Biosignatures from sea ice brine and seawater.

<p>(A) Amplitude image of non-motile diatom from Greenland sea ice brine. Note the demarcation of cell walls and organelles. (B, C) Rapidly swimming organism in amplitude (B) and phase (C) from Greenland sea ice brine (images A-C previously published in [<a href="http://www.plosone.org...

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Bibliographic Details
Main Author:	Carl D. Snyder (20868650) (author)
Other Authors:	Manuel Bedrossian (848592) (author), Casey Barr (20868653) (author), Jody W. Deming (234155) (author), Chris A. Lindensmith (20868656) (author), Christian Stenner (20868659) (author), Jay L. Nadeau (848596) (author)
Published:	2025
Subjects:	Microbiology Cell Biology Biotechnology Ecology Developmental Biology Inorganic Chemistry Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified glaciovolcanic cave ice autonomous software package volumetric light microscopy sea ice brines extreme field sites free video microscopy process data using field samples collected div >< p motile cells could microbial active motion video microscopy motile cells active motion sites allowed cryopeg brines stimulate cells passive motion wide range temperature gradient spaceflight computers situ </ simple stimuli select samples sampling seawater samples except sample treatment results demonstrate restrictions imposed performed previously optical properties mission bandwidth like objects life detection larger eukaryotes hypersaline pools hyperalkaline springs dramatic increases developing methods cryopeg brine computational requirements capture cell also suggest
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Biosignatures from sea ice brine and seawater.

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