Green space |
Compared cooling effects of different forms of green
spaces |
Among polygonal, linear, single and mixed green spaces,
polygonal and mixed green spaces had the most significant cooling
effects (Park et al., 2017). |
|
Purification effect of urban green space on air pollutants |
Urban
green spaces could directly reduce air pollutants and noise levels
(Bolund and Hunhammar, 1999). |
Blue space |
Influencing factors of water-cooling effect |
The cooling
effects of lakes will gradually be decreased as the height of
surrounding buildings increased and larger lakes showed better cooling
effects at their edges and downwind areas (Theeuwes et al.,
2013). |
|
Compared cooling effects of different water bodies |
Planar waters in
the center of the heat island had more obvious mitigation effects than
the linear waters (Cheng et al., 2019). |
Blue-green space |
Microclimate effects of vegetation and water bodies
on urban squares |
In the presence of vegetation and water body, the
surface temperature was significantly lower than that in the absence of
vegetation and water (Robitu et al., 2006). |
|
Thermal environmental effects of urban reservoirs and forests and
their interactions |
There was a nonlinear relationship between the
cooling effects of reservoir water bodies and the vegetation and the
regulating effects of the reservoir and the forest on the environment
are mutually influenced (Wu et al., 2018). |