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Table 3 The results of ANOVA analysis between air temperature and various parameters a

From: Clothing insulation and temperature, layer and mass of clothing under comfortable environmental conditions

t a , °C

Number of layers of clothing within an outfit

M total , g

I cl , clo

 

Upper clothing

Lower clothing

Total

  

14 (Mar/Apr)

3.2(1.01)b,c,d

1.0(0.00)

4.2(1.01)b,c,d

1659(370.3)b,c,d

2.10(0.362)b,c,d

23 (Sept/Oct)

1.8(0.64)b,e,f

1.0(0.00)

2.8(0.64)b,e,f

928(248.0)b,e,f

1.37(0.392)b,e

25 (May/Jun)

1.4(0.49)c,e

1.0(0.18)

2.4(0.56)c,e

732(225.5)c,e,g

1.38(0.402)c,f

29 (Jul/Aug)

1.1(0.35)d,f

1.0(0.00)

2.1(0.35)d,f

473(207.5)d,f,g

0.78(0.241)d,e,f

F-value

59.924

1.046

56.841

109.727

71.361

P

0.000

0.375

0.000

0.000

0.000

  1. Abbreviations: I cl , Level of clothing insulation; M total , Total clothing mass.
  2. aData are mean (SD).
  3. b–gSuperscript letters indicate post hoc tests; identical letters mean the differences between t a values within each parameter.