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• W3210113327 endingPage "1463" @default.
• W3210113327 startingPage "1463" @default.
• W3210113327 abstract "Urban evapotranspiration (ET) is an effective way to mitigate ecological challenges resulting from rapid urbanization. However, the characteristics of urban vegetation ET, especially how they respond to meteorological factors and soil water, remains unclear, which is crucial for urban ET regulation. Therefore, this study measured the actual ET rate of an urban lawn (ETlawn) using the Bowen ratio system and an urban tree (Ttree) by a sap flow system in the hot summer of a subtropical megacity, Shenzhen. The results showed that the daily ETlawn was more restricted by energy (Rs) and diffusion conditions (vapor pressure deficit, VPD), while the daily Ttree was more restricted by VPD and relative extractable water (REW) in the urban area. The daily Ttree decreased when the REW was lower than 0.18, while the daily ETlawn started to decrease when it was lower than 0.14. When REW was lower than 0.11, the Ttree stayed at a relatively low level. The impacts of VPD was more evident on the diurnal Ttree than on the diurnal ETlawn. Wind speed had a scarce impact as it was relatively low in urban areas. This study clarifies the different responses of ETlawn and Ttree to meteorological factors and soil water based on actual ET. The results are of great significance for the knowledge of urban forestry and urban hydrology." @default.
• W3210113327 created "2021-11-08" @default.
• W3210113327 creator A5009326481 @default.
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• W3210113327 date "2021-10-27" @default.
• W3210113327 modified "2023-10-04" @default.
• W3210113327 title "Different Responses of Evapotranspiration Rates of Urban Lawn and Tree to Meteorological Factors and Soil Water in Hot Summer in a Subtropical Megacity" @default.
• W3210113327 cites W1517256496 @default.
• W3210113327 cites W1545720801 @default.
• W3210113327 cites W1837903514 @default.
• W3210113327 cites W1942098530 @default.
• W3210113327 cites W1967493192 @default.
• W3210113327 cites W1967904512 @default.
• W3210113327 cites W1969974566 @default.
• W3210113327 cites W1971178836 @default.
• W3210113327 cites W1976095361 @default.
• W3210113327 cites W1980989512 @default.
• W3210113327 cites W1982623611 @default.
• W3210113327 cites W1985009243 @default.
• W3210113327 cites W1987654997 @default.
• W3210113327 cites W1989021866 @default.
• W3210113327 cites W1996690926 @default.
• W3210113327 cites W1997878581 @default.
• W3210113327 cites W2000012115 @default.
• W3210113327 cites W2002367442 @default.
• W3210113327 cites W2004475095 @default.
• W3210113327 cites W2006471539 @default.
• W3210113327 cites W2013305983 @default.
• W3210113327 cites W2013579785 @default.
• W3210113327 cites W2015180254 @default.
• W3210113327 cites W2020451376 @default.
• W3210113327 cites W2023547258 @default.
• W3210113327 cites W2029074727 @default.
• W3210113327 cites W2030821491 @default.
• W3210113327 cites W2033083898 @default.
• W3210113327 cites W2035706559 @default.
• W3210113327 cites W2036249432 @default.
• W3210113327 cites W2038430467 @default.
• W3210113327 cites W2046369678 @default.
• W3210113327 cites W2048344104 @default.
• W3210113327 cites W2048474818 @default.
• W3210113327 cites W2052670532 @default.
• W3210113327 cites W2054786046 @default.
• W3210113327 cites W2060855991 @default.
• W3210113327 cites W2062588456 @default.
• W3210113327 cites W2063402654 @default.
• W3210113327 cites W2065667386 @default.
• W3210113327 cites W2069327231 @default.
• W3210113327 cites W2078783038 @default.
• W3210113327 cites W2081692786 @default.
• W3210113327 cites W2082586262 @default.
• W3210113327 cites W2086306616 @default.
• W3210113327 cites W2093709279 @default.
• W3210113327 cites W2104363184 @default.
• W3210113327 cites W2107551404 @default.
• W3210113327 cites W2107781869 @default.
• W3210113327 cites W2110511975 @default.
• W3210113327 cites W2121362709 @default.
• W3210113327 cites W2121538660 @default.
• W3210113327 cites W2124925190 @default.
• W3210113327 cites W2126229142 @default.
• W3210113327 cites W2126684506 @default.
• W3210113327 cites W2133590570 @default.
• W3210113327 cites W2139362435 @default.
• W3210113327 cites W2139530885 @default.
• W3210113327 cites W2154794793 @default.
• W3210113327 cites W2158683657 @default.
• W3210113327 cites W2159247981 @default.
• W3210113327 cites W2164630180 @default.
• W3210113327 cites W2168108537 @default.
• W3210113327 cites W2168453943 @default.
• W3210113327 cites W2169016599 @default.
• W3210113327 cites W2171521632 @default.
• W3210113327 cites W222368448 @default.
• W3210113327 cites W2475326444 @default.
• W3210113327 cites W2530132672 @default.
• W3210113327 cites W2533871884 @default.
• W3210113327 cites W2615705763 @default.
• W3210113327 cites W2620685216 @default.
• W3210113327 cites W2751604544 @default.
• W3210113327 cites W2791372441 @default.
• W3210113327 cites W2810157665 @default.
• W3210113327 cites W2810686052 @default.
• W3210113327 cites W2882994955 @default.
• W3210113327 cites W2906420206 @default.
• W3210113327 cites W3023573293 @default.
• W3210113327 cites W3030657237 @default.
• W3210113327 cites W4206400809 @default.
• W3210113327 cites W4248324854 @default.
• W3210113327 doi "https://doi.org/10.3390/f12111463" @default.
• W3210113327 hasPublicationYear "2021" @default.
• W3210113327 type Work @default.
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