Park Setting Research Articles

Biomechanical analysis of seated posture and ergonomics in workspace interior design for improved user comfort

Prolonged sitting in office environments poses significant occupational health risks, necessitating effective ergonomic interventions. This study investigated the biomechanical aspects of seated posture and the effectiveness of ergonomic interventions in a technology park setting. A 12-week randomized controlled study was conducted with 39 office workers divided into three groups: Control Group (n = 13), Intervention Group A (ergonomic setup, n = 13), and Intervention Group B (ergonomic setup with feedback, n = 13). Measurements included spinal angles, muscle activity (%MVC), seat pressure distribution, and postural compliance. Spinal alignment improved significantly in intervention groups, with Intervention Group B showing superior improvement (+32.6 ± 3.8°) compared to Intervention Group A (+24.8 ± 3.5°) and control group (−2.5 ± 1.2°, p < 0.001). Muscle activity in the trapezius reduced significantly in Intervention Group B (from 22.4% ± 3.2%MVC to 13.1% ± 2.1%MVC, p < 0.001). Peak pressure at ischial tuberosities decreased by 29.5% in Intervention Group B compared to control. By week 12, postural compliance reached 85.4% ± 6.8% in Intervention Group B versus 47.2% ± 5.0% in the control group, with user adaptation rates achieving 86.1% ± 6.9% compared to 45.6% ± 4.8% in the control (p < 0.001). The combination of ergonomic setup and real-time feedback demonstrated superior outcomes in improving seated posture, reducing muscle fatigue, and optimizing pressure distribution. Intervention Group B showed significantly better results across all parameters, with sustained improvements over the 12 weeks. These findings suggest that integrated ergonomic interventions with feedback mechanisms are more effective than traditional approaches in promoting healthy sitting behavior in office environments.

Effects of an Integrative Day Care Clinic Program with a Focus on Nature Therapy in a Hospital Park Setting on Quality of Life in Oncological Patients-A Non-Randomized Controlled Study

Effects of an Integrative Day Care Clinic Program with a Focus on Nature Therapy in a Hospital Park Setting on Quality of Life in Oncological Patients-A Non-Randomized Controlled Study

The Complex Nature of Ecotourist Experience and its Relationship with Pro-Environmental behavior in a National Park

Background and objective: Despite the increase in the number of studies related to visitor experiences and behavior in ecotourism and outdoor recreation settings, little empirical research has concentrated on how to identify the nature of ecotourists’ experiences within national park settings. Thus, the purpose of this study was to explore the complex nature of ecotourists’ experiences through personal, social, and environmental conditions, and to examine its relationship with pro-environmental behavior in natural environmental settings.Methods: For visitors, a questionnaire survey was administered to 396 adults who visited a national park in South Korea. Cronbach’s alpha coefficient scores were assessed to examine the reliability of ecotourist experiences. The confirmatory factor analysis (CFA) was utilized to explore the construct validity of the factor structure in the measurement variables. Pearson’s correlation coefficients were analyzed to examine the relationships between independent variables. Path analysis was used to examine the contributions of ecotourist experiences to satisfaction and pro-environmental behavior.Results: One of the most important findings is that ecotourist experiences scale shows relatively acceptable measurement properties and reasonable levels of fit. The results in the path model represented that ecotourist satisfaction had large effects on pro-environmental behavior. Based on the fit statistics in the proposed model, the relationship between the measurement variables provides a relatively good fit to the data and verify the convergent validity of the measures. Personal factor of ecotourist experience had significant effects on satisfaction. Additionally, satisfaction had a significant effect on pro-environmental behavior for ecotourists.Conclusion: The findings of the study provide empirical evidence that three dimensions of ecotourist experiences were significantly related to pro-environmental behavior through visitor satisfaction in natural environmental settings. Further study may need to explore the nature of visitor experience and its relationship with behavior of man-made structures in different settings.

The Army’s battlefield parks in the US national park system: From grafted branch to poisoned fruit

The first set of parks created by the United States government under uniform administration was a set of Civil War battlefields under the control of the War Department, or Army. The first battlefield parks were created in the 1890s and expanded into a much larger system stretching across the country. The Army developed these parks with visitor facilities and extensive memorials and monuments. In 1933 the entire system was transferred to the National Park Service and became part of the national park system. These units had been sought by the Park Service to expand the geographical and thematic diversity of its holdings. This work explores the creation of this system by the Army and what has happened to these units after their absorption into the park system. While most were expanded and became more typical park units, others were removed from the system, leaving two in their original condition.

Tiny but mighty mayfly - probing Prosopistoma pennigerum (Müller 1785) as the Flagship species for the Vjosa Wild River National Park

The recently created Vjosa Wild River National Park sets precedence at the European scale to protect a rare river ecosystem and, at the same time, the last refuge of the almost extinct mayfly Prosopistoma pennigerum (Müller 1785, Fig. 1). We extensively searched for the species in the Vjosa and five abiotically similar but fragmented surrounding rivers. To characterize the genetic diversity of the Vjosa population and assess its potential as a source population, we analysed partial mtCOI data. Besides high abundances in the Vjosa River, we observed only a few specimens in the free-flowing section of the Osumi River, but in no other investigated river although suitable habitat appears to be widely available at site-scale. Molecular analysis of 174 specimens revealed largely homogeneous sequences across all sampling sites and an almost 100% infection rate with Wolbachia sp. that suggests parthenogenetic reproduction, possibly as a strategy to increase resilience to high natural disturbance dynamics. We argue that P. pennigerum should serve as a flagship species for the Vjosa Wild River National Park. The species is exceptionally aesthetic, and its most viable, but apparently parthenogenetic populations are restricted to the Vjosa River where the species is widespread. The restricted regional distribution indicates only weak (or no) potential to recolonize and/or re-establish in other rivers, and the absence from fragmented rivers suggests dependence on high ecological integrity. Implications for conservation: Our findings thus sanction our nomination of P. pennigerum as the flagship species for the Vjosa Wild River National Park.

Feelings of safety for visitors recreating outdoors at night in different artificial lighting conditions

Artificial light can impact the actual and perceived safety of visitors recreating outdoors at night. Actual safety refers to how visitors identify aspects of their environment such as pathways and obstacles, while perceptions of safety refer to how safe they feel based on perceptions of the environment. Both influence the acceptability of different light conditions. The objective of this study is to better understand how light conditions influence visitors' perceptions of safety and their potential for pleasant experiences while recreating at night in a park-like setting. This paper explores study participants' self-reported feelings of safety across eight different light conditions using two different colors, 3000 K Correlated Color Temperature (warm white) and monochromatic amber, and 4 four different intensities (0.5, 1.0, 5.0, or 10.0 lux) during a nighttime recreation-focused experiment in a university's arboretum. Prior experience with nighttime outdoor recreation and community type (urban, suburban, rural) during adolescence were evaluated alongside light conditions as predictors of feelings of safety using ordered logistic regression. Participants of this study were 31.6% more likely to report higher feelings of safety in warm white light than amber light and 81.7% more likely to report higher feelings of safety at 5.0 lux than 0.5 lux. Further, individuals who felt safer in any lighting condition were 19.6 times more likely to feel greater potential for a pleasant experience while recreating than someone who did not report feeling safe or felt unsafe. Understanding the connection between light and perceived safety in park settings can help managers tailor lighting conditions to the needs of visitors while reducing ecological impacts - brighter and cooler temperature lighting have greater negative impacts on wildlife. Adjusting the distribution and intensity of light can increase the accessibility of nighttime recreation opportunities and the potential for comfortable and pleasant experiences for visitors.

Surveillance as a variable explaining why other people’s presence in a park setting affects sense of safety and preferences

Research on preferences towards urban parks very rarely takes into account the impact of other people’s presence in a park setting. We examined how the number of people in the vicinity and their distance affect sense of safety and preferences towards park space, and what role surveillance (being seen or heard) plays in these relationships. We analysed the correlations between the variables and the mediating effects. For this purpose, we employed a within-subjects design in which 194 participants evaluated a set of 112 eye-level photographs of park landscapes with regard to perceived safety, landscape preference and surveillance. We calculated how many people were in the field and determined their distance on the basis of photos. We analysed a number of mediation models testing hypotheses about the mediating role of surveillance and safety in the impact of other people’s presence on safety and preferences. Most of the hypotheses presented, and verified by the analysis of indirect effects, were confirmed. The number of people does not affect preferences, but does affect safety, and this explains why the sense of being monitored (being seen or heard) grows along with the number of people present. On the other hand, the influence of distance on preferences is explained by a sequential model — greater distance is associated with less surveillance; in turn, surveillance increases sense of safety, which also leads to stronger preferences.

Co-management as an Ethical Space of Engagement: Prospects for Reconciliation in Vuntut National Park

Parks Canada’s commitments to reconciliation marks a significant shift in the governing paradigm of national parks, moving away from a colonial framework towards models that respect and elevate Indigenous forms of governance and knowledge systems. However, the extent to which a land claims–based co-management model, as the dominant mechanism of governance and engagement employed by Parks Canada, can serve as a vehicle for reconciliation is an open question. This paper endeavours to better understand the relational dynamics of co-management for their potential to advance reconciliation in national park settings. Using the lens of ethical space, we identify factors that either facilitate or impede relationship building between Vuntut Gwitchin First Nation and Parks Canada in the co-management of Vuntut National Park. Insights from semi-structured interviews conducted in 2021 with 11 community members and park managers indicate that an evolving-management relationship is sustained through extensive community engagement and Parks Canada’s support for strengthening community connections to the land. By adopting an ethical space framework for analysis, we were able to highlight different conditions and elements necessary for a protected-area co-management arrangement to serve as a solid foundation for reconciliation. Our analysis also revealed various structural impediments to the establishment of an ethical space conducive to reconciliation, particularly in the context of co-management arrangements based on land-claims agreements. These challenges included: discrepancies in approaches to protected-area management between Vuntut Gwitchin First Nation and Parks Canada, further complicated by the governance system employed by Parks Canada; issues of scale related to Parks Canada’s nested management structure, which affected relationship building between co-managers; financial constraints; and capacity constraints.

Immigrants’ habitus transference and recreational expectations in urban parks cultural landscape settings

ABSTRACT This paper draws attention to the importance of immigrants’ efforts to maintain their cultural identities, which are often manifested through the way they use the built environment for recreational activities. It investigates the way recent first-generation Iranian immigrants use the Australian cultural landscape, specifically urban parks, for recreational activities. The process of habitus transference and the role of park settings and design characters in immigrants’ use of these spaces are examined by applying Q methodology with photographs, along with observation and semi- structured in-depth individual interviews. This study suggests that in the process of habitus transference recent immigrants tend to undertake recreational activities in the settings that support their understanding of landscape as mediated by their cultural background. It highlights the recent immigrants’ expectations of these spaces and the importance of a ‘fit’ between habitus and the park settings in generating a ‘sense of belonging’. However, the settings that are not aligned with the immigrants’ expectations and understanding of park spaces may alter their patterns of use after migration. The results of this study support urban park settings that offer a broad range of experiences: from naturalness to developed settings suitable for social activities.

Low carbon dispatch of the park integrated energy system based on the electric vehicles flexible load storage characteristics

The integrated energy system is an efficient way of utilizing energy in industry park. However, with the massive integration of renewable energy and disorganized charging of electric vehicles, the safe operation of this system faces several challenges. To address these issues, we propose a novel dispatch model that incorporates the flexible load characteristics of electric vehicles clusters. Firstly, we elucidate the operational framework for the integrated energy system in parks and establish models for users and microgrid operators incorporating carbon trading mechanisms. These models can effectively portray how an integrated energy system operates within a park setting. Secondly, using charging data from parks, we uncover potential dispatchable charging/discharging capacities for electric vehicles clusters and formulate strategies to utilize electric vehicles as flexible loads in our dispatch operation policy. By appropriately regulating electric vehicles charging/discharging behaviors, demand-supply balance within the system can be better achieved. Subsequently, aiming to maximize benefits for all entities in the park area, we construct a master-slave game model that involves multiple users and microgrid operators. Lastly, employing reinforcement learning concepts, we establish an equivalent power output models for wind turbines, photovoltaic power generation and apply it to an integrated energy system in an industrial park in a specific city. An analysis reveals that our proposed model not only minimizes cost associated with energy storage equipment but also significantly reduces carbon emissions; yielding mutual benefits for both microgrid operators and users.

The United States National Park System: Overview, Challenges and Policy Recommendations for China

This article conducts a comparative analysis of national park legislation, focusing on insights from the US National Park System to inform the development of China's emerging national park framework. Against the backdrop of a global conservation movement, the US system serves as a valuable model for China, which initiated its own national park system in 2017. On October 12, 2021, China has formally established its inaugural set of national parks, comprising the Three-River-Source National Park, the Giant Panda National Park, the Northeast China Tiger and Leopard National Park, the Hainan Tropical Forests National Park, and the Wuyishan National Park. Encompassing approximately 230,000 square kilometres, these five national parks safeguard nearly 30% of China's crucial terrestrial wildlife species. As China endeavours to enact comprehensive legislation for its national parks, this research aims to contribute to the ongoing efforts by addressing key questions such as the efficacy of the US's "One National Park, One Law" model, the governance dynamics between federal, state, and local entities, and strategies for balancing conservation with diverse land uses. The analysis spans five sections, exploring the historical evolution of the US National Park System, its legal framework, challenges faced by US national parks, and policy recommendations for China. The US experience highlights the importance of establishing clear legal authorities, fostering robust public participation mechanisms, and harmonizing relationships with Indigenous communities. The findings presented in this study aspire to facilitate a nuanced understanding of national park legislation, promoting international collaboration between the US and China for the sustainable management of natural lands and the protection of global biodiversity.

Estimation of bark water storage capacity of broad- and needle-leaved trees planted in a semi-arid climate zone

In forest ecosystems, measurement of bark water storage capacity (BWSC) is required for determining the amount of rainfall interception and understanding throughfall and stemflow processes. We compared the bark roughness coefficient (BRC) and BWSC of even-aged, widely-planted, broad-leaved and needle-leaved species in the Chitgar Forest Park, near Tehran, Iran. Bark samples (n = 10 per species) were extracted from three needle-leaved species (Cupressus arizonica, Thuja orientalis, and Pinus eldarica) and two broad-leaved species (Acer velutinum and Robinia pseudoacacia). The highest and lowest BWSC was found to be for A. velutinum and P. eldarica trees, respectively (0.63 vs. 0.32 g cm−3). Among the studied species, R. pseudoacacia had the highest BRC (0.69), and the lowest was found to be for A. velutinum species (0.03). The whole tree bole BWSC ranged from 156.8 L for P. eldarica to 14.6 L for A. velutinum. The results suggested that A. velutinum may provide more stemflow to the forest floor due to its small size, low BRC and subsequent low whole tree bole BWSC. These findings significantly contribute to our understanding of rainfall partitioning dynamics and ecohydrological processes associated with stemflow from trees. This improved understanding will help managers in selecting tree hydrologic characteristics that align with their objectives in forestry treatments, afforestation plans and establishment of vegetation in urban park settings within drylands.

Using cellular device location data to estimate visitation to public lands: Comparing device location data to U.S. National Park Service's visitor use statistics.

Understanding human use of public lands is essential for management of natural and cultural resources. However, compiling consistently reliable visitation data across large spatial and temporal scales and across different land managing entities is challenging. Cellular device locations have been demonstrated as a source to map human activity patterns and may offer a viable solution to overcome some of the challenges that traditional on-the-ground visitation counts face on public lands. Yet, large-scale applicability of human mobility data derived from cell phone device locations for estimating visitation counts to public lands remains unclear. This study aims to address this knowledge gap by examining the efficacy and limitations of using commercially available cellular data to estimate visitation to public lands. We used the United States' National Park Service's (NPS) 2018 and 2019 monthly visitor use counts as a ground-truth and developed visitation models using cellular device location-derived monthly visitor counts as a predictor variable. Other covariates, including park unit type, porousness, and park setting (i.e., urban vs. non-urban, iconic vs. local), were included in the model to examine the impact of park attributes on the relationship between NPS and cell phone-derived counts. We applied Pearson's correlation and generalized linear mixed model with adjustment of month and accounting for potential clustering by the individual park units to evaluate the reliability of using cell data to estimate visitation counts. Of the 38 parks in our study, 20 parks had a correlation of greater than 0.8 between monthly NPS and cell data counts and 8 parks had a correlation of less than 0.5. Regression modeling showed that the cell data could explain a great amount of the variability (conditional R-squared = 0.96) of NPS counts. However, these relationships varied across parks, with better associations generally observed for iconic parks. While our study increased our confidence in using cell phone data to estimate visitation, we also became aware of some of the limitations and challenges which we present in the Discussion.

The Influence of Parents’ Outdoor Recreation Preferences on Children’s Outdoor Activities in State Parks

Parents play a vital role in influencing their children’s outdoor recreation participation. Families can enjoy nature and stay active in state parks, which provide abundant opportunities for outdoor recreation and education. The purpose of this study was to examine the relationship between parents’ experiences with, and attitudes toward, outdoor recreation and children’s participation in outdoor recreation for one state park system. A total of 104 parents completed an online survey in spring 2020. In these state park settings, parents generally valued their children’s participation in nonconsumptive outdoor recreation activities more than consumptive activities. A series of chi-square analyses further indicated, however, that parents who prefer engaging in consumptive recreation activities placed higher importance on their children’s participation in the consumptive activities of fishing and hunting. Parents’ outdoor recreation activity preferences did not reflect differences in their own levels of physical activity but did relate to variations in their children’s physical activity levels.

Design Characteristics, Visual Qualities, and Walking Behavior in an Urban Park Setting

The design characteristics of urban parks’ pathways are important in facilitating leisure walking and maintaining the minimum rate of physical activity, thus improving public health. This study examined and explored the relationships between design characteristics as well as certain visual qualities of Cautin Park, the biggest urban park in the Araucanian Region of Chile, and the tendency for walking as well as walking behavior. A mix of quantitative and qualitative methods was used to examine the objectives. Several design attributes were found to be related to the tendency for walking and the walking behavior in this urban park, including greater pathway width, more vegetation, tranquility along the pathways, and more comfortable pathway environments for pets. Additionally, these correlations were assessed based on gender and age, and it was found that adolescents showed the greatest difference from other groups. For instance, adolescents walk significantly more along pathways with more connectivity to activity zones. Among the visual qualities, only legibility shows a significant correlation with the number of all types of pedestrians, as well as subgroups of adolescents, adult men, and adult women. These results were reviewed, and their implications were discussed. Urban planners and designers could apply these findings when designing future urban parks in this context.

Effects of an Integrative Day Care Clinic Program with a Focus on Nature Therapy in a Hospital Park Setting on Quality of Life in Oncological Patients-A Non-Randomized Controlled Study.

Cancer often causes long-term physical and psychological impairments. Lifestyle modification and nature-based interventions (NBIs) can have a positive impact on patients' quality of life (QOL). This participants-blinded, non-randomized controlled study assessed parameters at weeks 0, 12, and 24, including, as a primary endpoint, QOL in cancer patients on the Functional Assessment of Cancer Therapy-General (FACT-G) at week 12. QOL in breast cancer patients, fatigue, well-being, stress, anxiety/depression, socio-psychological well-being, benefits of nature interaction, insomnia, self-efficacy, mindfulness, and self-compassion were assessed as secondary endpoints. N = 107 cancer patients (96.3% women; 52.5 ± 9.3 years, 80.4% breast cancer) were assigned to either a 12-week nature-based (NDC; n = 56) or conventional (DC; n = 51) oncology day care clinic program, whereby the assignment group was not known to the participants. There was no significant group difference for the primary endpoint. At week 24, QOL, fatigue, mindfulness and self-compassion scores were significantly higher, and at weeks 12 and 24, the insomnia score was significantly lower in NDC compared to DC. In conclusion, this study indicates positive and clinically relevant effects of the program on QOL, fatigue, and psychological parameters. NBIs seem to have a more pronounced effect.

Trait-independent habitat associations explain low co-occurrence in native and exotic birds on a tropical volcanic island.

On oceanic islands, strong human impacts on habitats, combined with introductions of exotic species, modify the composition of terrestrial bird assemblages and threaten their ecological functions. In La Réunion, an oceanic island located in the Madagascan region, a national park was established in 2007 to counter the ecosystem-level effects of three centuries of habitat conversion, native species destruction and exotic species introductions. Here, we investigated how bird assemblages were structured in these human-modified landscapes, 10 years before the national park set out its first conservation measures. We used a combination of multivariate statistics and generalized additive models to describe variations in the taxonomic and functional composition and diversity of 372 local bird assemblages, encompassing 20 species, along gradients of habitat composition and configuration. We found that native species were tied to native habitats while exotic species were associated with urban areas and man-modified landscape mosaics, with some overlap at mid-elevations. Species' trophic preferences were segregated along habitat gradients, but ecological traits had an overall weak role in explaining the composition of species assemblages. Hence, at the time of the survey, native and exotic species in La Réunion formed two spatially distinct species assemblages with contrasting ecological trait suites that benefited from antagonistic habitat compositions and dynamics. We conclude that our results support the analysis of historical data sets to establish reference points to monitor human impacts on insular ecosystems.

Assessing user satisfaction of urban parks for sustainable cities: A pilot study of two urban parks in Chennai, India

Parks are significant potential spaces in the urban environment and it can provide multiple socio-ecological benefits, when appropriately planned, designed and managed. It presents a vital opportunity to enhance the sustainability in cities and it also improves the local quality of life by providing access to recreation and public health. To create more sustainable and liveable cities, it is essential to assess the performance of urban parks from the user’s perspective and understand their preferences. The aim of the current research article is to identify crucial parameters, their significance and assessment methods to achieve user satisfaction in an urban park setting. Critical analysis of literature forms the substratum for the identified parameters. These identified parameters are then used in the evaluation of two urban parks in Chennai, India through documentation and questionnaire survey. A user satisfaction survey based on the identified parameters and a user preference survey are included in the questionnaire. A grading method is developed based on the hierarchy of user’s satisfaction. The relationship between the park’s attributes and people’s satisfaction in urban parks was investigated in this study to ameliorate the overall performance of the parks. The study can be conducted in other cities too to aid the design professionals, urban decision-makers, landscape architects, and other stakeholders in evaluating the performance of the existing urban parks and assisting them in designing and setting up the urban parks from the users’ perspective so as to enhance more liveable communities.

The Thermal Effect of Various Local Park Settings: A Simulation-Based Case Study of Sunshine Coast, Australia

Local parks are widely used to mitigate urban heat islands. However, the increase of dry weather periods in subtropical climates has caused natural grass failure, leading some city councils to replace it with artificial grass. Therefore, this study investigates various local park settings to assess the performance of different ground covers (i.e., irrigated and non-irrigated natural grass, bare soil, and artificial grass) and the influence that tree proximity has on them, as well as the total thermal performance of the investigated local parks. This study finds that non-irrigated parks could harm park users’ health due to the high concentration of mean radiant temperature (MRT) around trees. Although the surface temperature of the artificial grass was higher (2.60 °C) than that of asphalt during periods of peak temperature, the parks using artificial grass performed better at reducing air temperature and enhancing thermal comfort than the ones with dry grass or bare soil, where both tree proximity and soil water content played significant roles. However, artificial grass negatively affected night cooling, resulting in a poorer daily performance. This study discusses the influence of various park settings on air temperature, MRT, thermal comfort, surface temperature, soil temperature, and water content. In addition, various recommendations and settings are offered to direct decision makers and future studies.

“Just to make new friends and play with other children”: Understanding youth engagement within neighbourhood parks using a Photo-Choice tool

People of varying ages have different reasons for visiting parks during their leisure time, and while previous studies often focused on youth activities during their play within parks, less attention has been given to which park settings are preferred by the youth themselves for socialising, and with whom they want to socialise. This study explored youth social engagement within neighbourhood parks as behaviour settings, considering the environments as theorised entities that embody predetermined uses by suggesting and or enabling specific activities. Data was collected using an online visual data collection method called a photo-choice tool with a total of 192 youth, aged 9–17 from the Moreton Bay Region of Queensland, Australia, who completed the tool while visiting a neighbourhood park. Using theoretical saturation during the analysis, the data was grouped into three main themes; environmental attributes (park settings), social attributes (people with whom youth preferred to go), and behavioural attributes (motives for the preferred activities). Findings show that the presence of others, including friends, siblings and parents, motivate youth in both age categories (9–12 years and 13–17 years) to visit parks, and this presence of people also affects their preferences for park activities. The results of this research demonstrate that accompanying friends is one of the most important reasons youth visit a park, and that social activities and social interactions among youth are not only affected by the affordances of the park settings, but also by the social affordances that youth present to each other.