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- W4382199846 startingPage "165158" @default.
- W4382199846 abstract "Surface urban heat island (SUHI) is a key climate risk associated with urbanization. Previous case studies have suggested that precipitation (water), radiation (energy), and vegetation have important effects on urban warming, but there is a lack of research that combines these factors to explain the global geographic variation in SUHI intensity (SUHII). Here, we utilize remotely sensed and gridded datasets to propose a new water-energy-vegetation nexus concept that explains the global geographic variation of SUHII across four climate zones and seven major regions. We found that SUHII and its frequency increase from arid zones (0.36 ± 0.15 °C) to humid zones (2.28 ± 0.10 °C), but become weaker in the extreme humid zones (2.18 ± 0.15 °C). We revealed that from semi-arid/humid to humid zones, high precipitation is often coupled with high incoming solar radiation. The increased solar radiation can directly enhance the energy in the area, leading to higher SUHII and its frequency. Although solar radiation is high in arid zones (mainly in West, Central, and South Asia), water limitation leads to sparse natural vegetation, suppressing the cooling effect in rural areas and resulting in lower SUHII. In extreme humid regions (mainly in tropical areas), incoming solar radiation tends to flatten out, which, coupled with increased vegetation as hydrothermal conditions become more favorable, leads to more latent heat and reduces the intensity of SUHI. Overall, this study offers empirical evidence that the water-energy-vegetation nexus highly explains the global geographic variation of SUHII. The results can be used by urban planners seeking optimal SUHI mitigation strategies and for climate change modeling work." @default.
- W4382199846 created "2023-06-28" @default.
- W4382199846 creator A5012777989 @default.
- W4382199846 creator A5020748223 @default.
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- W4382199846 creator A5045193597 @default.
- W4382199846 creator A5062535613 @default.
- W4382199846 creator A5079663798 @default.
- W4382199846 date "2023-10-01" @default.
- W4382199846 modified "2023-09-27" @default.
- W4382199846 title "Water-energy-vegetation nexus explain global geographical variation in surface urban heat island intensity" @default.
- W4382199846 cites W1138192883 @default.
- W4382199846 cites W1622515456 @default.
- W4382199846 cites W1957387899 @default.
- W4382199846 cites W1964022499 @default.
- W4382199846 cites W1964805252 @default.
- W4382199846 cites W1976095361 @default.
- W4382199846 cites W1983322114 @default.
- W4382199846 cites W1983482133 @default.
- W4382199846 cites W1990231300 @default.
- W4382199846 cites W1999582615 @default.
- W4382199846 cites W2000508590 @default.
- W4382199846 cites W2013702150 @default.
- W4382199846 cites W2017048761 @default.
- W4382199846 cites W2038137144 @default.
- W4382199846 cites W2043764602 @default.
- W4382199846 cites W2056968363 @default.
- W4382199846 cites W2066131315 @default.
- W4382199846 cites W2074398030 @default.
- W4382199846 cites W2078349282 @default.
- W4382199846 cites W2082291024 @default.
- W4382199846 cites W2097054682 @default.
- W4382199846 cites W2097467169 @default.
- W4382199846 cites W2121745948 @default.
- W4382199846 cites W2144378718 @default.
- W4382199846 cites W2162063693 @default.
- W4382199846 cites W2194360737 @default.
- W4382199846 cites W2253902135 @default.
- W4382199846 cites W2280062558 @default.
- W4382199846 cites W2417174564 @default.
- W4382199846 cites W2530165053 @default.
- W4382199846 cites W2550923540 @default.
- W4382199846 cites W2554470513 @default.
- W4382199846 cites W2572798469 @default.
- W4382199846 cites W2584823719 @default.
- W4382199846 cites W2585496189 @default.
- W4382199846 cites W2597418006 @default.
- W4382199846 cites W2607788411 @default.
- W4382199846 cites W2735326695 @default.
- W4382199846 cites W2787471779 @default.
- W4382199846 cites W2788623958 @default.
- W4382199846 cites W2804894055 @default.
- W4382199846 cites W2805512472 @default.
- W4382199846 cites W2861366232 @default.
- W4382199846 cites W2887699044 @default.
- W4382199846 cites W2888409984 @default.
- W4382199846 cites W2898019911 @default.
- W4382199846 cites W2898764286 @default.
- W4382199846 cites W2914441862 @default.
- W4382199846 cites W2928351920 @default.
- W4382199846 cites W2939139118 @default.
- W4382199846 cites W2939432878 @default.
- W4382199846 cites W2945625558 @default.
- W4382199846 cites W2955710734 @default.
- W4382199846 cites W2970096689 @default.
- W4382199846 cites W2971795275 @default.
- W4382199846 cites W2974652506 @default.
- W4382199846 cites W2977279580 @default.
- W4382199846 cites W2989081755 @default.
- W4382199846 cites W3005497904 @default.
- W4382199846 cites W3005619609 @default.
- W4382199846 cites W3007031153 @default.
- W4382199846 cites W3011773723 @default.
- W4382199846 cites W3014125413 @default.
- W4382199846 cites W3015825402 @default.
- W4382199846 cites W3081415734 @default.
- W4382199846 cites W3087319761 @default.
- W4382199846 cites W3093040513 @default.
- W4382199846 cites W3107612891 @default.
- W4382199846 cites W3107665218 @default.
- W4382199846 cites W3118899955 @default.
- W4382199846 cites W3123902981 @default.
- W4382199846 cites W3138457171 @default.
- W4382199846 cites W3145479355 @default.
- W4382199846 cites W3158182660 @default.
- W4382199846 cites W3158737434 @default.
- W4382199846 cites W3159020957 @default.
- W4382199846 cites W3168945799 @default.
- W4382199846 cites W3189677786 @default.
- W4382199846 cites W3203075910 @default.
- W4382199846 cites W3208336864 @default.
- W4382199846 cites W3209981206 @default.
- W4382199846 cites W4200363288 @default.
- W4382199846 cites W4206573663 @default.
- W4382199846 cites W4212835924 @default.
- W4382199846 cites W4226174258 @default.
- W4382199846 cites W4282980695 @default.
- W4382199846 cites W4283119508 @default.