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• W2562808746 abstract "Abstract The accumulation of biofilms in porous media is likely to influence the overall hydraulic properties and, consequently, a sound understanding of the process is required for the proper design and management of many technological applications. In order to bring some light into this phenomenon we present a mechanistic model to study the variably saturated hydraulic properties of bio‐amended soils. Special emphasis is laid on the distribution of phases at pore‐scale and the mechanisms to retain and let water flow through, providing valuable insights into phenomena behind bioclogging. Our approach consists in modeling the porous media as an ensemble of capillary tubes, obtained from the biofilm‐free water retention curve. This methodology is extended by the incorporation of a biofilm composed of bacterial cells and extracellular polymeric substances (EPS). Moreover, such a microbial consortium displays a channeled geometry that shrinks/swells with suction. Analytical equations for the volumetric water content and the relative permeability can then be derived by assuming that biomass reshapes the pore space following specific geometrical patterns. The model is discussed by using data from laboratory studies and other approaches already existing in the literature. It can reproduce (i) displacements of the retention curve toward higher saturations and (ii) permeability reductions of distinct orders of magnitude. Our findings also illustrate how even very small amounts of biofilm may lead to significant changes in the hydraulic properties. We, therefore, state the importance of accounting for the hydraulic characteristics of biofilms and for a complex/more realistic geometry of colonies at the pore‐scale." @default.
• W2562808746 created "2017-01-06" @default.
• W2562808746 creator A5022705443 @default.
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• W2562808746 date "2017-01-01" @default.
• W2562808746 modified "2023-10-17" @default.
• W2562808746 title "A mechanistic model (BCC-PSSICO) to predict changes in the hydraulic properties for bio-amended variably saturated soils" @default.
• W2562808746 cites W1531658660 @default.
• W2562808746 cites W1827665359 @default.
• W2562808746 cites W1876214410 @default.
• W2562808746 cites W1966792083 @default.
• W2562808746 cites W1967465943 @default.
• W2562808746 cites W1968302648 @default.
• W2562808746 cites W1968597931 @default.
• W2562808746 cites W1978725620 @default.
• W2562808746 cites W1978970572 @default.
• W2562808746 cites W1982101344 @default.
• W2562808746 cites W1983702607 @default.
• W2562808746 cites W1983835037 @default.
• W2562808746 cites W1989254204 @default.
• W2562808746 cites W1989495816 @default.
• W2562808746 cites W1990236303 @default.
• W2562808746 cites W1993632764 @default.
• W2562808746 cites W1996234464 @default.
• W2562808746 cites W1996276187 @default.
• W2562808746 cites W2001432425 @default.
• W2562808746 cites W2002041815 @default.
• W2562808746 cites W2007587079 @default.
• W2562808746 cites W2009055834 @default.
• W2562808746 cites W2013331714 @default.
• W2562808746 cites W2021229185 @default.
• W2562808746 cites W2025425505 @default.
• W2562808746 cites W2028850290 @default.
• W2562808746 cites W2028943680 @default.
• W2562808746 cites W2044118236 @default.
• W2562808746 cites W2044325433 @default.
• W2562808746 cites W2048568378 @default.
• W2562808746 cites W2049741368 @default.
• W2562808746 cites W2050292675 @default.
• W2562808746 cites W2050904934 @default.
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• W2562808746 cites W2058118623 @default.
• W2562808746 cites W2063547066 @default.
• W2562808746 cites W2063933026 @default.
• W2562808746 cites W2066882591 @default.
• W2562808746 cites W2068273853 @default.
• W2562808746 cites W2068663025 @default.
• W2562808746 cites W2070300719 @default.
• W2562808746 cites W2074126494 @default.
• W2562808746 cites W2079011352 @default.
• W2562808746 cites W2079637408 @default.
• W2562808746 cites W2084331256 @default.
• W2562808746 cites W2084863029 @default.
• W2562808746 cites W2090295053 @default.
• W2562808746 cites W2090871462 @default.
• W2562808746 cites W2091824022 @default.
• W2562808746 cites W2092777499 @default.
• W2562808746 cites W2096827639 @default.
• W2562808746 cites W2097257091 @default.
• W2562808746 cites W2100653473 @default.
• W2562808746 cites W2105173502 @default.
• W2562808746 cites W2107837510 @default.
• W2562808746 cites W2118522739 @default.
• W2562808746 cites W2123369932 @default.
• W2562808746 cites W2125905810 @default.
• W2562808746 cites W2126432625 @default.
• W2562808746 cites W2130168291 @default.
• W2562808746 cites W2134343912 @default.
• W2562808746 cites W2135297211 @default.
• W2562808746 cites W2139587373 @default.
• W2562808746 cites W2147352250 @default.
• W2562808746 cites W2149699720 @default.
• W2562808746 cites W2150756672 @default.
• W2562808746 cites W2160308487 @default.
• W2562808746 cites W2160334123 @default.
• W2562808746 cites W2160968283 @default.
• W2562808746 cites W2163970869 @default.
• W2562808746 cites W2165194898 @default.
• W2562808746 cites W2167277553 @default.
• W2562808746 cites W2167576954 @default.
• W2562808746 cites W2167758131 @default.
• W2562808746 cites W2339803160 @default.
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• W2562808746 doi "https://doi.org/10.1002/2015wr018517" @default.
• W2562808746 hasPublicationYear "2017" @default.
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