FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387208191> ?p ?o ?g. }

• W4387208191 endingPage "108541" @default.
• W4387208191 startingPage "108541" @default.
• W4387208191 abstract "Crop evapotranspiration (ET) along with its components (canopy transpiration (T) and soil evaporation (E)) estimates are crucial for agroecosystem hydrological process research and developing agricultural water-saving strategies. An inter-comparison of the Penman-Monteith type model, including Penman-Monteith (PM), Shuttleworth-Wallace (S-W), Two-Patch (T-P) and topography- and vegetation-based surface energy partitioning algorithm (TVET), Clumping (CL) and developed Two patch-Two layer (T-T) model was conducted to estimate ET and its components in a kiwifruit orchard. Results showed that all models can well capture the pattern of eddy covariance-based hourly ET (ETEC), with a slope of 0.82–1.10, R2 of 0.78–0.83, and RMSE of 0.039–0.049 mm 0.5 h–1, and yield relatively reliable estimates validated by sap flow-based hourly T, with a slope of 0.93–1.16, R2 of 0.72–0.79, and RMSE 0.017–0.026 mm 0.5 h–1. All the P-M type models agreed well with the daily ETEC, with a slope of 0.88–1.21, R2 of 0.82–0.86, and RMSE of 0.55–0.88 mm d–1, respectively. S-W overestimated actual ET due to overestimation in both T and E, T-P and TVET models overestimated T but underestimated actual E as they ignored the soil contribution under the canopy. T-T model outperformed other models in daily ET, T, and E estimates, with R2 of 0.86, 0.73 and 0.73, and RMSE of 0.56, 0.39 and 0.46 mm d–1, respectively. The output ET and T of the different P-M type models were most sensitive to canopy resistance (rsc), while E is most sensitive to aerodynamic resistance between substrate and crop canopy. Net radiation was the most crucial meteorological factor affecting ET, T and E, as it directly participated in the energy balance calculation. The output T was sensitive to air temperature since it affected rsc, while E was relatively sensitive to soil water content since it greatly changed soil surface resistance." @default.
• W4387208191 created "2023-09-30" @default.
• W4387208191 creator A5002406477 @default.
• W4387208191 creator A5004184500 @default.
• W4387208191 creator A5004387898 @default.
• W4387208191 creator A5038181897 @default.
• W4387208191 creator A5054036938 @default.
• W4387208191 creator A5056109445 @default.
• W4387208191 creator A5061434084 @default.
• W4387208191 creator A5066156506 @default.
• W4387208191 creator A5085205448 @default.
• W4387208191 creator A5086334163 @default.
• W4387208191 date "2023-11-01" @default.
• W4387208191 modified "2023-10-16" @default.
• W4387208191 title "Inter-comparison of the Penman-Monteith type model in modeling the evapotranspiration and its components in an orchard plantation of Southwest China" @default.
• W4387208191 cites W140987016 @default.
• W4387208191 cites W1682229967 @default.
• W4387208191 cites W1801676395 @default.
• W4387208191 cites W1868856169 @default.
• W4387208191 cites W1945666848 @default.
• W4387208191 cites W1945718634 @default.
• W4387208191 cites W1958998507 @default.
• W4387208191 cites W1973425650 @default.
• W4387208191 cites W1983614388 @default.
• W4387208191 cites W1983864550 @default.
• W4387208191 cites W1991089357 @default.
• W4387208191 cites W1993399566 @default.
• W4387208191 cites W1993443896 @default.
• W4387208191 cites W2003554446 @default.
• W4387208191 cites W2007448094 @default.
• W4387208191 cites W2013366989 @default.
• W4387208191 cites W2014178663 @default.
• W4387208191 cites W2018043145 @default.
• W4387208191 cites W2020447087 @default.
• W4387208191 cites W2026420194 @default.
• W4387208191 cites W2027196732 @default.
• W4387208191 cites W2029105146 @default.
• W4387208191 cites W2030043359 @default.
• W4387208191 cites W2033190556 @default.
• W4387208191 cites W2033997340 @default.
• W4387208191 cites W2050698820 @default.
• W4387208191 cites W2057465516 @default.
• W4387208191 cites W2060400475 @default.
• W4387208191 cites W2068569189 @default.
• W4387208191 cites W2086306616 @default.
• W4387208191 cites W2103965139 @default.
• W4387208191 cites W2119895530 @default.
• W4387208191 cites W2124437404 @default.
• W4387208191 cites W2130031595 @default.
• W4387208191 cites W2136904626 @default.
• W4387208191 cites W2138083030 @default.
• W4387208191 cites W2158683657 @default.
• W4387208191 cites W2159221478 @default.
• W4387208191 cites W2168108537 @default.
• W4387208191 cites W2171395349 @default.
• W4387208191 cites W2299979294 @default.
• W4387208191 cites W2421255215 @default.
• W4387208191 cites W2509719960 @default.
• W4387208191 cites W2535655240 @default.
• W4387208191 cites W2561650248 @default.
• W4387208191 cites W2574299844 @default.
• W4387208191 cites W2591532694 @default.
• W4387208191 cites W2621133770 @default.
• W4387208191 cites W2647927681 @default.
• W4387208191 cites W2793455521 @default.
• W4387208191 cites W2809625517 @default.
• W4387208191 cites W2897462111 @default.
• W4387208191 cites W2898196100 @default.
• W4387208191 cites W2911901584 @default.
• W4387208191 cites W2918705429 @default.
• W4387208191 cites W2927799887 @default.
• W4387208191 cites W2951597042 @default.
• W4387208191 cites W2968512181 @default.
• W4387208191 cites W2987966356 @default.
• W4387208191 cites W3012280910 @default.
• W4387208191 cites W3025137839 @default.
• W4387208191 cites W3048063364 @default.
• W4387208191 cites W3057550741 @default.
• W4387208191 cites W3092642545 @default.
• W4387208191 cites W3124959047 @default.
• W4387208191 cites W3165074770 @default.
• W4387208191 cites W3211956606 @default.
• W4387208191 cites W3213938644 @default.
• W4387208191 cites W3214960941 @default.
• W4387208191 cites W3216690821 @default.
• W4387208191 cites W4225370479 @default.
• W4387208191 cites W4229366858 @default.
• W4387208191 cites W4311349862 @default.
• W4387208191 doi "https://doi.org/10.1016/j.agwat.2023.108541" @default.
• W4387208191 hasPublicationYear "2023" @default.
• W4387208191 type Work @default.
• W4387208191 citedByCount "0" @default.
• W4387208191 crossrefType "journal-article" @default.
• W4387208191 hasAuthorship W4387208191A5002406477 @default.
• W4387208191 hasAuthorship W4387208191A5004184500 @default.
• W4387208191 hasAuthorship W4387208191A5004387898 @default.
• W4387208191 hasAuthorship W4387208191A5038181897 @default.
• W4387208191 hasAuthorship W4387208191A5054036938 @default.

• next