Matches in SemOpenAlex for { <https://semopenalex.org/work/W2895878097> ?p ?o ?g. }
- W2895878097 endingPage "896" @default.
- W2895878097 startingPage "887" @default.
- W2895878097 abstract "ABSTRACT The detection and monitoring of meltwater within firn presents a significant monitoring challenge. We explore the potential of small wireless sensors (ETracer+, ET+) to measure temperature, pressure, electrical conductivity and thus the presence or absence of meltwater within firn, through tests in the dry snow zone at the East Greenland Ice Core Project site. The tested sensor platforms are small, robust and low cost, and communicate data via a VHF radio link to surface receivers. The sensors were deployed in low-temperature firn at the centre and shear margins of an ice stream for 4 weeks, and a ‘bucket experiment’ was used to test the detection of water within otherwise dry firn. The tests showed the ET+ could log subsurface temperatures and transmit the recorded data through up to 150 m dry firn. Two VHF receivers were tested: an autonomous phase-sensitive radio-echo sounder (ApRES) and a WinRadio. The ApRES can combine high-resolution imaging of the firn layers (by radio-echo sounding) with in situ measurements from the sensors, to build up a high spatial and temporal resolution picture of the subsurface. These results indicate that wireless sensors have great potential for long-term monitoring of firn processes." @default.
- W2895878097 created "2018-10-26" @default.
- W2895878097 creator A5011330452 @default.
- W2895878097 creator A5021211716 @default.
- W2895878097 creator A5026534185 @default.
- W2895878097 creator A5032592099 @default.
- W2895878097 creator A5037564736 @default.
- W2895878097 creator A5043307942 @default.
- W2895878097 creator A5060957266 @default.
- W2895878097 creator A5068455595 @default.
- W2895878097 creator A5074592891 @default.
- W2895878097 creator A5080634854 @default.
- W2895878097 creator A5082357129 @default.
- W2895878097 creator A5091803288 @default.
- W2895878097 date "2018-10-18" @default.
- W2895878097 modified "2023-09-23" @default.
- W2895878097 title "Prototype wireless sensors for monitoring subsurface processes in snow and firn" @default.
- W2895878097 cites W1520084180 @default.
- W2895878097 cites W1528541856 @default.
- W2895878097 cites W1572295152 @default.
- W2895878097 cites W1631278632 @default.
- W2895878097 cites W1963669976 @default.
- W2895878097 cites W1976334200 @default.
- W2895878097 cites W1977718974 @default.
- W2895878097 cites W1995097038 @default.
- W2895878097 cites W2005760013 @default.
- W2895878097 cites W2016389523 @default.
- W2895878097 cites W2027731203 @default.
- W2895878097 cites W2027849594 @default.
- W2895878097 cites W2031042178 @default.
- W2895878097 cites W2032562364 @default.
- W2895878097 cites W2036405458 @default.
- W2895878097 cites W2036531974 @default.
- W2895878097 cites W2038031218 @default.
- W2895878097 cites W2040992031 @default.
- W2895878097 cites W2041993254 @default.
- W2895878097 cites W2051660425 @default.
- W2895878097 cites W2055082389 @default.
- W2895878097 cites W2062940877 @default.
- W2895878097 cites W2070370115 @default.
- W2895878097 cites W2077199228 @default.
- W2895878097 cites W2078656113 @default.
- W2895878097 cites W2083514672 @default.
- W2895878097 cites W2099191350 @default.
- W2895878097 cites W2102516708 @default.
- W2895878097 cites W2113064026 @default.
- W2895878097 cites W2122464758 @default.
- W2895878097 cites W2130222370 @default.
- W2895878097 cites W2132167802 @default.
- W2895878097 cites W2133801239 @default.
- W2895878097 cites W2140351612 @default.
- W2895878097 cites W2143379785 @default.
- W2895878097 cites W2152425989 @default.
- W2895878097 cites W2157939434 @default.
- W2895878097 cites W2158867538 @default.
- W2895878097 cites W2159807964 @default.
- W2895878097 cites W2161306464 @default.
- W2895878097 cites W2162996127 @default.
- W2895878097 cites W2164177665 @default.
- W2895878097 cites W2168933654 @default.
- W2895878097 cites W2209436549 @default.
- W2895878097 cites W2252300188 @default.
- W2895878097 cites W2272968028 @default.
- W2895878097 cites W2322856342 @default.
- W2895878097 cites W2327800828 @default.
- W2895878097 cites W2349513256 @default.
- W2895878097 cites W2528542629 @default.
- W2895878097 cites W2555154264 @default.
- W2895878097 cites W2586781562 @default.
- W2895878097 cites W2587604560 @default.
- W2895878097 cites W2751886296 @default.
- W2895878097 cites W2782613270 @default.
- W2895878097 cites W2884976059 @default.
- W2895878097 cites W4246507484 @default.
- W2895878097 doi "https://doi.org/10.1017/jog.2018.76" @default.
- W2895878097 hasPublicationYear "2018" @default.
- W2895878097 type Work @default.
- W2895878097 sameAs 2895878097 @default.
- W2895878097 citedByCount "5" @default.
- W2895878097 countsByYear W28958780972020 @default.
- W2895878097 countsByYear W28958780972021 @default.
- W2895878097 countsByYear W28958780972023 @default.
- W2895878097 crossrefType "journal-article" @default.
- W2895878097 hasAuthorship W2895878097A5011330452 @default.
- W2895878097 hasAuthorship W2895878097A5021211716 @default.
- W2895878097 hasAuthorship W2895878097A5026534185 @default.
- W2895878097 hasAuthorship W2895878097A5032592099 @default.
- W2895878097 hasAuthorship W2895878097A5037564736 @default.
- W2895878097 hasAuthorship W2895878097A5043307942 @default.
- W2895878097 hasAuthorship W2895878097A5060957266 @default.
- W2895878097 hasAuthorship W2895878097A5068455595 @default.
- W2895878097 hasAuthorship W2895878097A5074592891 @default.
- W2895878097 hasAuthorship W2895878097A5080634854 @default.
- W2895878097 hasAuthorship W2895878097A5082357129 @default.
- W2895878097 hasAuthorship W2895878097A5091803288 @default.
- W2895878097 hasBestOaLocation W28958780971 @default.
- W2895878097 hasConcept C104730834 @default.
- W2895878097 hasConcept C111368507 @default.