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Local development enhances the economic capacity and quality of life of the residents and, in particular, attracts tourism to the area. The co-creative value of the residents and the tourists can improve the consensus of the residents on the sustainable development of the place. This study focuses on the factors influencing the co-creation of value between residents and visitors in the Tamsui area near Taipei. The research hypothesis is based on the components of local attachment, economic benefits brought by tourists, environmental costs, social and cultural welfare of the place, life satisfaction of the residents, and the value of co-creation between residents and tourists. A total of 430 questionnaires were collected through a questionnaire survey and statistical data were analyzed using a structural equation model, including descriptive statistical analysis, measurement reliability and validity verification, model fit, and structural model analysis to validate the research hypotheses. The study found that place attachment positively and significantly affects the economic benefits, environmental costs, and socio-cultural welfare of residents about tourists. Resident satisfaction is positively and significantly affected by the environmental costs from visitors and by socio-cultural welfare, but there is no significant impact from economic benefits. Finally, based on the findings of the study, practical recommendations were made for enhancing co-creation value between Tamsui residents and visitors, including enhancing residents' feelings of place attachment and construction of local social culture and welfare. For the residents of Tamsui, unlike the local government and enterprises, need to be able to create value with tourists in order to have a friendly relationship with them and develop regional tourism in a sustainable manner. [ABSTRACT FROM AUTHOR]

This study examined the effectiveness of health promotion counseling of the family caregivers from Taipei Metropolitan Area. An established Chinese version of the health-promoting scale was developed by the author of this study (which was modified and authorized by Walker, Sechrist, & Pender, 1987). A two-group quasi-experimental research design was employed. From October 1996 to July 1997, 84 family caregivers were selected and assigned to one of the two groups. Members of the treatment group received health promotion counseling from four trained professional home care nurses during home visiting. The members of the control group were given no counseling but instead received traditional care. Pre-assessment was carried out after subjects were selected and post evaluation was done 6 months later. The findings showed that the counseling enabled members of the treatment group to adopt healthier lifestyles. The research outcome supports the value of home-care nurse counseling of family caregivers. [ABSTRACT FROM AUTHOR]

This study examines the impact of word of mouth (WOM) communication through social media and how it affects satisfaction with the Summer Universiade in Taipei. This study hopes to understand the usage characteristics of social media among university students and the implementation of social media and their effectiveness as a marketing strategy for sport organization. The hypotheses were verified using a survey of 572 university students from four universities that hosted competitions for the Summer Universiade Games. Data were analyzed using t test, Pearson's correlation analysis and two-way ANOVA analysis. The results indicated that WOM has impacted satisfaction via social media, and the level of understanding of sporting events was significantly affected by WOM communication and overall satisfaction. Moreover, gender showed no significant differences in WOM communication and overall satisfaction with sporting events. However, male participants had significantly higher value in WOM dissemination than female respondents. In addition, the spectators' understanding of the sporting event on WOM communication and overall satisfaction was not affected by the continued use of social media. Suggestions are provided, including sufficient sports marketing and service quality from the organizers, in order to maintain good sports events and enhance spectators' feelings. [ABSTRACT FROM AUTHOR]

Abstract: Several studies have demonstrated that millions of people globally are potentially exposed to volcanic gases. Hydrogen sulfide is a typical gas in volcanic and geothermal areas. The gas is toxic at high concentrations that predominantly affects the nervous, cardiovascular, and respiratory systems. The WHO air quality guideline for hydrogen sulfide is 150μgm−3 (105ppb). The northwest part of Taipei is surrounded by sulfur-rich geothermal and hot springs. Active fumaroles and bubbling springs around the geothermal area emit acidic gases. In combination with automobile emissions, the pollution of acid aerosols is characteristic of the metropolis. This study considered sulfur-rich geothermal, suburban and downtown locations of this metropolis to evaluate geothermally emitted acid aerosol and H2S pollution. Acid aerosols were collected using a honeycomb denuder filter pack sampling system (HDS), and then analyzed by ion chromatography (IC). Results indicated that long-term geothermal emissions, automobile emissions and photochemical reactions have led to significant variations in air pollution among regions of metropolitan Taipei. The highest H2S concentration was 1705ppb in the geothermal area with low traffic density and the mean concentration was 404.06ppb, which was higher than WHO guideline and might cause eye irritation. The SO2 concentrations were relatively low (mean concentration was 3.9ppb) in this area. It may partially result from the chemical reduction reaction in the geothermal emission, which converted the SO2 gas into SO4 2− and H2S. Consequently, very high sulfate concentrations (mean concentration higher than 25.0μgm−3) were also observed in the area. The geothermal areas also emitted relatively high levels of aerosol acidity, Cl−, F−, PO4 3−, and N-containing aerosols. As a result, concentrations of HNO3, NO2 −, PO4 3−, and SO4 2− in metropolitan Taipei are significantly higher than those in other urban areas considered in other studies. These results provide evidence that geothermal emissions represent a significant source of acid aerosols in metropolitan Taipei. Therefore, in this metropolitan area, the combined health effects of air pollutants from automobiles and geothermal emissions should be particular concern. [Copyright &y& Elsevier]

Abstract: Metropolitan Taipei, which is located in the subtropical area, is characterized by high population and automobile densities. For convenience, most primary schools are located near major roads. This study explores the exposure of acid aerosols for schoolchildren in areas in Taipei with different traffic densities. Acid aerosols were collected by using a honeycomb denuder filter pack sampling system (HDS). Experimental results indicated that the air pollutants were significantly correlated with traffic densities. The ambient air NO2, SO2, HNO3, NO3 −, SO4 2−, and aerosol acidity concentrations were 31.3 ppb, 4.7 ppb, 1.3 ppb, 1.9 μg m−3, 18.5 μg m−3, and 49.5 nmol m−3 in high traffic density areas, and 6.1 ppb, 1.8 ppb, 0.9 ppb, 0.7 μg m−3, 8.8 μg m−3 and 14.7 nmol m−3 in low traffic density areas. The exposure levels of acid aerosols for schoolchildren would be higher than the measurements because the sampling height was 5 m above the ground. The SO2 levels were low (0.13–8.03 ppb) in the metropolitan Taipei. However, the SO4 2− concentrations were relatively high, and might be attributed to natural emissions of sulfur-rich geothermal sources. The seasonal variations of acid aerosol concentrations were also observed. The high levels of acidic particles in spring time may be attributed to the Asian dust storm and low height of the mixture layer. We conclude that automobile contributed not only the primary pollutants but also the secondary acid aerosols through the photochemical reaction. Schoolchildren were exposed to twice the acid aerosol concentrations in high traffic density areas compared to those in low traffic density areas. The incidence of allergic rhinitis of schoolchildren in the high traffic density areas was the highest in spring time. Accompanied by high temperature variation and high levels of air pollution in spring, the health risk of schoolchildren had been observed. [Copyright &y& Elsevier]