Landscape Park Research Articles

Ecohydrological role of groundwater outflows in the functioning of the ecotone zone in Lake Jaczno, Poland

The research determined the influence of natural groundwater outflows from the spring peat bog on the water supply and its quality in Lake Jaczno. Lake Jaczno is located in the Suwalski Landscape Park (SLP) in the Podlaskie Voivodeship, north-east Poland. The research was conducted from April 2009 to October 2010 and from September 2022 to September 2023. Water samples were collected from spring areas, shallow groundwater, and from Lake Jaczno. Fieldwork involved measuring flow, temperature, water electrolytic conductivity (EC), dissolved oxygen (DO) concentration, water oxygen saturation (WS), and water reaction (pH). Chemical analyses of water samples were carried out in the laboratory. Findings indicate that groundwater, spring water, and lake water in the SLP maintain high quality, with no significant changes in chemical composition over the past decades. Additionally, the physical water parameters display low temporal variability. The EC in the tested waters oscillates around 500 μS∙cm–1. Both spring and lake waters are well oxygenated (97–100%). Biogenic element concentrations exhibit higher variability, influenced by flora development in areas with natural groundwater outflows. High oxygenation of water contributes to increased concentrations of nitrates. The analysed waters exhibited similarity in the concentration and structure of phosphorus forms. Additionally, sediment chemical parameters at Lake Jaczno suggests a buffering capacity in the transitional zones between water and land. Despite similarities in chemical composition, sediment granulometry suggests low permeability, potentially restricting exchange between groundwater and surface waters. Monitoring springs in these environments is important due to their impact on quantity and quality of water in the analysed areas.

Research on Park Landscape Design Strategy Based on Urban Cultural Brand -- A Case Study of Xinyang City

This paper aims to explore the strategy of park landscape design based on urban cultural brand, taking Xinyang City of China as an example to conduct in-depth research. First, the paper analyzes the historical and cultural background, regional characteristics and the importance of Xinyang city brand construction. Through combing the unique natural resources and cultural landscape of Xinyang, it is proposed that the park landscape design should fully integrate the local cultural elements to enhance the cultural identity of the city. Secondly, the paper discusses the core strategy of park landscape design, mainly including the implantation of cultural symbols, and displaying Xinyang's cultural characteristics through landmark buildings and art installations; The protection and promotion of ecological environment, combined with the local natural landscape, to create a harmonious ecological space; The design method of community participation encourages residents to participate in the planning and construction of the park to enhance the sense of community belonging. Finally, through the case analysis, it shows how successful park landscape design can enhance the cultural brand of the city, promote the development of tourism and improve the quality of life of citizens. The research results show that park landscape design based on urban cultural brand can not only enrich the cultural connotation of the city, but also provide new impetus for the sustainable development of the city.

Multidimensional Assessment of the Aesthetic Quality of Natural Landscapes in Mount Wuyi National Park, China

Natural landscapes are scenic complexes accessible to the public within national parks. Exploring their aesthetic quality can promote an emotional connection between the public and the landscape, which has a positive significance in enhancing human well-being. In this study, Mount Wuyi National Park in China was considered as the study area, and key dimensions tailored to individual and combined natural landscapes for aesthetic quality evaluation were proposed. Seventeen landscape metrics were selected to comprehensively measure the aesthetic quality level of the natural landscapes within the study area. The results indicated that (1) the spatial distribution of 341 individual natural landscapes exhibited a pattern of denser concentration in the south and east, with a relatively sparse distribution in the north and west. (2) Based on the elements of land cover, vegetation, topography, and landforms, 41 types of combined natural landscapes were identified in Mount Wuyi National Park. (3) Southeastern natural landscapes possess significant advantages in aesthetic service provision, uniqueness, diversity, combination, and coordination, and are concentrated in natural landscapes of high aesthetic quality. Natural landscapes of moderate aesthetic quality were distributed across the northern, southwestern, and some parts of the southeastern areas within the study region. The findings provide a reference for aesthetic quality assessment in natural landscapes at the micro-scale and serve as a basis for the scientific management of natural landscapes in national parks.

Pollution resistance and removal efficiency of mesophytic plants of polluted water bodies

With the development of cities and economic growth, the eutrophication of urban park landscape water has become a hot topic in environmental governance and research at home and abroad. Using indoor water pollution simulation experiments, the decontamination and pollution resistance performance of six aquatic plants were studied. The research results found that all six aquatic plants can reduce the pH value of eutrophic water bodies. The pH of the Lythrum salicaria L. (Q) and Iris tectorum Maxim (Y) treatment systems was the lowest which are 7.34 and 7.48, respectively. They were significantly lower than the control group (CK). The content of nitrogen and phosphorus elements were reduced by six types of plants in the wastewater. After the completion of the experiment, the total nitrogen (TN) removal efficiency of Y was as high as 66.2%, and its content decreased from 9.49 to 3.21 mg/l. The removal rates of total phosphorus (TP) by six types of plants ranged from 59.1 to 81.3% and they were significantly higher than the CK. Among them, the removal rate of TP in wastewater by Y treatment exceeded 80%, which is superior to other plants and significantly different from CK. After the completion of the experiment, the content of chlorophyll a (chl a) in the water treated with Y was the lowest (6.6 mg/l). It was significantly lower than the other treatments (P<0.05). The contents of chl a in Y decreased by 37.1% compared to the initial level. Compared to CK, it is 54.1% lower and the content of chl a in CK showed an increasing trend with time delay. Overall analysis shows that the microsystems formed by the six plants all have a certain improvement effect on water quality, effectively inhibiting the proliferation of algae in eutrophic water bodies. Among them, planting iris has the best effect. Bangladesh J. Bot. 53(3): 757-763, 2024 (September) Special

Lighting Features Affecting the Well-Being of Able-Bodied People and People with Physical Disabilities in the Park in the Evening: An Integrated and Sustainable Approach to Lighting Urban Green Areas

This study focuses on the analysis of lighting in night conditions to explain what lighting in parks should look like and how parks should be lit from the point of view of people’s perceptions. It addresses the impact of the lighting configuration of urban parks on preference, safety, mystery, legibility, and contact with the environment. The feelings of wheelchair users and able-bodied people were measured. The respondents assessed park landscapes presented in visualisations that varied in terms of lighting features and spatial contexts. This research showed, inter alios, that the participants rated evenly lit spaces more highly than those featuring spot lighting. In unevenly lit spaces, the lighting of the surroundings turned out to be crucial import for able-bodied people, while for the disabled respondents, a combination of lighting of the surroundings and of paths was significant. For evenly lit spaces, path lighting is less important for disabled people than for those without disabilities. These insights can help researchers to look at lighting solutions in a more human-centered way and take into account the environment in which they are used. This allows the design of night lighting in parks to be socially sustainable and promotes access to urban green spaces for all citizens. The study emphasises that the provision of sustainable lighting in parks should take into account different social groups, making light a common good.

Walking Methodologies in the Uplands of the North York Moors National Park

As a research interviewer, walking alongside research participants is a creative methodology that enables researchers to discover more democratic, richer data on places, spaces, and surroundings. This article reflects upon walking methods in National Park landscapes from experiences of working on a social research project, which applied a walking methodology in the North York Moors National Park. From the findings of this project and drawing on walking methods literature, the article argues that walking blurs any cultural–natural divisions and allows the interview to be placed into a natural environment where the interview is influenced and shaped by the landscape. The article contributes to the social sciences by innovatively demonstrating how walking acts as an everyday, collaborative research method which through its multi-sensory interactions is an important approach to understand non-human environments and protected landscapes. Applying a participatory research lens, the article reveals the relationships between walking and routine, heritage, participation, nature, sensory immersion, and identity in a contested environment.

Research on the influence mechanism of park landscape characteristics on psychological perception around expressway based on soundscape theory: a case study of Chengdu Bailuwan Wetland Park

With the continuous development of China's transportation infrastructure strategies and urbanization, urban road networks have seen ongoing improvement. Yet noise pollution along expressways is gradually becoming a prominent issue within the broader challenge of urban noise. Noise control has recently emerged as a bottleneck for building livable cities, while well-designed landscapes can improve the quality of psychological perception. By precisely quantifying the multi-sensory composite perception characteristics of urban green space landscapes, this research explores the mechanism through which such landscapes influence psychological perception. The study site was selected in Bailuwan Wetland Park, Chengdu. Objective and subjective environmental data and questionnaire feedback were collected through sound walks and big data analysis based on the geographic information system, after which quantitative analysis was conducted on how landscape environmental characteristics influence environmental experiential perception. The research explores the mechanism of the influence of the regulation of landscape environment characteristic elements on psychological perception and constructs a visual prediction model to provide a universal theoretical basis and methodological support for the planning and regulation of urban green space landscape along expressways, which is of positive significance in guiding the regulation of landscape space.

A method for evaluating the visual quality of wetland park landscapes: a case study of qianlu lake wetland park in Wuping, China

Wetland parks are an important part of urban ecosystems, characterized by artificial and natural features. While providing outdoor recreational space for urban residents, the aesthetics of the landscape also affect residents’ willingness to visit the wetland park. Previous studies of wetland parks focused on the ecological benefit. However, fewer systematic studies analyzed the aesthetic qualities and influencing elements of wetland parks. In this study, the Wuping Qianlu Lake Wetland Park in Fujian Province, China was used to evaluate the landscape visual quality of the wetland park using the the Scenic Beauty Estimation method (SBE), and the landscape features of the wetland park were obtained through the Semantic Differential (SD) method and semantic segmentation technique. The regression model of landscape visual quality and landscape features in wetland parks was established using SBE values as the dependent variable, and 23 landscape features as independent variables. The SBE values and accessibility were also combined to create four quadrants, which were combined with K-means clustering to diagnose existing problems. The results of the study showed that two landscape features, approach and proportion of water area were weaker among the four types of wetland park landscapes. The SBE values of the man-made landscape type were the most significant. Meanwhile, the high enclosure landscape type had a significant sense of rusticity, accentuating the wildness of the plants. It was less aesthetically pleasing and had the poorest landscape visual quality of the four types. This study provides a systematic method for diagnosing landscape problems in wetland parks, evaluating landscape visual quality assessment, and providing theoretical and technical support for urban wetland park renewal and construction.

Mapping fine-scale carbon sequestration benefits and landscape spatial drivers of urban parks using high-resolution UAV data

Urban parks offer dual ecological benefits by increasing carbon sinks and reducing carbon emissions and are considered an important natural strategy for cities to achieve “double carbon” goals. However, rapid, efficient, and accurate quantification of the carbon sequestration benefits of urban parks poses a significant challenge. To address this, we utilized unmanned aerial vehicle (UAV) multispectral data to construct large-area, high-resolution models of urban park carbon sequestration benefits, replacing traditional, time-consuming, and laborious large-scale field surveys. Additionally, we explored the relationship between urban park landscape patterns and the benefits of carbon sequestration. First, we used data from 12 tree species to calculate the carbon storage based on tree species and compared these results with those calculated based on forest type. Second, three prediction models were constructed using multispectral vegetation index only, texture features only, and a combination of both, in conjunction with gradient boosting decision Trees (GBDT), random forest (RF), and backpropagation (BP) neural network to generate carbon sequestration benefit maps for the entire park. These maps allowed us to determine how variations in urban park landscape structures affect carbon stocks. The results show that UAV multispectral imagery provides a fast and accurate method for measuring the carbon sequestration benefits of urban parks and offers an alternative method for generating carbon sequestration benefit maps. This research reveals the benefits of urban park carbon sequestration and explores the spatial patterns within landscapes. The findings are of great significance for guiding the estimation of urban carbon sequestration benefits and achieving carbon neutrality.

ASSESSMENT AND PROTECTION OF THE CULTURAL RESOURCES OF THE NADWIEPRZAŃSKI LANDSCAPE PARK

A landscape park is one of the legal forms of nature protection in Poland. It is a protected area due to its natural, historical, cultural and landscape values for preserving and popularising. The Nadwieprzański Landscape Park is located in southeastern Poland, on the middle section of the Wieprz River. The Park was established in 1990 and covers an area of over 6,000ha. The research aimed to identify resources, recognise threats and develop guidelines for protecting the cultural heritage elements of the Nadwieprzański Landscape Park. In the Park, there are monuments from various historical periods, e.g., former fortified settlements, castles, palaces and manor houses, churches, synagogues, war and religious cemeteries, granges, distilleries, mills, railway stations and small objects of sacral architecture, i.e., crosses and roadside shrines. In addition to immovable monuments, an essential part of the region’s intangible cultural heritage is a tradition in the form of holiday customs and rituals, legends and traditional crafts. It is impossible not to mention people associated with the region, their knowledge of this subject and the need to document oral traditions. Protection and preservation of heritage for future generations and rational use of environmental resources significantly affect the constant and sustainable economic development and may improve the standard of living of the local population. Unfortunately, many changes occurred within the Park due to various reasons. These are both natural causes, resulting from the destructive impact of environmental and material changes resulting from the passage of time and reasons related mainly to the lack of proper supervision of the facilities by the legal user, e.g., historic palaces and park complexes. In summary, objectives of the so-called passive, i.e., formal and legal ones and goals of the nature of active – conservation activities and the nature of activities restoring the lost cultural values of the region’s cultural heritage.

The Ideal Strategy of Carbon-Neutral for Park Landscape Design: A Proposal for a Rapid Detection Method

The primary objective of this study is to investigate the carbon footprint, resilience levels, and optimal landscape area ratios of various parks. Additionally, it explores the relationships between landscape element proportions (LEP), the normalized difference vegetation index (NDVI), resilience indicators (RI), and the carbon reduction benefits associated with carbon neutrality (CN). Six parks were assessed for resilience, NDVI, LEP, and CN values, with Pearson correlation analysis conducted. The results revealed that parks with or without waterbodies exhibited ideal LEP area ratios of 6.5:2:1.5 (Softscape:Waterbody:Hardscape) and 8.3:1.7 (Softscape:Hardscape), respectively. Enhanced Softscape and reduced Hardscape proportions in parks correlated with increased NDVI and CN. NDVI exhibited a positive correlation with Softscape percentage and a negative correlation with Hardscape percentage. Conversely, CN demonstrated a negative correlation with Hardscape percentage and a positive correlation with Softscape percentage. Suggesting Softscape should constitute over 65%, and Hardscape should be under 15% in parks with water bodies. Waterless parks are advised to maintain a Softscape ratio exceeding 83% and a Hardscape ratio below 17%. Finally, the study extended to assess the LEP of 22 additional parks, validating the suitability of the ideal LEP area ratio.

Hybrid Models in Natural Engineering Structure of the City

The article discusses the first hybrid urban planning model including different functional zones on the right bank of the Moskva River. Hybridization of indicators includes renovation of the Crimean embankment and Gorky Park into a single pedestrian zone. Integration of public, business and recreational spaces with park areas are integrated in a single route along the embankment between Gorky Park, Neskuchny Sad landscape park with the Vorobyovy Gory nature reserve. The other part of the hybrid model is formed from the Crimean embankment with Muzeon Park to the public and business space of the Red October, and in 2021, to the famous GES-2 after reconstruction. The total length of the route is currently about 10 km for walking and cycling with excellent views of water and natural areas. The article examines the properties of the first hybrid model, their impact on the sociocultural scenario of space as well as economic, aesthetic and environmental development of the central part of Moscow. However, not all properties of the new model are actively manifested and some have negative indicators, that reduces the integrated development of both the model and the objects in its structure. At the same time, at the present stage of urban development, special attention is paid to the management of urbanization and climate through technological solutions with the replacement of a sustainable natural component in the city. Design solutions of such sustainable projects can be successfully used in different climatic zones. In this context, the author raises the issue of preserving natural areas in the city and analyzes international experience in "hybridity" of properties in models. The proposed approach to climate changes and the sustainability of newly created hybrid models emphasizes objects in which green and blue technologies (for replenishing nature and using rainwater) develop and support both the object formation in the structure of hybrid models and stabilize the new natural engineering structure of the city

Urban Parks and Office Workers’ Health: Considering the Influence of Marital Status and Different Qualities of Urban Parks

This study addresses the impact of urban parks on the self-rated health of office workers under 40, a demographic experiencing significant increases in depressive symptoms during the pandemic. This study in Baise City, China, aims to fill this gap by exploring the relationships between landscape quality, leisure time spent in parks, place attachment, and self-rated health among 411 office workers aged 18 to 40. Structural equation modeling was used to assess these relationships, and multigroup analysis (MGA) in SmartPLS evaluated differences between subgroups. The findings reveal a strong link between urban park landscape quality and leisure time spent in parks, place attachment, and self-rated health. Although the old-fashioned park showed lower overall performance in the study variables compared to the modern park, it had a stronger relationship between landscape quality and place attachment. Leisure time spent in parks did not directly impact self-rated health but was mediated by place attachment. MGA results indicated that while leisure time in parks positively affected self-rated health for single participants, it had a negative effect for married participants. These results underscore the importance of tailoring urban park design and management to accommodate the varying needs of different demographics. This research provides new insights into enhancing office workers’ self-rated health through environmental design and supports the objectives of the Healthy China strategy and Sustainable Development Goal 11.

The vascular plant species of different protection levels in the ecosystems of the regional landscape parks of the Ukrainian Polissia

The Ukrainian Polissia is a distinctive region in terms of biodiversity, with a significant number of northern and boreal species and communities, as well as Central European species in the Western Polissia. The research region stretches from west to east for 750 km, and from north to south for 120–150 km. In the northeast direction, its territory gradually narrows to 50–80 km and constitutes a significant part of the important ecological corridor of Eastern Europe. Background. The natural conditions of the Ukrainian Polissia are favorable for the formation of coniferous, broadleaf and mixed forests, which are zonal communities here. The widespread distribution of fluvioglacial sediments causes the predominance of sandy sod-podzolic soils and associated pine forests. The high groundwater table and the low surface area contribute to the development of eutrophic peat bogs. All this leads to the formation of a diverse vegetation cover, which contributes to the representativeness and significant preservation of floristic and coenotic diversity. One of the key roles in the protection of rare species of phytodiversity in the Polissia region of Ukraine belongs to multifunctional protected areas, including the category of “regional landscape parks”. They cover more than 200 species of vascular plants of the Polissia region, with diffe­rent conservation statuses – from the international level of protection to the regional one. Materials and Methods. The study was conducted using conventional field (route-based, geobotanical descriptions of key areas) and desk methods. The species names are given according to the International Plant Names Index, and their belonging to the protected categories is based on the conservation criteria and protection levels accor­ding to the regulatory documents. Results and Discussion. The materials of the research of phytodiversity of five regional landscape parks (Prypiat-Stokhid, Nadsluchanskyi, Ptashynyy Rai, Mizhrichenskyi, Yalivshchyna), in particular rare species, are presented, as evidenced by their diversity, including a number of glacial relics, endemics and borderline species located at the southern or eastern border of the distribution area. Conclusions. The study has revealed that the rare vascular plant flora of the Polissia regional landscape parks is represented by 56 species included in the Red Data Book of Ukraine, 145 species under regional protection of three oblasts of the Polissia region, nine species from Appendix I of the Bern Convention, four species from Appendix II of CITES, and three species included in the European Red List. Two RLPs are the most sozologically representative in the study area: Nadsluchansky (six species of international protection statuses, 30 species of the Red Data Book of Ukraine, 107 species of regional protection level) and Mizhrichynsky (14 species with international protection statuses, 28 species of the Red Data Book of Ukraine, 51 species of regional protection level), which is determined by the peculiarity of natural conditions, habitat diversity and area of the territories. regional landscape parks as a category of nature reserve fund of regional status within the Polissia region of Ukraine cover most of the representative habitats, which include a corresponding number of rare species of different levels of protection, namely: forest (87 species), herbaceous (85 species), marsh (36 species) and aquatic (30 species) habitats.

Accessibility to Urban Parks by disablers: A Case Study on a Main Park in Erbil

Quite a large number of Iraqi – Iran war victims as well as casualties of Kurdish revolution since 1961 now making a noticeable ratio of the disablers population in Kurdistan of Iraq. In fact, recent uprising also did contribute in raising the number of the injured and handicaps within Kurdish community. Actually, all these people almost got no easy way for participating in entertainment within this park, or any similar parks in Erbil (Hawler). All these are because of lack of suitable road and even special gates within such parks. In fact, even babies and nurseries are in need to such gate and ways that is absent so far. A review of the actual design and pointing out the stages of establishing points in this respect will be the goal of the present study for such and other parks in the region in order to reduce the existing gaps in designing, planning and in constitution of any parks. Present study is concentrating on the effect on disablers, the psychological and physical effects on crippled individuals, and the effects on disability institutions. Sami Abdulrahman Park is one of Erbil's largest parks, present study's primary goal is to build a system that addresses issues with disabled people's access to these parks. According to studies, the existence of inaccessibility is routed, and cities are referred to eliminate it; design measures with interior locations are then used to suggest presenting options. Using sketches, photos, and interviews, researchers record the park's landscape design sites—entrances, streets, pedestrian crossings, parking lots, ramps, urban furniture, etc.

LANDSCAPE ATTRACTIVENESS AND PLACE IDENTITY: CONSIDERING THE ROLE OF URBAN PARKS

Urban parks, vital public spaces for community health and well-being, also face challenges related to safety and security. Balancing the need for recreational spaces with ensuring safety is paramount for urban stability. However, existing research on the nexus between landscape attractiveness and perceived safety often overlooks the influence of factors such as park usage patterns, place identity, and park typologies. To address this research gap, we conducted a survey among 411 urban park users and employed SmartPLS and SPSS for data analysis. Our findings reveal a robust correlation between landscape attractiveness and perceived safety. Furthermore, we uncover that the combined influence of place identity and time spent in the park can serve as positive mediators in this relationship. Surprisingly, our analysis indicates that time spent in the park alone does not exert a significant mediating effect. Notably, our results highlight nuanced variations: the association between landscape attractiveness and place identity is particularly pronounced in parks with lower landscape attractiveness, while the mediating role of place identity on the relationship between park usage time and perceived safety is more pronounced in parks with higher landscape attractiveness. These findings contribute to our understanding of how urban park landscapes relate to perceived safety and provide new insights for improving the safety of urban parks, offering valuable insights for urban planners and public health policymakers in designing healthier urban environments.

A Study on Elderly-friendly Park Landscape Design with an Emphasis on Emotional Healing

A Study on Elderly-friendly Park Landscape Design with an Emphasis on Emotional Healing

Estimating the predictability of physical activities in urban parks based on landscape morphology—empirical analysis based on 10 urban parks in Nanjing, China

As the urban population continues growing and residents prioritise the green and healthy aspects of cities, urban parks are facing unprecedented pressure in terms of usage. Through physical activity survey and landscape morphology qualifying from urban parks in Nanjing, China, this study conducted predictive analysis on 5 activity classification patterns and 14 specific physical activities, by employing random forest and gradient-boosting tree classification models. Our findings indicate that classification based on gender and outdoor activity items exhibited superior average prediction accuracy. Moreover, among the 14 activities, better prediction results were obtained for activities such as rest, collective, female, children, and intimate activities. This research explores the potential for extending studies from the correlation between activity and environment to prediction, offering valuable insights to enhance the interactive analysis between park landscape design and environmental behaviour. Ultimately, it aims to promote the efficient utilisation of urban park environments.

Environmental Authenticity: Constructing Nature in Postindustrial Parks

If nature is socially constructed, how do cultural producers construct it? Few social spaces materialize social constructions of nature as powerfully and as directly as parks, which represent cultural beliefs about nature’s form and function. This paper considers how landscape architects and other social actors involved in creating contemporary urban park landscapes think about nature and decide how to represent it through cultural objects. Drawing on the analysis of three case studies – New York’s High Line, Chicago’s Bloomingdale Trail/606, and Houston’s Buffalo Bayou Park – I consider the aesthetic judgments that cultural producers make about nature when designing and placing value on park landscapes. I find that in the cultural conditions of the twenty-first century, three aesthetic judgments prevail, converging to create a particular vision of nature that is both highly valued and tightly linked to racialized currents of cultural and economic capital. These aesthetic judgments prize nature as local, wild, and imbricated with urban space. They structure what I term “environmental authenticity”: the idea that socially valued forms of nature are rooted in classical understandings of a socially unmediated, nonhuman nature whose agency in creating landscapes is minimally violated by obvious human cultivation and that exists, seemingly organically, in postindustrial settings. Judgments about environmental authenticity, I argue, are centrally about who has the power to shape landscapes.

Economic evaluation of alternative urban park designs that conserve irrigation water

AbstractIncreasing the area of drought‐tolerant native vegetation in urban parks is a potential strategy to adapt to growing water scarcity under climate change. With a case study in Perth, Australia, we undertake benefit–cost analyses to understand the potential impacts of modifying urban park landscape designs away from conventions dominated by watered grass towards alternatives with more native vegetation. Considering the costs of establishing and maintaining alternative designs alone, we find that local governments can save money by reducing the extent of watered grass cover in parks. Incorporating nonmarket benefits into the analyses provides evidence of positive community net benefits from making changes to conventional park designs. We show that an alternative park design featuring a mix of 60% native vegetation and 40% watered grass delivers the highest net benefits for both new park development and retrofits to existing parks. These findings suggest it is time to rethink urban park design norms in Australia to better align landscaping choices with community preferences under a changing climate.