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Editors contains: "Parales, Rebecca E"

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  1. ; ; ; ; ; ; ; ; ; ; et al (, Applied and Environmental Microbiology)
    Parales, Rebecca E (Ed.)
    The discovery that MB will couple the oxidation of H2O to metal ion reduction and the release of O2suggests that methanotrophs expressing MB may be able to maintain their activity under hypoxic/anoxic conditions through the “self-generation” of dioxygen required for the initial oxidation of methane to methanol. Such an ability may be an important factor in enabling methanotrophs to not only colonize the oxic-anoxic interface where methane concentrations are highest but also tolerate significant temporal fluctuations of this interface. 
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  2. ; ; (, Applied and Environmental Microbiology)
    Parales, Rebecca E (Ed.)
    Primitive forms of life may have originated around hydrothermal vents at the bottom of the ancient ocean. The Lost City hydrothermal vent field, fueled by just rock and water, provides an analog for not only primitive ecosystems but also potential extraterrestrial rock-powered ecosystems. The microscopic life covering the towering chimney structures at the Lost City has been previously documented, yet little is known about the carbon cycling in this ecosystem. These results provide a better understanding of how carbon from the deep subsurface can fuel rich microbial ecosystems on the seafloor. 
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