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- W2245528757 abstract "In light of increasing interest in the functioning of extremophilic environments and growing concerns over global warming, this chapter attempts to address some of the factors that influence life in cold polar habitats. The cryobiosphere is especially sensitive to changes in climate and itself plays an important role in gas fluxes and environmental shifts at the poles and, by extension, on the earth as a whole. This sensitivity and its consequent global impact make an understanding of polar bioclimatic interactions critical to predicting future climate change trends. During the 2001 season Warner and Miller collected data on RecA antigen concentrations in marine bacterioplankton near Palmer Station. Although the data were scattered, a direct correlation between an increased ratio of midday-to-evening induction and the extent of the stratospheric ozone depletion was observed. This chapter addresses the mechanisms by which microbes repair UV damage in their most fundamental molecule, the DNA that encodes the proteins and molecules that mediate all their life functions. Many of the hypotheses regarding the effect of global warming at the poles have focused on the high concentration of carbon trapped in the permafrost and the concept that its release will result in massive increases in microbial activity that will produce positive feedback, further exaggerating climate change. Microbial nitrous oxide production appears to be enhanced at higher water-activity concentrations and atmospheric release of nitrogen species with a biological origin from snow has been shown to occur even under conditions of low or absent light without ice-/snowmelt." @default.
- W2245528757 created "2016-06-24" @default.
- W2245528757 creator A5012990044 @default.
- W2245528757 creator A5057531273 @default.
- W2245528757 creator A5068923599 @default.
- W2245528757 creator A5086036279 @default.
- W2245528757 date "2014-04-09" @default.
- W2245528757 modified "2023-09-24" @default.
- W2245528757 title "Climate Change, Ozone Depletion, and Life at the Poles" @default.
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