000			01838nab a2200361 4500
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005			20210112162035.0
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008			210112b ||||| |||| 00| 0 eng d
100			_aWheeler, Stephen M. _939763
245			_aMitigating Urban Heating in Dryland Cities: A Literature Review
260			_bSage, _c2019.
300			_aVol 34, Issue 4, 2019(434-446 p.)
520			_aThis review analyzes literature regarding urban heating and urban heat islands (UHIs) in dryland cities. This topic is of widespread importance in the era of climate change since many global cities are in arid, semiarid, or Mediterranean regions. We first analyze the literature on dryland UHIs, finding major differences with those for temperate cities. We then review research on cooling strategies involving vegetation, built form, and materials. Finally, we consider planning dimensions. Overall, we find that the most sustainable cooling approach for dryland cities is likely to combine low-water tree species with dense, shade-producing built form and high-albedo materials.
650			_adesign, _939764
650			_a energy, _939765
650			_a sustainability, _939766
650			_aurban design, _939767
650			_aurban form, _939768
650			_aenvironment, _939769
650			_aheat islands, _939770
650			_aclimate adaptation, _939771
650			_acooling cities, dryland cities _939772
650			_a dryland cities _939773
700			_a Abunnasr, Yaser _939774
700			_aDialesandro, John _939775
700			_aAssaf, Eleni _939776
700			_aAgopian,, Sarine _939777
700			_aGamberini, Virginia Carter _939778
773	0		_011114 _915488 _dSage, 2019. _tJournal of planning literature
856			_uhttps://doi.org/10.1177/0885412219855779
942			_2ddc _cART