FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2044619215> ?p ?o ?g. }

• W2044619215 endingPage "201" @default.
• W2044619215 startingPage "191" @default.
• W2044619215 abstract "The effect of soil moisture status on preferential flow in a texture-contrast soil was investigated by applying 25 mm Brilliant Blue dye tracer to soil profiles at high and low antecedent soil moisture. Differences in soil morphology and chemistry between soil profiles had little effect on the depth of dye infiltration and dye distribution down the profile. Antecedent soil moisture strongly influenced the type, depth and rate of dye tracer movement. In the wet treatment, the dye tracer infiltrated to depths between 0.24 and 0.40 m, at an average rate of 120 mm h−1. Whilst in the dry treatment, the same volume of dye tracer infiltrated to between 0.85 and 1.19 m depth at an average rate of 1160 mm h−1. In dry antecedent conditions, finger flow developed in the A1 horizon as a result of water repellency. In the wet treatment, the wetting front developed permutations but did not break into fingers. Despite similar particle size distributions, flow in the A2e was slower than the A1 horizon, due to the absence of macropores. In the dry treatment, the dye tracer ponded on the upper surface of the B21 horizon, which then spilled down the sides of the large clay columns as rivulets, at rates of between 2000 and 3000 mm h−1. The dye tracer accumulated at the base of the columns resulting in backfilling of the inter column shrinkage cracks, at an estimated rate of 750 mm h−1. In the subsoil, water movement occurred via shrinkage cracks which resulted in flow by-passing 99% of the soil matrix in the B21 horizon and 94% of the soil matrix in the B22 horizon. Evidence of rapid and deep infiltration in ‘dry’ texture-contrast soils has implications for water and solute management. This knowledge could be used to: (i) improve irrigation and fertilizer efficiency (ii) explain variations in crop yield (iii) reduce salinity through improved leaching practices, (iv) reduce the risk of agrochemicals contaminating shallow groundwater." @default.
• W2044619215 created "2016-06-24" @default.
• W2044619215 creator A5009011123 @default.
• W2044619215 creator A5024398601 @default.
• W2044619215 creator A5036080922 @default.
• W2044619215 creator A5074498191 @default.
• W2044619215 creator A5083471076 @default.
• W2044619215 creator A5083908793 @default.
• W2044619215 date "2011-02-01" @default.
• W2044619215 modified "2023-10-18" @default.
• W2044619215 title "Effect of antecedent soil moisture on preferential flow in a texture-contrast soil" @default.
• W2044619215 cites W1795469756 @default.
• W2044619215 cites W1964141349 @default.
• W2044619215 cites W1964257069 @default.
• W2044619215 cites W1966315771 @default.
• W2044619215 cites W1966882003 @default.
• W2044619215 cites W1966952555 @default.
• W2044619215 cites W1971753930 @default.
• W2044619215 cites W1972601792 @default.
• W2044619215 cites W1974319311 @default.
• W2044619215 cites W1979832935 @default.
• W2044619215 cites W1980440523 @default.
• W2044619215 cites W1982875647 @default.
• W2044619215 cites W1985506825 @default.
• W2044619215 cites W1990240793 @default.
• W2044619215 cites W1991814702 @default.
• W2044619215 cites W1994217288 @default.
• W2044619215 cites W2000301528 @default.
• W2044619215 cites W2001530789 @default.
• W2044619215 cites W2004247938 @default.
• W2044619215 cites W2005225864 @default.
• W2044619215 cites W2012976684 @default.
• W2044619215 cites W2017080781 @default.
• W2044619215 cites W2017728555 @default.
• W2044619215 cites W2027052175 @default.
• W2044619215 cites W2028838854 @default.
• W2044619215 cites W2038945077 @default.
• W2044619215 cites W2039814145 @default.
• W2044619215 cites W2042884815 @default.
• W2044619215 cites W2043748205 @default.
• W2044619215 cites W2045089567 @default.
• W2044619215 cites W2046082633 @default.
• W2044619215 cites W2046753526 @default.
• W2044619215 cites W2047356731 @default.
• W2044619215 cites W2051372989 @default.
• W2044619215 cites W2053473719 @default.
• W2044619215 cites W2054186563 @default.
• W2044619215 cites W2058185303 @default.
• W2044619215 cites W2060379618 @default.
• W2044619215 cites W2070385682 @default.
• W2044619215 cites W2070563338 @default.
• W2044619215 cites W2075537331 @default.
• W2044619215 cites W2079302475 @default.
• W2044619215 cites W2080302940 @default.
• W2044619215 cites W2083408774 @default.
• W2044619215 cites W2087479016 @default.
• W2044619215 cites W2088794355 @default.
• W2044619215 cites W2090710268 @default.
• W2044619215 cites W2091160252 @default.
• W2044619215 cites W2091182846 @default.
• W2044619215 cites W2091568135 @default.
• W2044619215 cites W2092447923 @default.
• W2044619215 cites W2096654471 @default.
• W2044619215 cites W2101366327 @default.
• W2044619215 cites W2102432973 @default.
• W2044619215 cites W2106819061 @default.
• W2044619215 cites W2114808444 @default.
• W2044619215 cites W2116129575 @default.
• W2044619215 cites W2120055163 @default.
• W2044619215 cites W2126661976 @default.
• W2044619215 cites W2136286580 @default.
• W2044619215 cites W2153921059 @default.
• W2044619215 cites W2165669094 @default.
• W2044619215 cites W4241091951 @default.
• W2044619215 doi "https://doi.org/10.1016/j.jhydrol.2010.12.008" @default.
• W2044619215 hasPublicationYear "2011" @default.
• W2044619215 type Work @default.
• W2044619215 sameAs 2044619215 @default.
• W2044619215 citedByCount "155" @default.
• W2044619215 countsByYear W20446192152012 @default.
• W2044619215 countsByYear W20446192152013 @default.
• W2044619215 countsByYear W20446192152014 @default.
• W2044619215 countsByYear W20446192152015 @default.
• W2044619215 countsByYear W20446192152016 @default.
• W2044619215 countsByYear W20446192152017 @default.
• W2044619215 countsByYear W20446192152018 @default.
• W2044619215 countsByYear W20446192152019 @default.
• W2044619215 countsByYear W20446192152020 @default.
• W2044619215 countsByYear W20446192152021 @default.
• W2044619215 countsByYear W20446192152022 @default.
• W2044619215 countsByYear W20446192152023 @default.
• W2044619215 crossrefType "journal-article" @default.
• W2044619215 hasAuthorship W2044619215A5009011123 @default.
• W2044619215 hasAuthorship W2044619215A5024398601 @default.
• W2044619215 hasAuthorship W2044619215A5036080922 @default.
• W2044619215 hasAuthorship W2044619215A5074498191 @default.
• W2044619215 hasAuthorship W2044619215A5083471076 @default.
• W2044619215 hasAuthorship W2044619215A5083908793 @default.

• next