FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2892357206> ?p ?o ?g. }

• W2892357206 endingPage "406" @default.
• W2892357206 startingPage "389" @default.
• W2892357206 abstract "The thermal-based Two-Source Energy Balance (TSEB) model partitions the evapotranspiration (ET) and energy fluxes from vegetation and soil components providing the capability for estimating soil evaporation (E) and canopy transpiration (T). However, it is crucial for ET partitioning to retrieve reliable estimates of canopy and soil temperatures and net radiation, as the latter determines the available energy for water and heat exchange from soil and canopy sources. These two factors become especially relevant in row crops with wide spacing and strongly clumped vegetation such as vineyards and orchards. To better understand these effects, very high spatial resolution remote-sensing data from an unmanned aerial vehicle were collected over vineyards in California, as part of the Grape Remote sensing and Atmospheric Profile and Evapotranspiration eXperiment and used in four different TSEB approaches to estimate the component soil and canopy temperatures, and ET partitioning between soil and canopy. Two approaches rely on the use of composite $$T_mathrm{rad}$$ , and assume initially that the canopy transpires at the Priestley–Taylor potential rate. The other two algorithms are based on the contextual relationship between optical and thermal imagery partition $$T_mathrm{rad}$$ into soil and canopy component temperatures, which are then used to drive the TSEB without requiring a priori assumptions regarding initial canopy transpiration rate. The results showed that a simple contextual algorithm based on the inverse relationship of a vegetation index and $$T_mathrm{rad}$$ to derive soil and canopy temperatures yielded the closest agreement with flux tower measurements. The utility in very high-resolution remote-sensing data for estimating ET and E and T partitioning at the canopy level is also discussed." @default.
• W2892357206 created "2018-09-27" @default.
• W2892357206 creator A5005333130 @default.
• W2892357206 creator A5016756553 @default.
• W2892357206 creator A5023478433 @default.
• W2892357206 creator A5031242392 @default.
• W2892357206 creator A5041250416 @default.
• W2892357206 creator A5047557432 @default.
• W2892357206 creator A5049221376 @default.
• W2892357206 creator A5049917224 @default.
• W2892357206 creator A5081983851 @default.
• W2892357206 creator A5082148318 @default.
• W2892357206 creator A5082279870 @default.
• W2892357206 creator A5082926470 @default.
• W2892357206 creator A5087846348 @default.
• W2892357206 date "2018-09-14" @default.
• W2892357206 modified "2023-10-18" @default.
• W2892357206 title "Evaluation of TSEB turbulent fluxes using different methods for the retrieval of soil and canopy component temperatures from UAV thermal and multispectral imagery" @default.
• W2892357206 cites W1560372614 @default.
• W2892357206 cites W1966928556 @default.
• W2892357206 cites W1979235224 @default.
• W2892357206 cites W1981663377 @default.
• W2892357206 cites W1983407123 @default.
• W2892357206 cites W1984443733 @default.
• W2892357206 cites W1990077509 @default.
• W2892357206 cites W2002022751 @default.
• W2892357206 cites W2003944446 @default.
• W2892357206 cites W2011010141 @default.
• W2892357206 cites W2027951349 @default.
• W2892357206 cites W2028404775 @default.
• W2892357206 cites W2036635435 @default.
• W2892357206 cites W2045590671 @default.
• W2892357206 cites W2045870298 @default.
• W2892357206 cites W2048502687 @default.
• W2892357206 cites W2051798177 @default.
• W2892357206 cites W2060176133 @default.
• W2892357206 cites W2067384839 @default.
• W2892357206 cites W2076163776 @default.
• W2892357206 cites W2079285700 @default.
• W2892357206 cites W2087478452 @default.
• W2892357206 cites W2088772158 @default.
• W2892357206 cites W2110832913 @default.
• W2892357206 cites W2111286455 @default.
• W2892357206 cites W2116287613 @default.
• W2892357206 cites W2116731171 @default.
• W2892357206 cites W2119130463 @default.
• W2892357206 cites W2119150010 @default.
• W2892357206 cites W2125935279 @default.
• W2892357206 cites W2133125644 @default.
• W2892357206 cites W2139053550 @default.
• W2892357206 cites W2140622444 @default.
• W2892357206 cites W2143675288 @default.
• W2892357206 cites W2144752086 @default.
• W2892357206 cites W2147611675 @default.
• W2892357206 cites W2152683930 @default.
• W2892357206 cites W2164254717 @default.
• W2892357206 cites W2172396214 @default.
• W2892357206 cites W2176971807 @default.
• W2892357206 cites W2181125633 @default.
• W2892357206 cites W2271610084 @default.
• W2892357206 cites W2503370740 @default.
• W2892357206 cites W2505248794 @default.
• W2892357206 cites W2574425637 @default.
• W2892357206 cites W2645536640 @default.
• W2892357206 cites W2890697461 @default.
• W2892357206 cites W2896372433 @default.
• W2892357206 cites W2900748739 @default.
• W2892357206 cites W2902842024 @default.
• W2892357206 cites W2902949125 @default.
• W2892357206 cites W2912041321 @default.
• W2892357206 cites W3023714472 @default.
• W2892357206 cites W4252983076 @default.
• W2892357206 cites W4298466131 @default.
• W2892357206 doi "https://doi.org/10.1007/s00271-018-0585-9" @default.
• W2892357206 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7192002" @default.
• W2892357206 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32355404" @default.
• W2892357206 hasPublicationYear "2018" @default.
• W2892357206 type Work @default.
• W2892357206 sameAs 2892357206 @default.
• W2892357206 citedByCount "70" @default.
• W2892357206 countsByYear W28923572062018 @default.
• W2892357206 countsByYear W28923572062019 @default.
• W2892357206 countsByYear W28923572062020 @default.
• W2892357206 countsByYear W28923572062021 @default.
• W2892357206 countsByYear W28923572062022 @default.
• W2892357206 countsByYear W28923572062023 @default.
• W2892357206 crossrefType "journal-article" @default.
• W2892357206 hasAuthorship W2892357206A5005333130 @default.
• W2892357206 hasAuthorship W2892357206A5016756553 @default.
• W2892357206 hasAuthorship W2892357206A5023478433 @default.
• W2892357206 hasAuthorship W2892357206A5031242392 @default.
• W2892357206 hasAuthorship W2892357206A5041250416 @default.
• W2892357206 hasAuthorship W2892357206A5047557432 @default.
• W2892357206 hasAuthorship W2892357206A5049221376 @default.
• W2892357206 hasAuthorship W2892357206A5049917224 @default.
• W2892357206 hasAuthorship W2892357206A5081983851 @default.
• W2892357206 hasAuthorship W2892357206A5082148318 @default.
• W2892357206 hasAuthorship W2892357206A5082279870 @default.

• next