FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1969958218> ?p ?o ?g. }

• W1969958218 endingPage "159" @default.
• W1969958218 startingPage "148" @default.
• W1969958218 abstract "Soil moisture dynamics are affected by complex interactions among several factors. Understanding the relative importance of these factors is still an important challenge in the study of water fluxes and solute transport in unsaturated media. In this study, the spatio-temporal variability of surface soil moisture was investigated in a 10 ha flat cropped field located in northern Italy. Soil moisture was measured on a regular 50 × 50 m grid on seven dates during the growing season. For each measurement campaign, the spatial variability of the soil moisture was compared with the spatial variability of the soil texture and crop properties. In particular, to better understand the role of the vegetation, the spatio-temporal variability of two different parameters – leaf area index and crop height – was monitored on eight dates at different crop development stages. Statistical and geostatistical analysis was then applied to explore the interactions between these variables. In agreement with other studies, the results show that the soil moisture variability changes according to the average value within the field, with the standard deviation reaching a maximum value under intermediate mean soil moisture conditions and the coefficient of variation decreasing exponentially with increasing mean soil moisture. The controls of soil moisture variability change according to the average soil moisture within the field. Under wet conditions, the spatial distribution of the soil moisture reflects the variability of the soil texture. Under dry conditions, the spatial distribution of the soil moisture is affected mostly by the spatial variability of the vegetation. The interaction between these two factors is more important under intermediate soil moisture conditions. These results confirm the importance of considering the average soil moisture conditions within a field when investigating the controls affecting the spatial variability of soil moisture. This study highlights the importance of considering the spatio-temporal variability of the vegetation in investigating soil moisture dynamics, especially under intermediate and dry soil moisture conditions. The results of this study have important implications in different hydrological applications, such as for sampling design, ranking stability application, indirect measurements of soil properties and model parameterisation." @default.
• W1969958218 created "2016-06-24" @default.
• W1969958218 creator A5007270684 @default.
• W1969958218 creator A5041085660 @default.
• W1969958218 creator A5071080155 @default.
• W1969958218 creator A5075415587 @default.
• W1969958218 date "2013-05-01" @default.
• W1969958218 modified "2023-10-05" @default.
• W1969958218 title "The role of vegetation and soil properties on the spatio-temporal variability of the surface soil moisture in a maize-cropped field" @default.
• W1969958218 cites W1503195341 @default.
• W1969958218 cites W1508631255 @default.
• W1969958218 cites W1564860500 @default.
• W1969958218 cites W1625396516 @default.
• W1969958218 cites W1643664725 @default.
• W1969958218 cites W1964364466 @default.
• W1969958218 cites W1964785899 @default.
• W1969958218 cites W1970315255 @default.
• W1969958218 cites W1973529527 @default.
• W1969958218 cites W1975952122 @default.
• W1969958218 cites W1976534896 @default.
• W1969958218 cites W1981440533 @default.
• W1969958218 cites W1983747517 @default.
• W1969958218 cites W1988472882 @default.
• W1969958218 cites W1993010743 @default.
• W1969958218 cites W1994668402 @default.
• W1969958218 cites W1995714626 @default.
• W1969958218 cites W1998011195 @default.
• W1969958218 cites W1999876572 @default.
• W1969958218 cites W2003207448 @default.
• W1969958218 cites W2003969668 @default.
• W1969958218 cites W2005551295 @default.
• W1969958218 cites W2009484044 @default.
• W1969958218 cites W2010354347 @default.
• W1969958218 cites W2014553848 @default.
• W1969958218 cites W2015592162 @default.
• W1969958218 cites W2025366857 @default.
• W1969958218 cites W2028315340 @default.
• W1969958218 cites W2028835208 @default.
• W1969958218 cites W2036997016 @default.
• W1969958218 cites W2039348932 @default.
• W1969958218 cites W2043277559 @default.
• W1969958218 cites W2044056013 @default.
• W1969958218 cites W2049293814 @default.
• W1969958218 cites W2051908215 @default.
• W1969958218 cites W2060263496 @default.
• W1969958218 cites W2060560626 @default.
• W1969958218 cites W2064522816 @default.
• W1969958218 cites W2066709360 @default.
• W1969958218 cites W2068397967 @default.
• W1969958218 cites W2079287582 @default.
• W1969958218 cites W2079990215 @default.
• W1969958218 cites W2080107859 @default.
• W1969958218 cites W2082882032 @default.
• W1969958218 cites W2083605635 @default.
• W1969958218 cites W2086891831 @default.
• W1969958218 cites W2086953577 @default.
• W1969958218 cites W2090693710 @default.
• W1969958218 cites W2092645526 @default.
• W1969958218 cites W2094458093 @default.
• W1969958218 cites W2095454648 @default.
• W1969958218 cites W2107526879 @default.
• W1969958218 cites W2108651704 @default.
• W1969958218 cites W2114153286 @default.
• W1969958218 cites W2116904048 @default.
• W1969958218 cites W2121435998 @default.
• W1969958218 cites W2124063354 @default.
• W1969958218 cites W2132549823 @default.
• W1969958218 cites W2133747006 @default.
• W1969958218 cites W2136473800 @default.
• W1969958218 cites W2137556117 @default.
• W1969958218 cites W2138816270 @default.
• W1969958218 cites W2140230956 @default.
• W1969958218 cites W2143932700 @default.
• W1969958218 cites W2147641734 @default.
• W1969958218 cites W2148557261 @default.
• W1969958218 cites W2157526647 @default.
• W1969958218 cites W2162123554 @default.
• W1969958218 cites W2167410761 @default.
• W1969958218 cites W2342430100 @default.
• W1969958218 doi "https://doi.org/10.1016/j.jhydrol.2013.03.007" @default.
• W1969958218 hasPublicationYear "2013" @default.
• W1969958218 type Work @default.
• W1969958218 sameAs 1969958218 @default.
• W1969958218 citedByCount "86" @default.
• W1969958218 countsByYear W19699582182013 @default.
• W1969958218 countsByYear W19699582182014 @default.
• W1969958218 countsByYear W19699582182015 @default.
• W1969958218 countsByYear W19699582182016 @default.
• W1969958218 countsByYear W19699582182017 @default.
• W1969958218 countsByYear W19699582182018 @default.
• W1969958218 countsByYear W19699582182019 @default.
• W1969958218 countsByYear W19699582182020 @default.
• W1969958218 countsByYear W19699582182021 @default.
• W1969958218 countsByYear W19699582182022 @default.
• W1969958218 countsByYear W19699582182023 @default.
• W1969958218 crossrefType "journal-article" @default.
• W1969958218 hasAuthorship W1969958218A5007270684 @default.
• W1969958218 hasAuthorship W1969958218A5041085660 @default.

• next