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Browsing Research Articles (Genetics) by UP Author "Gunnigle, Eoin"
Now showing items 1-6 of 6
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Gunnigle, Eoin; Frossard, Aline; Ramond, Jean-Baptiste; Guerrero, Leandro D.; Seely, Mary; Cowan, Don A. (Nature Publishing Group, 2017-01-10)Microbes in hot desert soil partake in core ecosystem processes e.g., biogeochemical cycling of carbon. Nevertheless, there is still a fundamental lack of insights regarding short-term (i.e., over a 24-hour [diel] cycle) ...
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Gunnigle, Eoin; Ramond, Jean-Baptiste; Guerrero, Leandro D.; Makhalanyane, Thulani P.; Cowan, Don A. (Oxford University Press, 2015-04)Hypoliths are microbially colonized translucent rocks that represent a key refuge niche in extreme arid environments such as the Antarctic Dry Valleys. These cryptic microbial assemblages are crucial as they mediate ...
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Makhalanyane, Thulani P.; Valverde, Angel; Velázquez, David; Gunnigle, Eoin; Van Goethem, Marc W.; Quesada, Antonio; Cowan, Don A. (Springer, 2015-04)Polar Regions (continental Antarctica and the Arctic) are characterized by a range of extreme environmental conditions, which impose severe pressures on biological life. Polar cold-active cyanobacteria are uniquely adapted ...
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Makhalanyane, Thulani P.; Valverde, Angel; Gunnigle, Eoin; Frossard, Aline; Ramond, Jean-Baptiste; Cowan, Don A. (Oxford University Press, 2015-03)A significant proportion of the Earth's surface is desert or in the process of desertification. The extreme environmental conditions that characterize these areas result in a surface that is essentially barren, with a ...
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Johnson, Riegardt M.; Ramond, Jean-Baptiste; Gunnigle, Eoin; Seely, Mary; Cowan, Don A. (Springer, 2017-01)The central Namib Desert is hyperarid, where limited plant growth ensures that biogeochemical processes are largely driven by microbial populations. Recent research has shown that niche partitioning is critically involved ...
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Gunnigle, Eoin; Ramond, Jean-Baptiste; Frossard, Aline; Seely, Mary; Cowan, Don A. (Elsevier, 2014-08)A co-extraction protocol that sequentially isolates core biopolymer fractions (DNA, RNA, protein) from edaphic microbial communities is presented. In order to confirm compatibility with downstream analyses, bacterial T-RFLP ...
Now showing items 1-6 of 6