Search Results (72)

Universities in severely cold regions face the dual challenge of adapting to seasonal climate variations while enhancing outdoor thermal comfort in outdoor leisure plazas. This study takes a university in Hohhot as a case study. Through field investigations conducted in summer and winter, thermal benchmarks were established. Based on this, an orthogonal experimental design was developed considering greenery layout, plant types, and surface albedo. ENVI-met was used to simulate and analyze the seasonal regulatory effects of landscape elements on the microclimate. The results show that: (1) the lower limit of the neutral PET range in Hohhot in winter is −11.3 °C, and the upper limit in summer is 31.3 °C; (2) the seasonal contribution of landscape elements to PET ranks as follows: plant types > greenery layout > surface albedo; and (3) the proposed optimization plan achieved a weighted increase of 6.0% in the proportion of activity area within the neutral PET range in both summer and winter. This study is the first to construct outdoor thermal sensation categories for both summer and winter in Hohhot and to establish a thermal comfort optimization evaluation mechanism that considers both diurnal and seasonal weightings. It systematically reveals the comprehensive regulatory effects of landscape elements on the thermal environment in severely cold regions and provides a nature-based solution for the climate-responsive design of campus plazas in such areas. Full article

Background: Vast spatial mobility changes happened globally during the COVID-19 pandemic, profoundly affecting older adults’ well-being and active aging experience. This study aims to examine how the virtual environment and cyberspace, in conjunction with the physical and social neighbourhood environments, influence outdoor activities and spatial mobility for older immigrants. Methods: Four online focus groups were conducted with 25 older Chinese immigrants aged 65 and over in the Greater Toronto Area, Canada. The focus groups explored coping strategies during the pandemic and spatial mobility patterns related to different activity types such as grocery shopping, leisure activities and physical exercises, social and familial activities, and healthcare. Qualitative thematic analysis was conducted guided by the neighbourhood and health theoretical framework. Results: The overall engagement of older Chinese immigrants in various types of outdoor activities declined drastically and the spatial mobility pattern was complex. This change was shaped largely by the intersecting physical/built (e.g., residential conditions, access to public spaces), social (e.g., social support, interpersonal cohesion) and virtual (e.g., online communities and internet-based resources) environmental factors, as well as individual risk perceptions towards COVID-19 and public health interventions during the pandemic. Conclusions: Virtual environment emerged as an important domain that compensates for the heavily reduced spatial mobility of the group during the pandemic. It functioned as a vital channel for older Chinese immigrants to sustain the necessary leisure, social, and healthcare-related activities and maintain well-being during the pandemic. The study provides implications for addressing neighbourhood-level factors in policymaking and implementing initiatives to enhance active ageing experience of older Chinese immigrants. Full article

Under the dual constraints of limited resources and cold climate, the built environment of small cities in cold areas has a particularly prominent impact on the outdoor activities of the elderly and the need for aging optimization. Based on a questionnaire survey and field measurement data, combined with multiple linear regression, Spearman correlation analysis, and difference analysis, this paper systematically discusses the effects of different built environment characteristics on outdoor activity behaviors (frequency, intensity, and stay time) of the elderly in Bei’an City, Heilongjiang Province, China. The difference in environmental satisfaction of the elderly with different genders, ages, and education levels was analyzed. The results show that green coverage, air quality, leisure facilities, and barrier-free facilities are the core environmental factors that significantly improve the activity behavior of the elderly. In contrast, noise level, road damage, and inadequate facility maintenance significantly inhibit the activity willingness of the elderly. It was found that older adults are more dependent on barrier-free facilities and site safety, while younger people pay more attention to sports facilities and social space. Older women pay more attention to environmental details and cultural elements, while men tend to evaluate environmental functionality and so on. Further analysis shows that green environments and leisure facilities in cold climates provide visual beauty and play an important role in improving air quality and enhancing mental health. These elements are particularly critical in winter activities for older people, demonstrating the potential of the built environment to promote health and social participation. Starting from the unique background of small cities in cold regions, this study verified the applicability of the WHO age-friendly city framework in small cities in cold climates through empirical data, and revealed the necessity of climate-adaptive design (such as winter anti-slip facilities and cold-resistant greening) to improve the activity behavior of the elderly, providing a regional supplement to the existing theories. Full article

In recent years, many studies have been carried out regarding the benefits that nature could bring to people’s well-being. The research presented here applies the Delphi methodology to design a survey aimed at assessing the links between the natural environment, well-being and leisure, enriching the existing body of knowledge. Eighteen experts participated in this study with an integrated approach to sustainability terms. Two rounds of queries were put to the panel of experts between February and July 2021. In the first round, the experts identified the key aspects to be considered when studying the perception of natural environments related to well-being through outdoor activities. In the second query, the experts assessed the importance, relevance and clarity of the questions to be included in the survey. The survey was designed based on the results of these two rounds of queries. This methodology aims to gain a better understanding of the interrelation between people and the natural environment in order to determine the mechanisms by which a relationship with nature can improve people’s health, well-being and sustainable behaviours. The Delphi method could be employed for global research to validate this survey. Full article

Background: Despite the benefits of physical activity (PA), Italy ranks low in leisure-time PA among European countries. Integrating virtual (VR)/enhanced (ER) reality with exercise equipment could boost PA engagement. Limited studies have explored how VR/ER-integrated cycling activity, compared to outdoor settings, influences PA among university students. Therefore, this study aimed to evaluate the acute effects of a brief cycling session outdoors and indoors on psychological and physiological outcomes, and secondly, investigate the potential of VR/ER-mediated nature experiences as a tool to promote green exercise. Methods: In February 2024, thirty-one subjects (20 M and 11 F; age 24.3 ± 3.2 years; BMI 23.5 ± 3.6 kg/m²) were involved in this randomized crossover-controlled trial, where they were assigned to three different conditions: ER cycling (ERC), VR cycling (VRC), and outdoor cycling (OUTC). Heart rate (HR), Physical Activity Enjoyment (PACE), Intrinsic Motivation Inventory (IMI), and Intention to Perform Green Exercise (INT-GE) were assessed at the end of each condition. Results: The OUTC condition showed significantly greater PACE, IMI, and INT-GE than ERC/VRC (p < 0.001), lower HR_mean than ERC/VRC (p < 0.001 and p < 0.05, respectively), and lower HRmax than ERC (p < 0.05). Conclusions: VRC and ERC enhanced engagement and physiological responses during indoor cycling, but outdoor cycling offered superior benefits in motivation, enjoyment, and future engagement intentions. No significant differences were found between VRC and ERC in promoting intentions for outdoor activities, suggesting both technologies could be equally effective. Full article

China has the world’s largest and fastest-growing elderly population, primarily living in outdated urban residential communities. These aging populations face challenges in outdoor activities (OA) and quality of life (QoL) due to deteriorating neighborhood-built environments (NBE). While upgrading these environments is essential for urban renewal, the specific NBE factors affecting OA and QoL for the elderly are not well understood, creating a gap in existing research. This study addresses this gap by investigating how NBE elements influence the OA and QoL of elderly residents in these communities. This study investigates these interactions by conducting a comprehensive literature review, followed by a questionnaire survey, with data analyzed using factor analysis, correlation analysis, and regression analysis. The results reveal that supermarkets and subways significantly impact the physical health of older adults. Psychological health is primarily shaped by daily activities, social relationships, and self-care ability, with roads, hospitals, and bus stops further affecting daily activities. Social relationships are largely influenced by social activities, which are impacted by grocery markets, subways, and parks. Additionally, self-care ability is affected by leisure and daily activities, as well as the accessibility of supermarkets, grocery markets, subways, and buses. These findings offer valuable insights for government-led initiatives aimed at implementing age-friendly retrofitting of NBEs, ultimately enhancing the OA and QoL of the elderly population. Full article

The air quality in educational campuses affects the health and work efficiency of teachers and students. Studies into this matter are of great significance for optimizing the management of campus living environments. Low-cost online sensors to monitor PM_2.5 and CO₂ levels were used in typical functional areas of a university campus in Beijing, China, including offices, dormitories, leisure spaces, canteens, and laboratories. By comparing the findings with data from nearby national monitoring stations, the seasonal and spatial variations in PM_2.5 and CO₂ concentrations were analyzed. Findings indicate PM_2.5 levels within the campus were notably lower compared to the surrounding urban environment. There was variation in PM_2.5 and CO₂ concentrations across different functional areas. Typically, indoor PM_2.5 levels were lower than outdoor ones, while CO₂ concentrations in enclosed indoor spaces with human activities progressively escalated. The main internal emission sources affecting the PM_2.5 level on campus included traffic emissions, dust generated by human activities, and emissions from catering. In contrast, in areas with better green coverage or where a lake system participates in the atmospheric circulation, the PM_2.5 level and CO₂/PM_2.5 were lower. This indicates that the cleansing impact of plants and aquatic systems is instrumental in lowering PM_2.5 concentrations, offering healthier leisure spaces. Seasonal variations also impact PM_2.5 levels. During the non-heating period, less pollution source emissions led to decreased outdoor PM_2.5 concentrations. The campus monitoring sites experienced an approximate 5 µg/m³ and 29 µg/m³ reduction in the average PM_2.5 levels as compared to the PM_2.5 of the surrounding urban environment, respectively, during the non-heating and heating period. During indoor activities or sleep, CO₂ levels can build up to as high as 2303 ppm due to breathing. It is advisable to stay indoors on days when pollution levels are high, whereas on days with clean air, it is healthier to be outdoors or to air out indoor areas by opening windows. Our research provides clearer scientific evidence for incorporating behavioral strategies for improving air quality into both daily work and life. Moreover, the findings are quite meaningful for the widespread adoption of low-cost sensor monitoring in various environments, with applications beyond just the campus settings. Full article

E-biking is alluring for its various physical, environmental, and financial benefits and the ability to travel farther and faster, and being physically easier to ride than astride an analog (traditional) bicycle. E-bikes are also a source of controversy, especially in places where analog bicycles have been allowed but e-bikes represent a “slippery slope” of technology permissions and/or in situations where the function of e-bikes may increase concerns about safety. Despite an increase in use and conversation about such use, academic literature focused on e-bikes’ social aspects remains sparse. The objective of this work is to describe the existing literature on the characteristics of social aspects of e-biking, particularly in leisure contexts. Analyzing the literature on e-bike social research is crucial considering e-bikes’ rapid rise in popularity and potential effects on access, inclusion, leisure, and sustainability. As e-bike prevalence and use increases worldwide, it is important to understand what topics characterize the existing e-bike literature, and, particularly in leisure-focused studies, to ascertain where studies may lend insight toward aims of inclusive and sustainable access, and related policy considerations. The Integrated Recreation Amenities Framework (IRAF) provides a conceptual framework for considering this question, as it focuses on the topical, spatial, and temporal scales of outdoor leisure-related activities toward sustainable conditions and explicitly provides an opportunity for emergent and case-specific factors to be considered alongside established ones. In this work, we explore the following: (1) How are e-bikes discussed across disciplines? and (2) How are e-bikes discussed in leisure-focused articles? Using a scoping review approach, we analyzed a corpus of 279 peer-reviewed articles relevant to the social aspects of e-bikes. Primarily using the IRAF for conceptual framing, our results center the geographies and contexts, topical areas, interdisciplinarity, and emergent additional social considerations of e-biking in general and in leisure-specific studies. The results enable us to connect interdisciplinary topic discussions and suggest where foundational and connective studies are warranted. This can inform decision making related to e-bike adoption, encourage multi-scalar thinking, and extend interdisciplinary research. Full article

The wild boar (Sus scrofa) is a widespread ungulate, the populations of which have recently increased throughout most of its range. This increase has caused negative impacts on ecosystems, biodiversity, and society. Nowadays, the wild boar is considered both a valuable game and a pest. Wildlife managers need to know the habits and motivations of wild boar hunters, a key stakeholder group, for effectively managing this controversial mammal. We carried out face-to-face interviews with 134 wild boar hunters in the Evros Prefecture, in the Region of Eastern Macedonia and Thrace, northern Greece to determine their hunting habits and their motivation for hunting. Most hunters owned a hunting dog (84.3%), hunted in groups of eight to nine people for 48 days, traveled 60 km, stayed outdoors for 4 nights, and spent weekly EUR 61 on average in each hunting season. Two motivations for wild boar hunting were prominent among the hunters (assessed on a 5-point scale; 1 = strongly disagree to 5 = strongly agree): a strong recreation motivation (hunting as a recreational activity; mean score 4.159 ± 1.144 SD) and a considerable utility motivation (hunting for its use values; 3.404 ± 1.11). Both recreation and utility motivations were positively associated with the preference for further increases in wild boar populations. Sociodemographic characteristics and hunting habits variously affected motivations and preferred future population trends. The findings revealed specific habits and strong motivations among hunters. Such findings will be useful for designing and implementing education and outreach programs for informing hunters about the negative impacts of wild boars and the need for their control. The participation of hunters in the management process will be critical for its success. Full article

This study delves into an investigation of urban public outdoor spaces (POSs) from a health-oriented perspective, recognizing varied health needs encompassing physical, psychological, social, and environmental aspects. In this study, POSs of two typical government service centers (GSCs) were analyzed based on their structure, user demographics, and user satisfaction, revealing several problems with the current GSC POS designs. To address these problems, principles for GSC POS design were proposed for natural, playing, and social spaces and applied to redesign the Wuchang GSC. Firstly, through on-site surveys, questionnaire surveys, and data analysis, the existing problems in promoting residents’ health in the GSC POSs were revealed, such as the insufficient greening of natural spaces, lack of interest in playing spaces, and unreasonable design of the scale of social spaces. Based on the above analysis, a health design optimization principle based on Maslow’s theory is proposed. Firstly, improvement solutions were proposed and implemented for green spaces, such as using more diversified natural elements, zone differentiation, and landscape improvements to promote the health of users. Secondly, the leisure and sports needs of different age groups can be met simultaneously by diversifying the layout and functional settings of playing spaces. Finally, public spaces suitable for social interaction were redesigned to promote the psychological health of citizens in social activities by optimizing the scale of communication spaces. The proposed design optimization strategies for GSCs not only provide theoretical support for the healthy design of POSs but also provide useful references for the healthy development of urban public spaces. Full article

Light and active mobility, as well as multimodal mobility, could significantly contribute to decarbonization. Air quality is a key parameter to monitor the environment in terms of health and leisure benefits. In a possible scenario, wearables and recharge stations could supply information about a distributed monitoring system of air quality. The availability of low-power, smart, low-cost, compact embedded systems, such as Arduino Nicla Sense ME, based on BME688 by Bosch, Reutlingen, Germany, and powered by suitable software tools, can provide the hardware to be easily integrated into wearables as well as in solar-powered EVSE (Electric Vehicle Supply Equipment) for scooters and e-bikes. In this way, each e-vehicle, bike, or EVSE can contribute to a distributed monitoring network providing real-time information about micro-climate and pollution. This work experimentally investigates the capability of the BME688 environmental sensor to provide useful and detailed information about air quality. Initial experimental results from measurements in non-controlled and controlled environments show that BME688 is suited to detect the human-perceived air quality. CO₂ readout can also be significant for other gas (e.g., CO), while IAQ (Index for Air Quality, from 0 to 500) is heavily affected by relative humidity, and its significance below 250 is quite low for an outdoor uncontrolled environment. Full article

The aim of this study was to study the effect of leisure identity, flow, satisfaction, and re-participation intention among outdoor leisure participants in South Korea. Due to the recent COVID-19 pandemic, there has been a tendency to more frequently participate in outdoor leisure as opposed to indoor leisure. Leisure activities bestow various benefits. Therefore, this study was used to analyze the relationships amongst leisure identity, leisure flow, leisure satisfaction, and re-participation intention among various theories about leisure. The participants in this study were collected from 369 people who were frequent participants in outdoor leisure. For the data analysis, the researchers used frequency, confirmatory analysis, reliability, correlation, and SEM. The findings were as follows: First, leisure identity had wielded an influence on leisure flow. Second, leisure identity had an influence on leisure satisfaction. Third, leisure identity had an influence on re-participation intention. Fourth, leisure flow did not have any significant influence on leisure satisfaction. Fifth, leisure flow did not have any significant influence on leisure satisfaction. And finally, leisure satisfaction had an influence on re-participation intention. In the era of the COVID-19 pandemic, a new leisure identity has been formed, and it is believed to be a new study on leisure flow, leisure satisfaction, and re-participation intention. This study aims to provide basic data for constructing infrastructure to enable continued participation in outdoor leisure in Korea. Full article

Physical activity (PA) has been shown to be related to physical and mental health. Yet there are few studies on how the frequency of PA relates to health and a healthy lifestyle. We aimed to investigate how the frequency of different PAs is associated with the following health indicators: body mass index (BMI), substance consumption, physical health, and mental health. We focused on three types of PA: (1) medium- to high-intensity aerobic exercise; (2) low- to medium-intensity relaxing exercise; and (3) outdoor leisure PA. A total of 9617 volunteers, aged 19 to 81, participated in the study. The relationships between the frequencies of the three types of PA and health-related and sociodemographic factors were analyzed using multinomial logistic regression. We found that women more frequently engaged in PA type 2, and men in types 1 and 3. A higher frequency of PA was associated with lower BMI and less or no smoking behavior; higher education (PAs 1 and 3); higher age (PAs 2 and 3); better physical health (PAs 1 and 3); and better mental health (PA 3). In conclusion, higher frequency of different PAs was significantly associated with better physical and mental health, less smoking, higher age, and a higher level of education. Full article

Physical activity environments influence physical condition, nutrition, individual and social behaviors, and emotional well-being. The aim of the study was to investigate differences in eating attitudes, self-esteem, personality traits, and body image among participants in indoor and outdoor leisure-time fitness programs. Participants included 1747 adults (882 men and 865 women) aged 34 ± 9.2 years, divided into experimental and control groups. All participants completed the Demographic Characteristics Questionnaire, the Eating Attitudes Test 26 (EAT-26), the Self-Esteem Scale (RSES), the Traits Personality Questionnaire 5 (TPQue5), and the Appearance Scales of the Multidimensional Body–Self Relations Questionnaire (MBSRQ-AS). The results revealed statistically significant differences between groups. One-way analysis of variance (ANOVA) revealed noteworthy variations in personality trait scores between the groups (neuroticism, extraversion, and conscientiousness) as well as body image factors (self-esteem and eating attitudes). Two-way ANOVA revealed a significant interaction between gender and participation in different types of exercise. Females had lower self-esteem and body area satisfaction scores but higher eating disorder proneness, neuroticism, appearance evaluation, and overweight preoccupation scores than males. These findings add to the current literature focusing on the psychosocial and behavioral mechanisms associated with physical activity and exercise environments. The findings provide an effective supplement to promote public health-focused fitness programs and leisure-time physical activity motivation strategies. Full article

Ants are one of the largest insect groups, with the most species and individuals in the world, and they have an important ecological function. Ants are not only an important part of the food chains but are also one of the main decomposers on the Earth; they can also improve soil fertility, etc. However, some species of ants are harmful to human beings, which leads to people’s panic or worry about coming into contact with these insects during their daily home life or in their tourism or leisure activities. The presence of ants in indoor living facilities and in outdoor green spaces, parks, gardens, and tourist attractions seriously interferes with the leisure life and entertainment activities of all people (especially children). How can we control ants in these environments? Do we kill them by spraying insecticides, or do we adopt green prevention and control technology for the ecological management of ants? This topic is related to healthy life for the public and the protection of the ecological environment. In this paper, the species and diversity of ants are introduced, and research progress regarding ant tropism is introduced according to the three aspects of phototaxis, chromotaxis, and chemotaxis (i.e., “3-tropisms”). The research on repellent substances from plants and insects and the related ant attractants are also summarized, analyzed, and discussed, in order to help the research and application of green prevention and control technology for ant diversity protection and conservation. Full article