FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3134056158> ?p ?o ?g. }

• W3134056158 endingPage "B221" @default.
• W3134056158 startingPage "B209" @default.
• W3134056158 abstract "We have combined electrical resistivity tomography (ERT), geologic information from boreholes and outcrops, and hydrogeologic data to investigate field-scale fault-zone cementation of the Loma Blanca Fault in the Rio Grande Rift. We have collected electrical resistivity data from 16 transects and geologic samples from 29 boreholes (completed as groundwater wells to 30 m depth) across and around the fault. The 2D ERT profiles, whose interpretations are constrained by geologic data, indicate (1) a high resistivity zone in cemented portions of the fault below the water table and (2) in the unsaturated zone, a low-resistivity feature along the cemented portions of the fault. The high-resistivity zone below the water table is consistent with a 10% reduction in porosity due to the fault zone cementation. With the same porosity in the unsaturated zone, the low-resistivity feature in the cemented fault zone is consistent with saturation >0.7, in contrast to saturation 0.2–0.7 for sediment outside of the cemented fault zone. In addition, subsurface samples and ERT profiles delineate a buttress unconformity (i.e., steeply dipping erosional contact) corresponding to a paleovalley margin. This unconformity truncates the cemented fault zone and separates Pliocene axial-fluvial sand (deposited by an ancestral Rio Grande) from late Quaternary sand and gravel (deposited by the Rio Salado, a Rio Grande tributary). The cemented fault zone in the southern portion of the study area is a hydrogeologic barrier; north of the buttress unconformity, where the cemented fault zone has been removed by erosion, the fault is not a hydrogeologic barrier. The integration of geologic, geophysical, and hydrogeologic observations is key to developing our understanding of this complex system, and it allows us to demonstrate the utility of ERT in detecting subsurface fault-zone cementation." @default.
• W3134056158 created "2021-03-15" @default.
• W3134056158 creator A5000083686 @default.
• W3134056158 creator A5011669973 @default.
• W3134056158 creator A5028241344 @default.
• W3134056158 creator A5047180581 @default.
• W3134056158 creator A5049551043 @default.
• W3134056158 creator A5051922498 @default.
• W3134056158 creator A5068645127 @default.
• W3134056158 date "2021-04-27" @default.
• W3134056158 modified "2023-10-16" @default.
• W3134056158 title "Detecting fault zone characteristics and paleovalley incision using electrical resistivity: Loma Blanca Fault, New Mexico" @default.
• W3134056158 cites W140217343 @default.
• W3134056158 cites W1497221370 @default.
• W3134056158 cites W1498373505 @default.
• W3134056158 cites W1500903444 @default.
• W3134056158 cites W1508066203 @default.
• W3134056158 cites W1518929065 @default.
• W3134056158 cites W1519083321 @default.
• W3134056158 cites W1537341515 @default.
• W3134056158 cites W1589623976 @default.
• W3134056158 cites W1615717097 @default.
• W3134056158 cites W1761163225 @default.
• W3134056158 cites W1786226516 @default.
• W3134056158 cites W1955520095 @default.
• W3134056158 cites W1971182194 @default.
• W3134056158 cites W1980173190 @default.
• W3134056158 cites W1981530596 @default.
• W3134056158 cites W1988044935 @default.
• W3134056158 cites W1999896950 @default.
• W3134056158 cites W2000295358 @default.
• W3134056158 cites W2003259286 @default.
• W3134056158 cites W2007855554 @default.
• W3134056158 cites W2007925375 @default.
• W3134056158 cites W2007988724 @default.
• W3134056158 cites W2011757174 @default.
• W3134056158 cites W2014920578 @default.
• W3134056158 cites W2027102525 @default.
• W3134056158 cites W2029811018 @default.
• W3134056158 cites W2031401646 @default.
• W3134056158 cites W2032834707 @default.
• W3134056158 cites W2036264505 @default.
• W3134056158 cites W2037397108 @default.
• W3134056158 cites W2046245905 @default.
• W3134056158 cites W2051781214 @default.
• W3134056158 cites W2054414475 @default.
• W3134056158 cites W2054931535 @default.
• W3134056158 cites W2064387301 @default.
• W3134056158 cites W2067341549 @default.
• W3134056158 cites W2068907196 @default.
• W3134056158 cites W2075016498 @default.
• W3134056158 cites W2087452412 @default.
• W3134056158 cites W2089213369 @default.
• W3134056158 cites W2103294142 @default.
• W3134056158 cites W2113201175 @default.
• W3134056158 cites W2115481049 @default.
• W3134056158 cites W2120641719 @default.
• W3134056158 cites W2122759231 @default.
• W3134056158 cites W2129117873 @default.
• W3134056158 cites W2135823215 @default.
• W3134056158 cites W2138532888 @default.
• W3134056158 cites W2143749896 @default.
• W3134056158 cites W2145189768 @default.
• W3134056158 cites W2145374193 @default.
• W3134056158 cites W2147796951 @default.
• W3134056158 cites W2151575293 @default.
• W3134056158 cites W2153092720 @default.
• W3134056158 cites W2165150710 @default.
• W3134056158 cites W2166360687 @default.
• W3134056158 cites W2176310094 @default.
• W3134056158 cites W2325031333 @default.
• W3134056158 cites W2559826573 @default.
• W3134056158 cites W2584490967 @default.
• W3134056158 cites W2587809745 @default.
• W3134056158 cites W2788347653 @default.
• W3134056158 cites W2914867657 @default.
• W3134056158 cites W3021245530 @default.
• W3134056158 cites W3023359311 @default.
• W3134056158 cites W3113247681 @default.
• W3134056158 cites W4234494291 @default.
• W3134056158 cites W4239302924 @default.
• W3134056158 cites W4255810950 @default.
• W3134056158 cites W4293862735 @default.
• W3134056158 cites W4301515538 @default.
• W3134056158 cites W1696710864 @default.
• W3134056158 doi "https://doi.org/10.1190/geo2020-0375.1" @default.
• W3134056158 hasPublicationYear "2021" @default.
• W3134056158 type Work @default.
• W3134056158 sameAs 3134056158 @default.
• W3134056158 citedByCount "4" @default.
• W3134056158 countsByYear W31340561582021 @default.
• W3134056158 countsByYear W31340561582022 @default.
• W3134056158 countsByYear W31340561582023 @default.
• W3134056158 crossrefType "journal-article" @default.
• W3134056158 hasAuthorship W3134056158A5000083686 @default.
• W3134056158 hasAuthorship W3134056158A5011669973 @default.
• W3134056158 hasAuthorship W3134056158A5028241344 @default.
• W3134056158 hasAuthorship W3134056158A5047180581 @default.

• next