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recreation variables (step 1), relevant leisure activities variables and outdoor re- creation variables of additional spatial levels (step 2), relevant physical health and work load variables (step 3) and relevant socio-demographic variables (step 4). (s=Beta of standardized coefficients, t=t-value and p=significance).

Table 6 recreation variables (step 1), relevant leisure activities variables and outdoor re- creation variables of additional spatial levels (step 2), relevant physical health and work load variables (step 3) and relevant socio-demographic variables (step 4). (s=Beta of standardized coefficients, t=t-value and p=significance).

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Fig. 1. : Topographic map of Switzerland showing the locations of the three study areas. Table 1 Table 3
Fig. 1. : Topographic map of Switzerland showing the locations of the three study areas. Table 1 Table 3
* Households with children < 18 years (BfS, 2000). > Born in the same municipality (BfS, 2000). ™ p <0.01. Socio-demographic characteristics of the three sub-samples and the respective population data (as far as provided by the last population census in 2000). Table 2
* Households with children < 18 years (BfS, 2000). > Born in the same municipality (BfS, 2000). ™ p <0.01. Socio-demographic characteristics of the three sub-samples and the respective population data (as far as provided by the last population census in 2000). Table 2
The selected study areas and the sample sizes.
The selected study areas and the sample sizes.
Answer scales: n=917), and in the sub-samples of Langenthal (L), Delémont (D) and Bellinzona (B).
Answer scales: n=917), and in the sub-samples of Langenthal (L), Delémont (D) and Bellinzona (B).
Percent of respondents for whom the indicated leisure activity belonged to the three most often performed leisure activities. N=917. Table 4
Percent of respondents for whom the indicated leisure activity belonged to the three most often performed leisure activities. N=917. Table 4
* Significance levels (two sided): =p <.05. ™ Significance levels (two sided): =p < 0.01. Bivariate correlations (Pearson) between the dependent variables (well-being and psychological resilience) and the influence factors (nearby outdoor recreation be- haviour, outdoor recreation in other spatial scales, leisure activities) as well as the control variables (workloads, physical health state, socio-demographic variables).
* Significance levels (two sided): =p <.05. ™ Significance levels (two sided): =p < 0.01. Bivariate correlations (Pearson) between the dependent variables (well-being and psychological resilience) and the influence factors (nearby outdoor recreation be- haviour, outdoor recreation in other spatial scales, leisure activities) as well as the control variables (workloads, physical health state, socio-demographic variables).
(s=Beta of standardised coefficients, t=t-value and p=significance). nearby outdoor recreation variables (step 1), relevant leisure activities variables and outdoor recreation variables of additional spatial levels (step 2), relevant physical health and work load variables (step 3) and relevant socio-demographic variables (step 4).
(s=Beta of standardised coefficients, t=t-value and p=significance). nearby outdoor recreation variables (step 1), relevant leisure activities variables and outdoor recreation variables of additional spatial levels (step 2), relevant physical health and work load variables (step 3) and relevant socio-demographic variables (step 4).
Related topics:
Health PsychologyRecreation & Leisure StudiesOutdoor RecreationWork and LabourPublic HealthWast heat recovery
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