Role Of Urban Green Spaces Research Articles

Urban Green Spaces and Healthy Living: A Landscape Architecture Perspective

This paper examines the essential role of urban green spaces in fostering healthy living from a landscape architecture perspective. Health goes beyond the mere absence of disease to include physical, mental, and social wellbeing, all of which are greatly enhanced by accessible green spaces. By synthesising existing literature, this paper shows that urban green spaces have strong positive associations with health outcomes, especially in urban settings where environmental stressors are pronounced. The paper stresses the importance of designing attractive and accessible green spaces that encourage physical activity, mental wellbeing, and social interaction, addressing public health issues such as obesity and mental health disorders. In addition to physical and mental health benefits, the paper explores the potential of local food production through edible green infrastructure, such as community gardens, which can significantly improve diet and nutrition. Additionally, the study discusses disparities in the access to quality green spaces, particularly between the Global North and South, and advocates for equitable design strategies that serve diverse populations. Integrating evidence-based approaches into landscape architecture, the paper argues for the establishment of urban green spaces as essential elements of public health infrastructure. Finally, the paper calls for future research and policy efforts to maximise the health benefits of urban green spaces and improve the quality of life in urban environments.

Evaluating Policy Shifts on Perceived Greenspace Quality: Applying Regression Discontinuity During the COVID-19 Reopening Period

Abstract: Urban greenspaces have been essential in supporting residents’ well-being during the COVID-19 pandemic, particularly under strict lockdown measures. However, the impact of changing containment policies on residents’ perceived greenspace quality remains insufficiently explored. This study utilized online survey data collected between 11 October and 29 December 2022, in Shanghai, coinciding with the major policy shift on 5 December 2022. A probability proportionate to size sampling was adopted to survey residents aged 18 and above who had lived in the city for at least six months, yielding a total of 577 valid responses. We assessed residents’ perceived greenspace quality using 20 park- and community-level variables, focusing on both overall quality and specific features of greenspaces. A regression discontinuity design (RDD) was applied to evaluate how the lifting of the COVID-19 policies influenced residents’ perceptions of parks and community greenspaces. Our RDD estimation indicates no statistically significant change in residents’ overall perceived quality of parks after the policy shift, except for increased satisfaction with specific features such as plant diversity, maintenance, seating areas, trails, and large open spaces. In contrast, residents who responded after the policy shift reported a significantly higher perceived quality of community greenspaces compared to those who completed the survey before the shift (0.609 score difference, p < 0.01), with notable increases in satisfaction regarding plant diversity, maintenance, and seating areas. Perception of plant quantity remained unchanged in both types of greenspaces. Residents expressed greater satisfaction with sports facilities in parks, while community greenspaces were preferred for their water features and esthetic qualities. By adopting an RDD with a unique dataset, this study contributes empirical evidence to the current ongoing debate on the role of urban greenspace during the later stages of COVID-19. Specifically, it examines how changes in public health policy and the resulting increase in mobility might affect residents’ perceived greenspace quality. The findings can assist decision-makers and urban planners in developing more adaptive strategies to address the diverse needs of residents for greenspaces during the transitional period of a public health crisis.

Community-led management of the (urban) commons: lessons from the Narroways Nature Reserve, Bristol

ABSTRACT At a local level, the role of urban green spaces for tackling sustainability issues has received renewed attention, in line with a wider shift in thinking which places cities at the heart of sustainable development action. In parallel, funding for green space provision has reduced, prompting Local Authorities to reimagine how green spaces are governed, including transferring authority to communities. Preference for community-led green spaces is frequently justified with reference to normative arguments derived from “commons” theory, which advocate for self-governing institutions as effective means of managing local resources. What is lacking in this literature is a contemporary focus on urban settings, operational prescription, and an awareness of the real challenges facing self-governance. To fill this gap, the different interactions with, and claims over, a self-governed nature reserve in Bristol, UK, are investigated; alongside the operational and legal mechanisms deployed in its governance and management. Findings reveal that governing commonly held green space in an urban context is highly complex and requires reconciling a multiplicity of claims, interests, and values. This manifests in tensions and challenges for governance, including trade-offs between autonomy and wider support, problematic decisions around prioritisation; and difficulty in establishing and legitimising norms whilst advocating for shared use. This deep empirical case provides valuable insights for policymakers and theorists as they continue to make decisions concerning the future of urban green spaces, in different localities and across scales.

Investigating effect chains from cognitive and noise-induced short-term stress build-up to restoration in an urban or nature setting using 360° VR

Population growth and increasing urbanization leads to growing exposure to traffic noise and a decline in accessible green spaces that could promote restoration from noise-induced stress. The objective of this virtual reality laboratory study was to investigate the effect chains of noise and cognitive demand on the build-up of short-term stress, and subsequent restoration in either a natural green or urban built quiet space. Participants were first exposed to road traffic noise of different sound pressure levels (LAeq of 35, 55, or 75 dB), being randomly assigned to passive listening (low cognitive demand) or concurrently performing cognitively demanding tasks (high demand). The stress phase revealed higher levels of perceived stress as well as tonic skin conductance for the high demand over the low demand group, independent of noise exposure. Increasing noise exposure was associated with elevated noise annoyance ratings and lower self-assessed wellbeing. In the subsequent restoration phase, all measures of perceived restoration indicated a clear advantage for green over non-green spaces. Further, participants from the high-demand group who were immersed in the green restorative space displayed significantly lower skin conductance levels than those in the urban built spaces. The findings suggest that exposure to natural green spaces is beneficial for psychological as well as physiological restoration from short-term stress induced by noise and cognitive demand. Our study underlines the important beneficial role of urban green spaces, particularly in densely populated, noisy urban environments.

Urban green spaces in early childhood education and care: insights from teachers in Stavanger, Norway

ABSTRACT This study explores the role of urban green spaces (UGSs) in Early Childhood Education and Care (ECEC) teachers’ pedagogical practices and their impact on young children's environmental and sustainability learning. Utilizing observations, teacher interviews, conversations, and a comprehensive survey conducted in Stavanger, Norway, the study reveals the crucial role of UGSs in shaping both teachers’ pedagogical practices and children’s learning across various subject areas. The research highlights the educational significance of diverse UGSs in providing varied and tailored learning experiences that are crucial for children's education and development. In line with this, the study provides findings supporting the application of experiential learning theory within UGSs and ECEC settings. Additionally, the findings reveal a growing concern among teachers about the reduction of UGSs due to increasing urbanization. These results underscore the need for both teachers’ advocacy and strategic policy to preserve UGSs, ensuring their availability for future generations.

Screening Urban Tree Species for Air Quality Enhancement: A Review

Air pollution poses a significant global challenge, particularly in urban areas, due to factors like industrialization, urbanization, increased vehicular traffic, and high energy consumption. In India, vehicle emissions, industrial activities, and power plants are major contributors to deteriorating air quality, with vehicles alone responsible for substantial carbon monoxide and hydrocarbon emissions. Unplanned urbanization and population growth further exacerbate pollution levels. Urban air pollution is linked to millions of deaths and respiratory illnesses annually, especially in developing countries. Vegetation plays a crucial role in mitigating air pollution by absorbing gaseous pollutants and particulate matter through leaves. Plants also act as bioindicators, displaying characteristic responses to specific pollutants. They employ mechanisms like leaf absorption, particulate deposition, and fallout on the leeward side to cleanse the atmosphere. Bio-monitoring with plants is a cost-effective method to assess environmental pollution impacts, highlighting the vital role of urban green spaces in improving air quality and public health. In summary, the screening of trees for pollution abatement is essential in urban planning. The APTI, coupled with assessing the dust-capturing capacity and emission reduction of trees, aids in categorizing them as sensitive indicators or effective pollution sinks.

Evaluating the Impact of Green Spaces on Urban Heat Reduction in Rajshahi, Bangladesh Using the InVEST Model

Urban heat poses significant challenges in rapidly developing cities, particularly in countries like Bangladesh. This study investigates the cooling effects of urban green spaces in Rajshahi city, addressing a critical research gap in developing urban contexts. We examined the relationships among urban vegetation, heat mitigation, and temperature variables using the InVEST Urban Cooling Model and spatial analysis techniques. This study focused on three key relationships: Normalized Difference Vegetation Index (NDVI) and Heat Mitigation Index (HMI), HMI and Land Sur face Temperature (LST), and HMI and Air Temperature (AT). Analysis revealed a strong positive correlation between NDVI and HMI, indicating the effectiveness of vegetation in enhancing urban cooling. A robust inverse relationship between HMI and LST was observed (R2 = 0.78, r = −0.88), with every 0.1 unit increase in HMI corresponding to a 0.53 °C decrease in LST. The HMI−AT relationship showed an even stronger correlation (R2 = 0.84, r = −0.87), with each unit increase in HMI associated with a 2.80 °C decrease in air temperature. These findings quantify the significant role of urban green spaces in mitigating heat and provide valuable insights for urban planning in developing cities, underscoring the importance of integrating green infrastructure into urban-development strategies to combat urban heat and improve livability.

Assessing the strategic role of urban green spaces for habitat connectivity in multi-family residential plots

Urban green spaces are key for maintaining and restoring habitat connectivity within cities. Despite substantial investigations on the contribution to connectivity of different types of urban green spaces, the specific contribution of green spaces located in multifamily residential (MFR) plots has yet to be assessed. Estimating this contribution is crucial given the multiple roles fulfilled by these green spaces in urban planning. To achieve this goal, we focused on four taxa: the European hedgehog (Erinaceus europaeus), the Red squirrel (Sciurus vulgaris), forest passerine birds and moths. We assessed the potential habitat connectivity for each taxon across the metropolitan urban area of Lyon (France), with landscape graphs built using 1-metre resolution land cover maps. Considering the current state as a reference, we then designed five land cover change scenarios affecting habitat distribution in the MFR plots: (i) maximum and (ii) minimum theoretical connectivity (references), (iii) improve quality of existing green spaces, (iv) improve quantity of green spaces with sub-optimal quality and, (v) maximum restoration (management scenarios). The taxon- and scenario-specific impacts highlight the crucial contribution of private spaces to habitat connectivity. For all taxa, while the MFR only cover 8 % of the study area, connectivity would increase by up to 60 % if these plots were greened. In contrast, sealing these plots could reduce overall connectivity by up to 40 %. The interpolation of local connectivity metrics for each habitat patch and each MFR plot allowed us to identify the most relevant plots for urban greening. Because our approach can improve habitat connectivity at different scales, from neighbourhoods to entire urban areas, it could prove useful for landscape planning in most urban settings.

Impact of urban greenspace on the urban thermal environment: A case study of Shenzhen, China

Rapid urban expansion has significantly altered the urban surface energy balance, consequently impacting the urban thermal environment. Urban greenspace (UG) plays a crucial role in regulating urban climate. This study utilizes a seamless land surface temperature (LST) dataset to elucidate the spatio-temporal patterns of LST and diurnal temperature range (DTR) in Shenzhen, a rapidly urbanizing city in China, and the influence of UG on urban thermal environment. The UG showed a notable decrease of 16.3 % from 2000 to 2020. Over the past 21 years, both daytime LST (LSTD) and nighttime LST (LSTN) exhibited an upward trend, while DTR showed a significant downward trend, especially in autumn. Significant spatial changes in LSTD, LSTN, and DTR were observed in winter across the entire city. Moreover, our results emphasize that the impact of UG on LSTD displays non-uniform cooling and varies significantly in terms of season, greenspace quality, and geographical location. Our assessment of changes in the urban thermal environment in Shenzhen and the role of UG on LST can offer theoretical support for policymakers in developing effective urban cooling measures and healthy urban development.

Microclimatic effects of introduced tree plantings in urban environment

Ecological role of urban green spaces is increasing in order to provide citizens with comfortable and safe living conditions in the new climatic realities through the use of ecosystem services of tree and shrub stands in the setting of reduced forest areas, native forest decline and acceleration of urbanization processes. However, in Europe and, in particular, in Ukraine, deterioration of the environmental condition and loss of ecological functions of urban green spaces are observed. One of the reasons for the loss of ecological potential of tree and shrub plantings is unbalanced approach to the development of green infrastructure in cities, when socio-cultural ecosystem services (decorative, aesthetic) are preferred over environmental and regulatory ones, including over climate-regulating services. The active use of introduced tree species has always been driven by the development of green infrastructure in modern cities; the share of these species in dendroflora of urban ecosystems is steadily increasing in Europe. Introduced tree species comprise the basis of urban green infrastructure; therefore, the issue of determining the potential microclimatic effects of these species becomes relevant. The influence of tree species (Acer pseudoplatanus, Fraxinus pennsylvanica, Gleditsia triacanthos, Morus alba, Quercus rubra, Robinia pseudoacacia, Tilia platyphyllos) introduced in the Steppe zone of Ukraine on the formation of microclimatic parameters (light intensity, temperature and relative air humidity) in the space beneath the tree canopy within monodominant group plantings is analyzed in Botanical Garden of Oles Honchar Dnipro National University and park areas of Dnipro city. Beneficial effect of group plantings consisting of introduced tree species on the processes of optimizing the microclimatic conditions of the urban environment is revealed. Beneath the canopy of introduced tree species (compared to the reference open sites), light intensity decreased from 86.9% to 97.9% at midday in late July. The air temperature decreased from 3°C to 6.5°C, and the relative humidity increased by 2.5–9.8%, depending on the species of the tree. By increasing the microclimatic efficiency, the studied tree introducents were determined to form the following series: Gleditsia triacanthos – Robinia pseudoacacia – Fraxinus pennsylvanica – Quercus rubra – Tilia platyphyllos – Acer pseudoplatanus – Morus alba. Along with a significant climate-regulating effect, monodominant group plantings consisting of dense- and semi-dense crowned introduced tree species become "cooling islands" and play a significant role in optimizing the microclimatic conditions of urban ecosystems during the daytime and summer periods. At the same time, introduced tree species with naturally developed dense and semi-dense crowns can be prioritized for creating and reconstructing green spaces with recreational purposes in the cities situated in Steppe zone. The results obtained regarding the microclimatic effects of introduced tree species expand the scientific and theoretical base for the development of methods for optimizing the functionality of green infrastructure in cities by the construction of green spaces using tree species that have significant climate-regulating properties.

The Role of Urban Green Spaces on Life Satisfaction and Migration Willingness in Tirana, Albania

In the framework of place attachment we explore how green spaces contribute to life satisfaction in a context of high emigration rates. We propose that green spaces affect life satisfaction of the population through the mediation of physical health and mental health, and this relationship is moderated by migration willingness. We conducted our study in March–April 2021 in the city of Tirana, Albania. Using physical and mental health indicators, our results demonstrate that urban green spaces directly and indirectly affect life satisfaction. The mediators with the highest impact on life satisfaction are psychological distress and well-being. Green space exposure plays a role in influencing health outcomes, but the relationship is not moderated by migration willingness, and it shows a higher impact on participants with better mental health. Designing more and improved urban green spaces is a pathway to positively affect the health and well-being of urban populations.

Nature-based solutions for fast-growing city regions: A new spatial equilibrium model for complementary urban green space planning

Urban green spaces assume a pivotal role in city-level nature-based solutions for sustainable development. Parks, street greening, and community greens play a significant role in regulating the urban microenvironment, enhancing subjective well-being, and increasing regional attractiveness. Additionally, urban greenbelts have the capacity to control urban sprawl, thereby influencing housing prices and population distribution. However, the exisiting urban models have typically addressed greenbelts and other green spaces in isolation, resulting in fragmented planning strategies. This study aims to establish a novel spatial equilibrium model that accurately assesses the socio-economic effects resulting from the combined impact of various urban green spaces. This model encompasses green infrastructure components and carefully balances their appeal against the consequent rise in housing costs. The proposed model can elucidate the latent synergistic interactions among multiple urban green policies, which enables urban policymakers to access the multifaceted impacts of greening policy combinations. and suggests that combining different urban greening policies can mitigate the negative effects of a single policy type, such as population redistribution. A case study based on empirical data from Shanghai, China, has been employed to identify the additional value associated with diverse urban green spaces. The scenario analysis suggests that combining different urban greening policies can alleviate the negative impacts of urban population relocation. These findings furnish urban planners and policymakers with novel insights to develop the distribution strategy of urban green spaces via judicious policy integration. Consequently, the proposed model furnishes a novel academic standpoint on the role of urban green spaces within the context of nature-based solution for sustainable development of metropolitan conglomerates and nascent urban agglomerations amidst the evolving post-COVID-19 environment.

Update to Floral Diversity at Gujarat Institute of Desert Ecology (GUIDE) Campus Along with New Distribution of Salsola Oppositifolia Desf. in Kachchh

This study explores the biodiversity dynamics within the prestigious Gujarat Institute of Desert Ecology (GUIDE) campus in Bhuj, India, over the span of eight years. Fieldwork conducted during pre-monsoon and post-monsoon periods revealed a significant increase in plant species, genera, and families compared to previous assessments. The taxonomic diversity analysis revealed 239 plant species representing 180 genera and 62 families, with trees, herbs, and shrubs contributing prominently. Fabaceae appeared as the dominant family, followed by Poaceae and Malvaceae. Comparative analysis with previous studies established changes in species composition, notably an increase in tree species and a decrease in herbs. Of particular interest is the discovery of the second distribution of Salsola oppositifolia Desf. on the campus, a plant species first recorded in India in 2022 from Great Rann of Kachchh. The study highlights the crucial role of urban green spaces in supporting biodiversity. With 239 plant species thriving within the campus's urban infrastructure, this study highlights the potential of urban forestry in promotion biodiversity conservation and ecological resilience. Future research directions include exploring the ecological roles of vegetation and development public awareness about the multi-layered benefits of plants beyond oxygen production.

The Role of Urban Green Spaces in Mitigating Climate Change: An Integrative Review of Ecological, Social, and Health Benefits

Urban green spaces (UGS) are increasingly recognized as essential components of cities for mitigating climate change and enhancing environmental, social, and public health outcomes. This integrative review explores the multifaceted benefits of UGS, focusing on their ecological contributions such as carbon sequestration, biodiversity support, and air quality improvement. It also highlights the social and economic benefits of green spaces, including community cohesion, enhanced property values, and opportunities for environmental stewardship. Furthermore, the review examines the positive impacts of UGS on physical and mental health, particularly in mitigating the adverse health effects of urban heat islands and climate-induced stress. The findings emphasize the critical role of UGS in creating resilient, sustainable, and livable cities. Finally, the review discusses the challenges of equitable access, land use, and maintenance while offering policy recommendations for integrating green infrastructure into urban planning.

Urban green spaces and their impact on environmental health: A Global Review

Urbanization has become an irreversible global phenomenon, with a majority of the world's population residing in cities. As urban areas expand, the significance of incorporating green spaces into these landscapes is paramount for environmental health. This study provides a concise overview of a global review that explores the multifaceted impact of urban green spaces on sustainability, well-being, and ecological balance. Urban green spaces play a crucial role in biodiversity preservation, acting as vital habitats for diverse plant and animal species. These spaces contribute to the maintenance of urban ecosystems, fostering ecological balance in densely populated areas. The presence of varied flora and fauna supports environmental health by enhancing biodiversity and promoting a more sustainable urban environment. One of the significant contributions of urban green spaces is their role in improving air quality. Through the natural process of photosynthesis, plants absorb pollutants and release oxygen, serving as an effective filtration system. Trees, in particular, act as natural air purifiers, reducing the concentration of airborne particles and pollutants. This contributes to enhanced air quality, mitigating the adverse effects of urban pollution on environmental health. Urban green spaces also play a pivotal role in temperature regulation, combating the phenomenon of urban heat islands. By providing shade and reducing surface temperatures, greenery helps create a cooler and more comfortable urban living environment. This temperature regulation not only contributes to the well-being of residents but also addresses the challenges posed by rising temperatures in urban areas. Beyond environmental considerations, access to urban green spaces has profound effects on the mental and physical well-being of urban dwellers. These spaces serve as outlets for recreation, exercise, and relaxation, contributing to stress reduction and improved mental health. Additionally, urban green spaces act as hubs for social interaction and community engagement, fostering a sense of belonging and strengthening social cohesion. In conclusion, this global review emphasizes the pivotal role of urban green spaces in promoting environmental health through biodiversity preservation, air quality improvement, temperature regulation, and enhancing overall well-being. Recognizing the multifaceted benefits of these spaces is crucial for guiding sustainable urban development practices worldwide.

Reassessing the role of urban green space in air pollution control

The assumption that vegetation improves air quality is prevalent in scientific, popular, and political discourse. However, experimental and modeling studies show the effect of green space on air pollutant concentrations in urban settings is highly variable and context specific. We revisited the link between vegetation and air quality using satellite-derived changes of urban green space and air pollutant concentrations from 2,615 established monitoring stations over Europe and the United States. Between 2010 and 2019, stations recorded declines in ambient NO2, (particulate matter) PM10, and PM2.5 (average of -3.14% y-1), but not O3 (+0.5% y-1), pointing to the general success of recent policy interventions to restrict anthropogenic emissions. The effect size of total green space on air pollution was weak and highly variable, particularly at the street scale (15 to 60 m radius) where vegetation can restrict ventilation. However, when isolating changes in tree cover, we found a negative association with air pollution at borough to city scales (120 to 16,000 m) particularly for O3 and PM. The effect of green space was smaller than the pollutant deposition and dispersion effects of meteorological drivers including precipitation, humidity, and wind speed. When averaged across spatial scales, a one SD increase in green space resulted in a 0.8% (95% CI: -3.5 to 2%) decline in air pollution. Our findings suggest that while urban greening may improve air quality at the borough-to-city scale, the impact is moderate and may have detrimental street-level effects depending on aerodynamic factors like vegetation type and urban form.

Spatiotemporal Analysis of Urban Heat Islands and Vegetation Cover Using Emerging Hotspot Analysis in a Humid Subtropical Climate

Research on the temporal and spatial changes of the urban heat island effect can help us better understand how urbanization, climate change, and the environment are interconnected. This study uses a spatiotemporal analysis method that couples the Emerging Hot Spot Analysis (EHSA) technique with the Mann–Kendall technique. The method is applied to determine the intensity of the heat island effect in humid subtropical climates over time and space. The data used in this research include thermal bands, red band (RED) and near-infrared band (NIR), and Landsat 7 and 8 satellites, which were selected from 2000 to 2022 for the city of Sari, an Iranian city on the Caspian Sea. Pre-processed spectral bands from the ‘Google Earth Engine’ database were used to estimate the land surface temperature. The land surface temperature difference between the urban environment and the outer buffer (1500 m) was modeled and simulated. The results of this paper show the accuracy and novelty of using Emerging Hotspot Analysis to evaluate the effect of vegetation cover on the urban heat island intensity. Based on the Normalized Difference Vegetation Index (NDVI), the city’s land surface temperature increased by approximately 0.30 °C between 2011 and 2022 compared to 2001 to 2010. However, the intensity of the urban heat island decreased during the study period, with r = −0.42, so an average −0.031 °C/decade decrease has been experienced. The methodology can be transferred to other cities to evaluate the role of urban green spaces in reducing heat stress and to estimate the heat budget based on historical observations.

The role of urban green space in alleviating the urban heat island effect

The role of urban green space in alleviating the urban heat island effect

The role of urban green space in alleviating the urban heat island effect

The role of urban green space in alleviating the urban heat island effect

Ground spiders (Chelicerata, Araneae) of an urban green space: intensive sampling in a protected area of Rome (Italy) reveals a high diversity and new records to the Italian territory.

Urbanisation is a rapidly growing global phenomenon leading to habitat destruction, fragmentation and degradation. However, urban areas can offer opportunities for conservation, particularly through the presence of green spaces which can even provide important habitats for imperilled species. Spiders, which play crucial roles in ecosystem functioning, include many species that can successfully exploit urban environments. Placed in the middle of the Mediterranean global biodiversity hotspot, Italy possesses an exceptionally rich spider fauna, yet comprehensive data on urban spider communities are still limited. More information on urban spiders in Italy would be extremely beneficial to support conservation efforts, especially in central and southern Italy, where knowledge on the spider fauna is largely incomplete. The current study focused on the spider diversity of a large protected area (Appia Antica Regional Park) in urban Rome, Italy. A total of 120 spider species belonging to 83 genera and 28 families were identified, with 70 species being new records to the Province of Rome, 39 to the Latium Region and two (Pelecopsisdigitulus Bosmans & Abrous, 1992 and Palliduphantesarenicola (Denis, 1964)) to Italy.Forty-one species were recorded during autumn/winter sampling and 107 in spring/summer. The spider fauna recorded from the study area included about 37% of the total spider fauna known from the Province of Rome, 28% of that of the Latium Region and 7% of the entire Italian territory. The most represented families in terms of species richness were Gnaphosidae and Linyphiidae, which accounted for more than 40% of the sampled fauna. Lycosidae were the most abundant family (29% of captured individuals), followed by Zodariidae (16% of captured individuals), Linyphiidae (13% of captured individuals) and Gnaphosidae (7.5% of captured individuals). From a biogeographical point of view, most of the collected species belonged to chorotypes that extend for large areas across Europe and the Mediterranean. The research highlights the role of urban green spaces as refuges for spiders and the importance of arachnological research in urban areas as sources of information on spider biodiversity at larger scales.