Skip to main content

Table 6 Associations between home environment factors and noise disturbance from specific indoor sources OR (95%CI) a

From: Home environment and noise disturbance in a national sample of multi-family buildings in Sweden-associations with medical symptoms

Home environment factors

 

Scraping sound, footsteps, thumping or similar sounds from neighbours

p

Amusement centre in the property

p

Stairwell, elevators

p

Temperature zone b

 

1.95(1.20,3.15)

0.007

1.21(1.04,1.41)

0.016

Municipality population density c

 

1.24(1.03,1.49)

0.022

Time living in current apartment

≤ 5 years

1.00

 

1.00

 
 

>  5 years

1.34(1.10,1.62)

0.003

1.22(0.96,1.54)

0.103

Construction year

−1960

1.00

 

1.00

 

1.00

 
 

1961–1975

1.23(0.94,1.60)

0.137

2.42(1.25,4.67)

0.008

1.29(0.93,1.78)

0.132

 

1976–1985

0.67(0.49,0.93)

0.017

0.88(0.38,2.03)

0.765

0.83(0.56,1.24)

0.365

 

1986–1995

0.62(0.44,0.87)

0.006

1.32(0.58,3.01)

0.513

0.74(0.49,1.13)

0.165

 

1996–2005

0.57(0.41,0.80)

0.001

0.66(0.27,1.61)

0.358

0.63(0.41,0.96)

0.031

Ownership

Self-owned

1.00

 

1.00

 

1.00

 
 

Renting

1.80(1.50,2.16)

< 0.001

2.32(1.49,3.63)

< 0.001

2.19(1.73,2.76)

< 0.001

Location of the apartment

Ground floor/basement

1.00

 

 

Above ground floor

1.11(0.88,1.40)

0.387

Any mechanical ventilation

 

1.06(0.88,1.28)

0.506

  

0.89(0.71,1.11)

0.297

Bathroom fan

Yes

1.84(1.16,2.93)

0.010

Window opening frequency

Less often

 

Everyday

  1. Bold values indicate p < 0.05.
  2. aTwo-level logistic regression models (individual, municipality). Mutual adjustment including all variables with p < 0.2 in Table S5 (see Additional file 1). The odds ratios were adjusted for gender, age and smoking
  3. bThe ORs were expressed per 1 unit increase for temperature zone
  4. cThe ORs were expressed per 1000 increase for municipality population density (number of persons per km2, person/km2)