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- W3192120710 abstract "Abstract The biotic and abiotic controls on major shifts in atmospheric oxygen and the persistence of low-oxygen periods over a majority of Earth’s history remain under debate. Explanations of Earth’s stepwise pattern of oxygenation have mostly neglected the effect of changing diel illumination dynamics linked to daylength, which has increased through geological time due to Earth’s rotational deceleration caused by tidal friction. Here we used microsensor measurements and dynamic modelling of interfacial solute fluxes in cyanobacterial mats to investigate the effect of changing daylength on Precambrian benthic ecosystems. Simulated increases in daylength across Earth’s historical range boosted the diel benthic oxygen export, even when the gross photosynthetic production remained constant. This fundamental relationship between net productivity and daylength emerges from the interaction of diffusive mass transfer and diel illumination dynamics, and is amplified by metabolic regulation and microbial behaviour. We found that the resultant daylength-driven surplus organic carbon burial could have shaped the increase in atmospheric oxygen that occurred during the Great and Neoproterozoic Oxidation Events. Our suggested mechanism, which links the coinciding increases in daylength and atmospheric oxygen via enhanced net productivity, reveals a possible contribution of planetary mechanics to the evolution of Earth’s biology and geochemistry." @default.
- W3192120710 created "2021-08-16" @default.
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- W3192120710 date "2021-08-01" @default.
- W3192120710 modified "2023-10-18" @default.
- W3192120710 title "Possible link between Earth’s rotation rate and oxygenation" @default.
- W3192120710 cites W125800115 @default.
- W3192120710 cites W1491285186 @default.
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- W3192120710 cites W1536952443 @default.
- W3192120710 cites W1596885105 @default.
- W3192120710 cites W1786948715 @default.
- W3192120710 cites W1927213374 @default.
- W3192120710 cites W1970185546 @default.
- W3192120710 cites W1976414188 @default.
- W3192120710 cites W1977039338 @default.
- W3192120710 cites W1979315982 @default.
- W3192120710 cites W1980270634 @default.
- W3192120710 cites W1985667871 @default.
- W3192120710 cites W1985975904 @default.
- W3192120710 cites W1987022312 @default.
- W3192120710 cites W1988323425 @default.
- W3192120710 cites W1989737834 @default.
- W3192120710 cites W1994160943 @default.
- W3192120710 cites W1995462673 @default.
- W3192120710 cites W2004166221 @default.
- W3192120710 cites W2010319103 @default.
- W3192120710 cites W2039281489 @default.
- W3192120710 cites W2040046519 @default.
- W3192120710 cites W2042750907 @default.
- W3192120710 cites W2046557261 @default.
- W3192120710 cites W2047349403 @default.
- W3192120710 cites W2049681765 @default.
- W3192120710 cites W2055063611 @default.
- W3192120710 cites W2056482280 @default.
- W3192120710 cites W2058194027 @default.
- W3192120710 cites W2059995708 @default.
- W3192120710 cites W2062900030 @default.
- W3192120710 cites W2066337770 @default.
- W3192120710 cites W2068970307 @default.
- W3192120710 cites W2080971404 @default.
- W3192120710 cites W2080973065 @default.
- W3192120710 cites W2087769129 @default.
- W3192120710 cites W2090253629 @default.
- W3192120710 cites W2092626416 @default.
- W3192120710 cites W2094411973 @default.
- W3192120710 cites W2098998009 @default.
- W3192120710 cites W2100338030 @default.
- W3192120710 cites W2104839310 @default.
- W3192120710 cites W2107631555 @default.
- W3192120710 cites W2122659712 @default.
- W3192120710 cites W2129103253 @default.
- W3192120710 cites W2140479142 @default.
- W3192120710 cites W2140511045 @default.
- W3192120710 cites W2159329271 @default.
- W3192120710 cites W2161386414 @default.
- W3192120710 cites W2163133426 @default.
- W3192120710 cites W2170788996 @default.
- W3192120710 cites W2171119677 @default.
- W3192120710 cites W2249648785 @default.
- W3192120710 cites W2313896404 @default.
- W3192120710 cites W2335992025 @default.
- W3192120710 cites W2396122232 @default.
- W3192120710 cites W2551527248 @default.
- W3192120710 cites W2560972103 @default.
- W3192120710 cites W2562114261 @default.
- W3192120710 cites W2583277763 @default.
- W3192120710 cites W2749763761 @default.
- W3192120710 cites W2782588308 @default.
- W3192120710 cites W2802874457 @default.
- W3192120710 cites W2806299100 @default.
- W3192120710 cites W2864410952 @default.
- W3192120710 cites W2890860757 @default.
- W3192120710 cites W2944755726 @default.
- W3192120710 cites W2953012609 @default.
- W3192120710 cites W2956268796 @default.
- W3192120710 cites W2973879249 @default.
- W3192120710 cites W2982856208 @default.
- W3192120710 cites W2995267907 @default.
- W3192120710 cites W3036341826 @default.
- W3192120710 cites W3047947451 @default.
- W3192120710 cites W3098556196 @default.
- W3192120710 cites W3125288393 @default.
- W3192120710 cites W4300562728 @default.
- W3192120710 cites W4313371710 @default.
- W3192120710 cites W593297450 @default.
- W3192120710 doi "https://doi.org/10.1038/s41561-021-00784-3" @default.
- W3192120710 hasPublicationYear "2021" @default.
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