Table 2 Heat adaptation behaviors and their adaptation mechanisms

From: E-bikes enhance climate resilient urban mobility through heat adaptation as revealed by mediation analysis

Adaptation behavior

Adaptation mechanism

Model accuracy (%)

Using a Sun Umbrella22

Blocks direct solar radiation, reduces radiative heat gain

72.8

Wearing a Wide-Brimmed Hat Usage18

Blocks direct solar radiation to the head, reduces heat load

78.3

Wearing UV-Protective Clothing17

Special materials reflect UV radiation while promoting evaporative cooling

83.7

Wearing a UV-Blocking Face Mask30

Protects facial skin from direct solar radiation

76.9

Wearing Sunglasses31

Reduces eye exposure to UV radiation, lowers thermal discomfort

72.4

Cooling Sleeves18

Special materials protect limbs while enhancing evaporative cooling

83.8

Wearing Sunshade for E-Bikes32

Provides mobile shade for riders, reduces direct sun exposure

94.1

Seeking Shade33

Reduces radiative heat gain by avoiding direct sunlight

80.5

Wearing Cooling Sun-Protection Gloves17

Reduces hand sun exposure while maintaining dexterity

58.4

Using Portable Fan34

Accelerates body heat dissipation through forced convection

-

Carrying Water21

Maintains water balance, supports the sweating mechanism for heat dissipation

-