FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2965502271> ?p ?o ?g. }

• W2965502271 endingPage "124019" @default.
• W2965502271 startingPage "124019" @default.
• W2965502271 abstract "Soil water infiltration is an important part of the land surface hydrological cycle, and plays an important role in the hydrological response of the soil, such as soil erosion. High infiltration rates favor an increase in the soil water storage capacity that allows maintaining vegetation restoration in arid and semi-arid regions. Alfalfa (Medicago sativa L.) is a quality perennial legume grassland, which is widely planted in semi-arid areas. In this study, the effects of the root channels formed by the decay of alfalfa on preferential flow were evaluated as a driving force to improve soil water infiltration and soil water supply. A double-ring infiltrometer (30-cm inner diameter and 60-cm outer diameter) was used to measure the infiltration process with the falling head method. Methylene blue was used to visualize the pathways followed by the infiltrated water. The results showed that the initial infiltration rate in the alfalfa grassland increased by 27.7%, compared with the control bare land, and the total cumulative infiltration was 1.13 times higher. The steady infiltration rate of the grassland increased by 31.8% compared to the bare land. The root channel diameters were measured with a Vernier caliper, and the average root channel area (RCA) was calculated through the average root channel diameter (ARCD). The values of ARCD and RCA were significantly and positively correlated with the infiltration rates, being the coefficients of determination 0.815 and 0.789, respectively. Our results indicated that root channels formed by the decayed roots of alfalfa played an important role in increasing soil water infiltration and soil water supply under semi-arid conditions. Our research improves the understanding of the hydrological cycle processes at the plant-soil interface in semi-arid areas." @default.
• W2965502271 created "2019-08-13" @default.
• W2965502271 creator A5009658668 @default.
• W2965502271 creator A5010252124 @default.
• W2965502271 creator A5014580719 @default.
• W2965502271 creator A5031081483 @default.
• W2965502271 creator A5036880093 @default.
• W2965502271 creator A5043358121 @default.
• W2965502271 creator A5057249367 @default.
• W2965502271 creator A5068525574 @default.
• W2965502271 creator A5091816086 @default.
• W2965502271 date "2019-11-01" @default.
• W2965502271 modified "2023-10-18" @default.
• W2965502271 title "Preferential water flow: Influence of alfalfa (Medicago sativa L.) decayed root channels on soil water infiltration" @default.
• W2965502271 cites W1487059617 @default.
• W2965502271 cites W1567491469 @default.
• W2965502271 cites W1748116865 @default.
• W2965502271 cites W1964193531 @default.
• W2965502271 cites W1968609875 @default.
• W2965502271 cites W1973426689 @default.
• W2965502271 cites W1975454667 @default.
• W2965502271 cites W1992357029 @default.
• W2965502271 cites W1993301982 @default.
• W2965502271 cites W1994217288 @default.
• W2965502271 cites W1996234464 @default.
• W2965502271 cites W1998142133 @default.
• W2965502271 cites W2008703069 @default.
• W2965502271 cites W2015898743 @default.
• W2965502271 cites W2017728555 @default.
• W2965502271 cites W2020335868 @default.
• W2965502271 cites W2020817516 @default.
• W2965502271 cites W2028762503 @default.
• W2965502271 cites W2028838854 @default.
• W2965502271 cites W2038852983 @default.
• W2965502271 cites W2039106232 @default.
• W2965502271 cites W2043688906 @default.
• W2965502271 cites W2045495110 @default.
• W2965502271 cites W2046335792 @default.
• W2965502271 cites W2052225688 @default.
• W2965502271 cites W2054497923 @default.
• W2965502271 cites W2060833902 @default.
• W2965502271 cites W2065289992 @default.
• W2965502271 cites W2066763568 @default.
• W2965502271 cites W2068402105 @default.
• W2965502271 cites W2069099684 @default.
• W2965502271 cites W2071716901 @default.
• W2965502271 cites W2074435009 @default.
• W2965502271 cites W2075167776 @default.
• W2965502271 cites W2080934765 @default.
• W2965502271 cites W2087831237 @default.
• W2965502271 cites W2104416630 @default.
• W2965502271 cites W2126286428 @default.
• W2965502271 cites W2151742962 @default.
• W2965502271 cites W2155564809 @default.
• W2965502271 cites W2162056325 @default.
• W2965502271 cites W2165669094 @default.
• W2965502271 cites W2260208891 @default.
• W2965502271 cites W2288673562 @default.
• W2965502271 cites W2315495153 @default.
• W2965502271 cites W2463486179 @default.
• W2965502271 cites W2508519352 @default.
• W2965502271 cites W2509896138 @default.
• W2965502271 cites W2568998424 @default.
• W2965502271 cites W2570873883 @default.
• W2965502271 cites W2590290804 @default.
• W2965502271 cites W2591830542 @default.
• W2965502271 cites W2655945205 @default.
• W2965502271 cites W2766186294 @default.
• W2965502271 cites W2789536952 @default.
• W2965502271 cites W2790941929 @default.
• W2965502271 cites W2794047253 @default.
• W2965502271 cites W2804592295 @default.
• W2965502271 cites W2904017456 @default.
• W2965502271 doi "https://doi.org/10.1016/j.jhydrol.2019.124019" @default.
• W2965502271 hasPublicationYear "2019" @default.
• W2965502271 type Work @default.
• W2965502271 sameAs 2965502271 @default.
• W2965502271 citedByCount "59" @default.
• W2965502271 countsByYear W29655022712019 @default.
• W2965502271 countsByYear W29655022712020 @default.
• W2965502271 countsByYear W29655022712021 @default.
• W2965502271 countsByYear W29655022712022 @default.
• W2965502271 countsByYear W29655022712023 @default.
• W2965502271 crossrefType "journal-article" @default.
• W2965502271 hasAuthorship W2965502271A5009658668 @default.
• W2965502271 hasAuthorship W2965502271A5010252124 @default.
• W2965502271 hasAuthorship W2965502271A5014580719 @default.
• W2965502271 hasAuthorship W2965502271A5031081483 @default.
• W2965502271 hasAuthorship W2965502271A5036880093 @default.
• W2965502271 hasAuthorship W2965502271A5043358121 @default.
• W2965502271 hasAuthorship W2965502271A5057249367 @default.
• W2965502271 hasAuthorship W2965502271A5068525574 @default.
• W2965502271 hasAuthorship W2965502271A5091816086 @default.
• W2965502271 hasConcept C127313418 @default.
• W2965502271 hasConcept C150772632 @default.
• W2965502271 hasConcept C153400128 @default.
• W2965502271 hasConcept C159390177 @default.
• W2965502271 hasConcept C159750122 @default.

• next