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- W2952637562 abstract "The relationship between environmental conditions and the development, mineralization and preservation of modern tufa microbialites was investigated in a 1.1 km long freshwater stream in Villiers-le-Bâcle, a tributary of Mérantaise river. Detailed mapping of the tufa microbialite distribution combined with sedimentological, petrographical and mineralogical analyses were coupled with chemical measurements. Six organosedimentary structures were identified; their distribution appears heterogeneous along the stream and responds to physicochemical conditions of water and specific biological components (e.g., microorganism, exopolymeric substance). Two of the organosedimentary structures show evidence of mineralization and only one is lithified. Based on field observations and in-situ deployment of mineralization markers (bricks), three zones with increasing mineralization intensities are defined, ranging from no mineralization to thick mineralized crusts forming riverine tufa. Both biotic and abiotic processes were proposed for the tufa microbialite formation. We explained changes in mineralization intensities by the specific physicochemical conditions (e.g., calcite saturation index (SIcalc) and partial pressure of CO2 (pCO2) and a closed proximity of the cyanobacterial biofilm and carbonates precipitates. The physical and chemical composition of substrate impact development of microbial communities, mineralization potential of tufa microbialite. Even though the physicochemical and biological conditions were optimal for mineral precipitation, the potential of lithification depended on the presence of a suitable (physical and chemical) substrate." @default.
- W2952637562 created "2019-06-27" @default.
- W2952637562 creator A5002580967 @default.
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- W2952637562 date "2019-06-13" @default.
- W2952637562 modified "2023-10-14" @default.
- W2952637562 title "The Role of the Substrate on the Mineralization Potential of Microbial Mats in A Modern Freshwater River (Paris Basin, France)" @default.
- W2952637562 cites W123675920 @default.
- W2952637562 cites W145609236 @default.
- W2952637562 cites W1523603165 @default.
- W2952637562 cites W1544670666 @default.
- W2952637562 cites W1559839988 @default.
- W2952637562 cites W1561053734 @default.
- W2952637562 cites W1604035276 @default.
- W2952637562 cites W160732954 @default.
- W2952637562 cites W163855935 @default.
- W2952637562 cites W165383973 @default.
- W2952637562 cites W1880636999 @default.
- W2952637562 cites W1922727446 @default.
- W2952637562 cites W1927877906 @default.
- W2952637562 cites W193288106 @default.
- W2952637562 cites W195416124 @default.
- W2952637562 cites W1966036481 @default.
- W2952637562 cites W1969951110 @default.
- W2952637562 cites W1971381271 @default.
- W2952637562 cites W1972349950 @default.
- W2952637562 cites W1977934443 @default.
- W2952637562 cites W1979470266 @default.
- W2952637562 cites W1981436581 @default.
- W2952637562 cites W1982569011 @default.
- W2952637562 cites W1984026078 @default.
- W2952637562 cites W1988438714 @default.
- W2952637562 cites W1991966650 @default.
- W2952637562 cites W1997354558 @default.
- W2952637562 cites W2000891491 @default.
- W2952637562 cites W2004414865 @default.
- W2952637562 cites W2004529964 @default.
- W2952637562 cites W2005231757 @default.
- W2952637562 cites W2006487278 @default.
- W2952637562 cites W2007148367 @default.
- W2952637562 cites W2007600204 @default.
- W2952637562 cites W2012776694 @default.
- W2952637562 cites W2016184372 @default.
- W2952637562 cites W2017209223 @default.
- W2952637562 cites W202400339 @default.
- W2952637562 cites W2025083577 @default.
- W2952637562 cites W2025464624 @default.
- W2952637562 cites W2026540650 @default.
- W2952637562 cites W2028611067 @default.
- W2952637562 cites W2032051744 @default.
- W2952637562 cites W2033944102 @default.
- W2952637562 cites W2038291184 @default.
- W2952637562 cites W2053696721 @default.
- W2952637562 cites W2056409262 @default.
- W2952637562 cites W2056880513 @default.
- W2952637562 cites W2056999970 @default.
- W2952637562 cites W2057233918 @default.
- W2952637562 cites W2062033357 @default.
- W2952637562 cites W2062740614 @default.
- W2952637562 cites W2064428397 @default.
- W2952637562 cites W2068168634 @default.
- W2952637562 cites W2069321386 @default.
- W2952637562 cites W2069947471 @default.
- W2952637562 cites W2070869468 @default.
- W2952637562 cites W2081572241 @default.
- W2952637562 cites W2082537279 @default.
- W2952637562 cites W2082841185 @default.
- W2952637562 cites W2088070069 @default.
- W2952637562 cites W2088897561 @default.
- W2952637562 cites W2092761152 @default.
- W2952637562 cites W2094057540 @default.
- W2952637562 cites W2094242191 @default.
- W2952637562 cites W2095361996 @default.
- W2952637562 cites W2096522903 @default.
- W2952637562 cites W2096685291 @default.
- W2952637562 cites W2098606382 @default.
- W2952637562 cites W2099641476 @default.
- W2952637562 cites W2099731744 @default.
- W2952637562 cites W2101742822 @default.
- W2952637562 cites W2104777960 @default.
- W2952637562 cites W2105617555 @default.
- W2952637562 cites W2111777846 @default.
- W2952637562 cites W2118124391 @default.
- W2952637562 cites W2122200234 @default.
- W2952637562 cites W2122261506 @default.
- W2952637562 cites W2124565637 @default.
- W2952637562 cites W2128509875 @default.
- W2952637562 cites W2130666604 @default.
- W2952637562 cites W2138742911 @default.
- W2952637562 cites W2144754408 @default.
- W2952637562 cites W2145154988 @default.