Appendix 2.
Overview of coefficient of determination(r²) in air temperature, relative humidity, wind speed, mean radiant temperature, and PET between ENVI-met simulations and observations

Reference	City and country	r2
		Air temperature	Relative humidity	Wind speed	Mean radiant temperature	PET
Acero and Herranz-Pascual(2015)	Bilbao, Spain			0.1024	0.49
Biqaraz et al.(2019)	Lar, Iran		0.68−0.94
Chatterjee et al.(2019)	Kolkata, India		0.791
Chen and Ng(2013)	Hong Kong, China				0.6149
Chen et al.(2014)	Freiburg, Germany				0.0625
Chow and Brazel(2012)	Phoenix, USA	0.86−0.92
Chow et al.(2011)	Phoenix, USA (1 m height at 5:30)	0.47
Gusson and Duarte(2016)	São Paulo, Brazil	0.85−0.92
Hedquist and Brazel(2014)	Phoenix, USA	0.68−0.94
Jänicke et al.(2015)	Berlin, Germany				0.95
Katsoulas et al.(2017)	Arta, Greece	0.8−0.9
Krüger et al.(2011)	Curitiba, Brazil			0.7
Lee et al.(2016)	Freiburg, Germany				0.86	0.77
Li and Song(2019)	Seoul, Republic of Korea	0.69−0.88
Lobaccaro et al.(2019)	Bilbao, Spain	0.89
López-Cabeza et al.(2018)	Seville, Spain	0.84−0.99
Middel et al.(2014)	Phoenix, USA	0.97−0.99
Ma et al.(2019a)	Fo Shan, China		0.7664−0.9813	0.7307−0.9001
Ma et al.(2019b)	Taizhou, China		0.7469−0.9693
Morakinyo et al.(2017)	Hong Kong, China	0.79−0.81			0.69−0.74
Morakinyo et al.(2019)	Hong Kong, China		0.76
Müller et al.(2014)	Oberhausen, Germany	0.97	0.97
Ng et al.(2012)	Hong Kong, China	0.63
Park et al.(2014)	Nanaimo, Canada & Changwon, Republic of Korea			0.56
Piselli et al.(2018)	Perugia, Italy	0.74	0.9216
Qaid and Ossen(2015)	Putrajaya, Malaysia	0.6
Salata et al.(2016)	Rome, Italy	0.91			0.96
Sun et al.(2017)	Beijing, China		0.78−0.9
Taleghani et al.(2015)	De Bilt, Netherlands	0.64
Tan et al.(2015)	Hong Kong, China				0.997
Wang et al.(2015)	Assen, Netherlands	0.88−0.89
Wang et al.(2015)	Assen, Netherlands	0.88 ± 0.05
Yang et al.(2013)	Guangzhou, China	0.94−0.96
Yang et al.(2018)	Bedok, Singapore	0.95−0.99			0.74−0.96
Yang et al.(2019)	Xi’an, China		0.91
Zhang et al.(2018)	Wuhan, China	0.71−0.89		0.51−0.71	0.89