FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1999712289> ?p ?o ?g. }

• W1999712289 endingPage "1019" @default.
• W1999712289 startingPage "999" @default.
• W1999712289 abstract "Abstract. Over the last decade, global-scale data sets of atmospheric water vapor isotopologues (HDO) have become available from different remote sensing instruments. Due to the observational geometry and the spectral ranges that are used, few satellites sample water isotopologues in the lower troposphere, where the bulk of hydrological processes within the atmosphere take place. Here, we compare three satellite HDO data sets, two from the Tropospheric Emission Spectrometer (TES retrieval version 4 and 5) and one from SCIAMACHY (SCanning Imaging Absorption spectroMeter for Atmospheric CHartographY), with results from the atmospheric global circulation model ECHAM4 (European Centre HAMburg 4). We examine a list of known isotopologue effects to qualitatively benchmark the various observational data sets. TES version 5 (TESV5), TES version 4 (TESV4), SCIAMACHY, ECHAM, and ECHAM convolved with averaging kernels of TES version 5 (ECHAMAK5) successfully reproduced a number of established isotopologue effects such as the latitude effect, the amount effect, and the continental effect. The improvement of TESV5 over TESV4 is confirmed by the steeper latitudinal gradient at higher latitudes in agreement with SCIAMACHY. Also the representation of other features of the water isotopologue cycle, such as the seasonally varying signal in the tropics due to the movement of the Intertropical Convergence Zone (ITCZ), is improved in TESV5 and SCIAMACHY compared to TESV4. A known humidity bias due to the cross correlation of H2O and HDO measurements, which is of particular importance for instruments with low sensitivity close to the surface, was analyzed by applying either a humidity bias correction or a suitable a posteriori analysis. We suggest that the qualitative and quantitative tests carried out in this study could become benchmark tests for evaluation of future satellite isotopologue data sets." @default.
• W1999712289 created "2016-06-24" @default.
• W1999712289 creator A5006795558 @default.
• W1999712289 creator A5013908492 @default.
• W1999712289 creator A5017859362 @default.
• W1999712289 creator A5022250641 @default.
• W1999712289 creator A5030893943 @default.
• W1999712289 creator A5046415187 @default.
• W1999712289 creator A5061944416 @default.
• W1999712289 creator A5090027115 @default.
• W1999712289 date "2015-03-03" @default.
• W1999712289 modified "2023-10-14" @default.
• W1999712289 title "Global-scale remote sensing of water isotopologues in the troposphere: representation of first-order isotope effects" @default.
• W1999712289 cites W1654307353 @default.
• W1999712289 cites W179065688 @default.
• W1999712289 cites W1987895157 @default.
• W1999712289 cites W1995237907 @default.
• W1999712289 cites W1996435043 @default.
• W1999712289 cites W2003194637 @default.
• W1999712289 cites W2006993195 @default.
• W1999712289 cites W2011473617 @default.
• W1999712289 cites W2015600780 @default.
• W1999712289 cites W2023357673 @default.
• W1999712289 cites W2025243607 @default.
• W1999712289 cites W2026373621 @default.
• W1999712289 cites W2028865670 @default.
• W1999712289 cites W2033196231 @default.
• W1999712289 cites W2036711636 @default.
• W1999712289 cites W2039985233 @default.
• W1999712289 cites W2041349128 @default.
• W1999712289 cites W2042528941 @default.
• W1999712289 cites W2043007537 @default.
• W1999712289 cites W2054815373 @default.
• W1999712289 cites W2055077811 @default.
• W1999712289 cites W2055079130 @default.
• W1999712289 cites W2056412822 @default.
• W1999712289 cites W2058811039 @default.
• W1999712289 cites W2062676324 @default.
• W1999712289 cites W2063295526 @default.
• W1999712289 cites W2066405228 @default.
• W1999712289 cites W2067430646 @default.
• W1999712289 cites W2067824444 @default.
• W1999712289 cites W2070044236 @default.
• W1999712289 cites W2071866690 @default.
• W1999712289 cites W2072191315 @default.
• W1999712289 cites W2079248724 @default.
• W1999712289 cites W2081227213 @default.
• W1999712289 cites W2081451561 @default.
• W1999712289 cites W2082803686 @default.
• W1999712289 cites W2083335398 @default.
• W1999712289 cites W2090249381 @default.
• W1999712289 cites W2094904994 @default.
• W1999712289 cites W2095425287 @default.
• W1999712289 cites W2099401724 @default.
• W1999712289 cites W2100088228 @default.
• W1999712289 cites W2101360684 @default.
• W1999712289 cites W2103009599 @default.
• W1999712289 cites W2103561632 @default.
• W1999712289 cites W2105096524 @default.
• W1999712289 cites W2107716840 @default.
• W1999712289 cites W2111568206 @default.
• W1999712289 cites W2113520614 @default.
• W1999712289 cites W2116344819 @default.
• W1999712289 cites W2119086809 @default.
• W1999712289 cites W2124543530 @default.
• W1999712289 cites W2127405137 @default.
• W1999712289 cites W2129125818 @default.
• W1999712289 cites W2129874717 @default.
• W1999712289 cites W2130995416 @default.
• W1999712289 cites W2132369679 @default.
• W1999712289 cites W2134412328 @default.
• W1999712289 cites W2135328745 @default.
• W1999712289 cites W2136484445 @default.
• W1999712289 cites W2138504084 @default.
• W1999712289 cites W2140492483 @default.
• W1999712289 cites W2149958023 @default.
• W1999712289 cites W2150808612 @default.
• W1999712289 cites W2151632056 @default.
• W1999712289 cites W2159322313 @default.
• W1999712289 cites W2159547077 @default.
• W1999712289 cites W2165642138 @default.
• W1999712289 cites W2168241919 @default.
• W1999712289 cites W2170014990 @default.
• W1999712289 cites W2171260266 @default.
• W1999712289 cites W2173716148 @default.
• W1999712289 cites W2178171223 @default.
• W1999712289 cites W2180702079 @default.
• W1999712289 cites W2187787866 @default.
• W1999712289 cites W2621100320 @default.
• W1999712289 cites W4238585284 @default.
• W1999712289 cites W4240733927 @default.
• W1999712289 cites W4256468369 @default.
• W1999712289 doi "https://doi.org/10.5194/amt-8-999-2015" @default.
• W1999712289 hasPublicationYear "2015" @default.
• W1999712289 type Work @default.
• W1999712289 sameAs 1999712289 @default.
• W1999712289 citedByCount "11" @default.
• W1999712289 countsByYear W19997122892015 @default.

• next