SALTY GOODNESS II: RETURN OF THE BRINES III POSTER: IN MEMORIAM OF RONALD OREMLAND
ocean worlds near and far | 18 may 2022
Emily R. Paris, Nestor Arandia Gorostidi, Jennifer...
Understanding the limits of life in hypersaline brines on Earth can help us better predict how and where to look for life on other planets. Here, we m...
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Pass the Salt: patterns of horizontal gene transfer within hypersaline-brine metagenomes
SALTY GOODNESS II: RETURN OF THE BRINES I ORAL: IN MEMORIAM OF RONALD OREMLAND
ocean worlds near and far | 18 may 2022
Benjamin Klempay, Avishek Dutta, Jennifer B. Glass...
If life existed on ancient Mars, it would have had to endure increasingly harsh environmental conditions as the Red Planet transitioned from wet to dr...
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Diversity of Heme Copper Oxidases in a Hypersaline Analogue for Ocean Worlds
SALTY GOODNESS II: RETURN OF THE BRINES III POSTER: IN MEMORIAM OF RONALD OREMLAND
ocean worlds near and far | 18 may 2022
Claire Elise Elbon, Benjamin Klempay, Avishek Dut...
There is evidence supporting the prevalence of water bodies on planets and moons, coined as ocean worlds, throughout our universe’s history. Current m...
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Investigating the Circadian Rhythms of a Hypersaline Saltern
SALTY GOODNESS II: RETURN OF THE BRINES I ORAL: IN MEMORIAM OF RONALD OREMLAND
ocean worlds near and far | 18 may 2022
Margaret M. Weng, Benjamin Klempay, Luke Fisher, J...
Gene expression varies from day to night as life adjusts to the corresponding changes in the environment, and this regulatory feedback is an important...
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