FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3046372022> ?p ?o ?g. }

• W3046372022 endingPage "2456" @default.
• W3046372022 startingPage "2456" @default.
• W3046372022 abstract "Surface albedo is a crucial parameter in accurately and quantitatively estimating energy and water budget on the Tibetan Plateau (TP) and is also one of the largest radiative uncertainties in land surface modelling attempts. Based on an 8-year ground-based observation of the surface albedo over typical alpine meadows at Maqu and Maduo sites in the eastern TP, the performance of surface albedo products of Global LAnd Surface Satellite (GLASS) and Moderate Resolution Imaging Spectroradiometer (MODIS) in describing albedo variations at daily, 8-day, seasonal timescales, and during different special weather conditions were analyzed. Compared with the ground-based observation in Maqu, the 8-day albedo products from GLASS and MCD43B3 present maximum negative biases of −0.030 and −0.027 at Maqu, respectively. The black-sky albedo (BSA) of GLASS product coincides well with the ground-based observation in Maduo, with root mean square error (RMSE) of 0.092 and correlation coefficient (R) of 0.833, whereas that of MCD43B3 had an RMSE of 0.072 and R of 0.752. However, they are underestimated when the albedo is greater than 0.4. At the seasonal timescale, the BSA of GLASS and MCD43B3 underestimated the ground-based observation of Maqu by 0.015 in summer, while their white-sky albedo (WSA) are slightly overestimated and closer to the ground-based observation. In daily timescale, the response of surface albedo to soil moisture is different in semihumid and semiarid areas in summer. For both sites, the blue-sky-albedo of MCD43A3 has better agreement with the ground-based observation than GLASS and MCD43B3, as it improves the temporal resolution and calculates the albedo by weighting multiple observations within 16 days to be closer to the actual surface. However, even MCD43A3 could not capture the slowdown processes of albedo changes resulted by small snowfall processes or the snow aging due to cloud cover and inversion algorithms." @default.
• W3046372022 created "2020-08-07" @default.
• W3046372022 creator A5004423898 @default.
• W3046372022 creator A5008572527 @default.
• W3046372022 creator A5019354215 @default.
• W3046372022 creator A5037263591 @default.
• W3046372022 creator A5046029153 @default.
• W3046372022 creator A5076958289 @default.
• W3046372022 creator A5078562332 @default.
• W3046372022 creator A5083508487 @default.
• W3046372022 creator A5089262192 @default.
• W3046372022 creator A5091493369 @default.
• W3046372022 date "2020-07-31" @default.
• W3046372022 modified "2023-09-27" @default.
• W3046372022 title "Performance of GLASS and MODIS Satellite Albedo Products in Diagnosing Albedo Variations during Different Time Scales and Special Weather Conditions in the Tibetan Plateau" @default.
• W3046372022 cites W1550235540 @default.
• W3046372022 cites W1793581573 @default.
• W3046372022 cites W1971087995 @default.
• W3046372022 cites W1971102630 @default.
• W3046372022 cites W1972586783 @default.
• W3046372022 cites W1981798192 @default.
• W3046372022 cites W1989302465 @default.
• W3046372022 cites W1990887063 @default.
• W3046372022 cites W1991553523 @default.
• W3046372022 cites W1998397263 @default.
• W3046372022 cites W1999986182 @default.
• W3046372022 cites W2004521513 @default.
• W3046372022 cites W2018015533 @default.
• W3046372022 cites W2020898670 @default.
• W3046372022 cites W2024689500 @default.
• W3046372022 cites W2026608513 @default.
• W3046372022 cites W2030906283 @default.
• W3046372022 cites W2031735949 @default.
• W3046372022 cites W2040125657 @default.
• W3046372022 cites W2043427227 @default.
• W3046372022 cites W2044749168 @default.
• W3046372022 cites W2047475772 @default.
• W3046372022 cites W2052559311 @default.
• W3046372022 cites W2059162248 @default.
• W3046372022 cites W2059672595 @default.
• W3046372022 cites W2063140107 @default.
• W3046372022 cites W2072792391 @default.
• W3046372022 cites W2082088327 @default.
• W3046372022 cites W2086463688 @default.
• W3046372022 cites W2094158326 @default.
• W3046372022 cites W2096842752 @default.
• W3046372022 cites W2104588681 @default.
• W3046372022 cites W2116051267 @default.
• W3046372022 cites W2119513445 @default.
• W3046372022 cites W2123654484 @default.
• W3046372022 cites W2130615363 @default.
• W3046372022 cites W2147284659 @default.
• W3046372022 cites W2151486570 @default.
• W3046372022 cites W2159666988 @default.
• W3046372022 cites W2160796172 @default.
• W3046372022 cites W2162899308 @default.
• W3046372022 cites W2168366069 @default.
• W3046372022 cites W2170846069 @default.
• W3046372022 cites W2171221184 @default.
• W3046372022 cites W2176234939 @default.
• W3046372022 cites W2180633021 @default.
• W3046372022 cites W2425330712 @default.
• W3046372022 cites W2532363324 @default.
• W3046372022 cites W2622562308 @default.
• W3046372022 cites W2759394815 @default.
• W3046372022 cites W2765367363 @default.
• W3046372022 cites W2896326029 @default.
• W3046372022 cites W2904570773 @default.
• W3046372022 cites W3009200560 @default.
• W3046372022 doi "https://doi.org/10.3390/rs12152456" @default.
• W3046372022 hasPublicationYear "2020" @default.
• W3046372022 type Work @default.
• W3046372022 sameAs 3046372022 @default.
• W3046372022 citedByCount "6" @default.
• W3046372022 countsByYear W30463720222021 @default.
• W3046372022 countsByYear W30463720222022 @default.
• W3046372022 countsByYear W30463720222023 @default.
• W3046372022 crossrefType "journal-article" @default.
• W3046372022 hasAuthorship W3046372022A5004423898 @default.
• W3046372022 hasAuthorship W3046372022A5008572527 @default.
• W3046372022 hasAuthorship W3046372022A5019354215 @default.
• W3046372022 hasAuthorship W3046372022A5037263591 @default.
• W3046372022 hasAuthorship W3046372022A5046029153 @default.
• W3046372022 hasAuthorship W3046372022A5076958289 @default.
• W3046372022 hasAuthorship W3046372022A5078562332 @default.
• W3046372022 hasAuthorship W3046372022A5083508487 @default.
• W3046372022 hasAuthorship W3046372022A5089262192 @default.
• W3046372022 hasAuthorship W3046372022A5091493369 @default.
• W3046372022 hasBestOaLocation W30463720221 @default.
• W3046372022 hasConcept C105795698 @default.
• W3046372022 hasConcept C108597893 @default.
• W3046372022 hasConcept C120665830 @default.
• W3046372022 hasConcept C121332964 @default.
• W3046372022 hasConcept C127313418 @default.
• W3046372022 hasConcept C127413603 @default.
• W3046372022 hasConcept C130066347 @default.
• W3046372022 hasConcept C134306372 @default.
• W3046372022 hasConcept C142362112 @default.

• next