FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2005509883> ?p ?o ?g. }

• W2005509883 endingPage "402" @default.
• W2005509883 startingPage "375" @default.
• W2005509883 abstract "Estimating the evapotranspiration (ET) is a requirement for water resource management and agricultural productions to understand the interaction between the land surface and the atmosphere. Most remote-sensing-based ET is estimated from polar orbiting satellites having low frequencies of observation. However, observing the continuous spatio-temporal variation of ET from a geostationary satellite to determine water management usage is essential. In this study, we utilized the revised remote-sensing-based Penman–Monteith (revised RS-PM) model to estimate ET in three different timescales (instantaneous, daily, and monthly). The data from a polar orbiting satellite, the Moderate Resolution Imaging Spectroradiometer (MODIS), and a geostationary satellite, the Communication, Ocean, and Meteorological Satellite (COMS), were collected from April to December 2011 to force the revised RS-PM model. The estimated ET from COMS and MODIS was compared with measured ET obtained from two different flux tower sites having different land surface characteristics in Korea, i.e. Sulma (SMC) with mixed forest and Cheongmi (CFC) with rice paddy as dominant vegetation. Compared with flux tower measurements, the estimated ET on instantaneous and daily timescales from both satellites was highly overestimated at SMC when compared with the flux tower ET (Bias of 41.19–145.10 W m−2 and RMSE of 69.61–188.78 W m−2), while estimated ET results were slightly better at the CFC site (Bias of –27.28–13.24 W m−2 and RMSE of 45.19–71.82 W m−2, respectively). These errors in results were primarily caused due to the overestimated leaf area index that was obtained from satellite products. Nevertheless, the satellite-based ET indicated reasonable agreement with flux tower ET. Monthly average ET from both satellites showed nearly similar patterns during the entire study periods, except for the summer season. The difference between COMS and MODIS estimations during the summer season was mainly propagated due to the difference in the number of acquired satellite images. This study showed that the higher frequency of COMS than MODIS observations makes it more ideal to continuously monitor ET as a geostationary satellite with high spatio-temporal coverage of a geostationary satellite." @default.
• W2005509883 created "2016-06-24" @default.
• W2005509883 creator A5086373240 @default.
• W2005509883 date "2015-01-02" @default.
• W2005509883 modified "2023-09-27" @default.
• W2005509883 title "Evaluation of remotely sensed actual evapotranspiration products from COMS and MODIS at two different flux tower sites in Korea" @default.
• W2005509883 cites W151703202 @default.
• W2005509883 cites W1563680739 @default.
• W2005509883 cites W1568428998 @default.
• W2005509883 cites W1605898166 @default.
• W2005509883 cites W1975768883 @default.
• W2005509883 cites W1978833849 @default.
• W2005509883 cites W1979519291 @default.
• W2005509883 cites W1980320347 @default.
• W2005509883 cites W1984558703 @default.
• W2005509883 cites W1984678359 @default.
• W2005509883 cites W1987557628 @default.
• W2005509883 cites W1991033062 @default.
• W2005509883 cites W1995436427 @default.
• W2005509883 cites W1998039980 @default.
• W2005509883 cites W1999964661 @default.
• W2005509883 cites W2002694429 @default.
• W2005509883 cites W2011585685 @default.
• W2005509883 cites W2012100636 @default.
• W2005509883 cites W2012817536 @default.
• W2005509883 cites W2014257389 @default.
• W2005509883 cites W2018318189 @default.
• W2005509883 cites W2028351870 @default.
• W2005509883 cites W2029074265 @default.
• W2005509883 cites W2031580491 @default.
• W2005509883 cites W2032256027 @default.
• W2005509883 cites W2033146388 @default.
• W2005509883 cites W2034857520 @default.
• W2005509883 cites W2037716471 @default.
• W2005509883 cites W2041316164 @default.
• W2005509883 cites W2043806011 @default.
• W2005509883 cites W2044393873 @default.
• W2005509883 cites W2044562303 @default.
• W2005509883 cites W2045762106 @default.
• W2005509883 cites W2046869778 @default.
• W2005509883 cites W2057097124 @default.
• W2005509883 cites W2060304003 @default.
• W2005509883 cites W2061003790 @default.
• W2005509883 cites W2065454207 @default.
• W2005509883 cites W2068165415 @default.
• W2005509883 cites W2074190415 @default.
• W2005509883 cites W2074983427 @default.
• W2005509883 cites W2078354977 @default.
• W2005509883 cites W2091068366 @default.
• W2005509883 cites W2092947670 @default.
• W2005509883 cites W2093589181 @default.
• W2005509883 cites W2098075220 @default.
• W2005509883 cites W2099005665 @default.
• W2005509883 cites W2105660845 @default.
• W2005509883 cites W2107149483 @default.
• W2005509883 cites W2108360254 @default.
• W2005509883 cites W2112129953 @default.
• W2005509883 cites W2114992792 @default.
• W2005509883 cites W2116033926 @default.
• W2005509883 cites W2116310314 @default.
• W2005509883 cites W2118960306 @default.
• W2005509883 cites W2124126971 @default.
• W2005509883 cites W2127205041 @default.
• W2005509883 cites W2131773725 @default.
• W2005509883 cites W2143823830 @default.
• W2005509883 cites W2148781507 @default.
• W2005509883 cites W2149321672 @default.
• W2005509883 cites W2150067047 @default.
• W2005509883 cites W2158268769 @default.
• W2005509883 cites W2158711600 @default.
• W2005509883 cites W2163606831 @default.
• W2005509883 cites W2166186402 @default.
• W2005509883 cites W2167449607 @default.
• W2005509883 cites W2172326733 @default.
• W2005509883 cites W2175600476 @default.
• W2005509883 cites W2177760687 @default.
• W2005509883 cites W2320436303 @default.
• W2005509883 doi "https://doi.org/10.1080/01431161.2014.998349" @default.
• W2005509883 hasPublicationYear "2015" @default.
• W2005509883 type Work @default.
• W2005509883 sameAs 2005509883 @default.
• W2005509883 citedByCount "16" @default.
• W2005509883 countsByYear W20055098832015 @default.
• W2005509883 countsByYear W20055098832016 @default.
• W2005509883 countsByYear W20055098832017 @default.
• W2005509883 countsByYear W20055098832018 @default.
• W2005509883 countsByYear W20055098832019 @default.
• W2005509883 crossrefType "journal-article" @default.
• W2005509883 hasAuthorship W2005509883A5086373240 @default.
• W2005509883 hasConcept C104110773 @default.
• W2005509883 hasConcept C121332964 @default.
• W2005509883 hasConcept C127313418 @default.
• W2005509883 hasConcept C1276947 @default.
• W2005509883 hasConcept C142724271 @default.
• W2005509883 hasConcept C153294291 @default.
• W2005509883 hasConcept C16405173 @default.
• W2005509883 hasConcept C176783924 @default.
• W2005509883 hasConcept C18903297 @default.

• next