Fig 1.
Research area (village photo taken by drone).
Table 1.
Experimental equipment used for the measurement ofmicrometeorological parameters.
Fig 2.
Positioning map of each measurement point in the village.
Fig 3.
Measurement point settings in Huanglongxian Village.
Fig 4.
Measurement point settings in Shishanxia Village.
Fig 5.
Measurement point settings in Huashu Village.
Fig 6.
Technology roadmap.
Table 2.
Parameter settings in ENVI-met simulation.
Table 3.
Classification of physiological equivalent temperature levels in Nanjing area.
Fig 7.
Measured air temperature, relative humidity, and average wind speed at different measurement points in the courtyard space in summer and winter (MD stands for Meteorological Data).
Fig 8.
Measured air temperature, relative humidity, and average wind speed at different measurement points in the alleyway space in summer and winter (MD stands for Meteorological Data).
Fig 9.
Measured air temperature, relative humidity, and average wind speed at different measurement points in the square space in summer and winter (MD stands for Meteorological Data).
Fig 10.
Measured air temperature, relative humidity, and average wind speed at different measurement points in the waterfront space in summer and winter (MD stands for Meteorological Data).
Fig 11.
PET values of different spaces in summer and winter and Human comfort distribution of different spaces in summer and winter.
Fig 12.
Linear regression analysis of measured and simulated at different measurement points in Huanglongxian Village in summer and winter.
Fig 13.
ENVI-met simulation of different measurement points in the courtyard space in summer and winter.
Fig 14.
The influence of courtyard space building height on thermal environment.
Fig 15.
ENVI-met simulation of different measurement points in the alleyway space in summer and winter.
Fig 16.
The influence of building height on microclimate in courtyard space.
Fig 17.
ENVI-met simulation of different measurement points in the square space in summer and winter.
Fig 18.
ENVI-met simulation of different measurement points in the waterfront space in summer and winter.
Fig 19.
Climate adaptive design of Courtyard space and Alleyway space.
Fig 20.
Climate adaptive design of Square space and Waterfront space.