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Cemeteries, traditionally reserved for mourning, are also valuable urban green spaces contributing to ecosystem services, wildlife habitats, and human well-being. This study focuses on London’s Magnificent Seven cemeteries, which vary in habitat and usage, from semi-wild nature reserves to active burial sites. In autumn 2023, we conducted non-participatory observations of human activities and wildlife presence, and surveyed visitors (n = 176) regarding their perceptions of birds (crows, magpies, parakeets, robins, owls, blackbirds), mammals (fox, grey squirrel, bats, rats, cats, hedgehogs, rabbits, deer) and activities (e.g. biking, dog walking, picnicking). Our observations showed that visitors primarily engaged in solitary or accompanied walks. Observed animals included crows (Corvus spp.) and pigeons (Columba spp.), as well as grey squirrels (Sciurus carolinensis) and foxes (Vulpes vulpes). Regarding visitor perceptions, wildlife was generally perceived positively, with invasive ring-necked parakeets (Psittacula krameri) as well as non-native grey squirrels occasionally evoking negative perceptions. Activities like grave visiting and solitary walks are widely accepted, while picnicking, biking and sports are less favored, with younger participants and locals generally being more accepting to more lively activities. Urban cemeteries play multifunctional roles beyond mourning, offering green spaces for recreation and wildlife habitats. This study highlights the importance of recognizing cemeteries as critical urban refuges for both people and wildlife, demonstrating that sacred grounds and urban wilderness can coexist to create restorative green spaces in busy cities. The future survival of inner-city cemeteries depends on their rejuvenation and integration into local communities, enabling them to act as nature-based solutions to withstand development pressures.
Cemeteries, traditionally reserved for mourning, are also valuable urban green spaces contributing to ecosystem services, wildlife habitats, and human well-being. This study focuses on London’s Magnificent Seven cemeteries, which vary in habitat and usage, from semi-wild nature reserves to active burial sites. In autumn 2023, we conducted non-participatory observations of human activities and wildlife presence, and surveyed visitors (n = 176) regarding their perceptions of birds (crows, magpies, parakeets, robins, owls, blackbirds), mammals (fox, grey squirrel, bats, rats, cats, hedgehogs, rabbits, deer) and activities (e.g. biking, dog walking, picnicking). Our observations showed that visitors primarily engaged in solitary or accompanied walks. Observed animals included crows (Corvus spp.) and pigeons (Columba spp.), as well as grey squirrels (Sciurus carolinensis) and foxes (Vulpes vulpes). Regarding visitor perceptions, wildlife was generally perceived positively, with invasive ring-necked parakeets (Psittacula krameri) as well as non-native grey squirrels occasionally evoking negative perceptions. Activities like grave visiting and solitary walks are widely accepted, while picnicking, biking and sports are less favored, with younger participants and locals generally being more accepting to more lively activities. Urban cemeteries play multifunctional roles beyond mourning, offering green spaces for recreation and wildlife habitats. This study highlights the importance of recognizing cemeteries as critical urban refuges for both people and wildlife, demonstrating that sacred grounds and urban wilderness can coexist to create restorative green spaces in busy cities. The future survival of inner-city cemeteries depends on their rejuvenation and integration into local communities, enabling them to act as nature-based solutions to withstand development pressures.
Cemeteries are often overlooked in ecological studies, yet they represent unique urban microhabitats that contribute to the preservation of diverse plant species, including those adapted to various ecological niches. This study aimed to assess the species composition, ecological classifications, and abundance of vascular plants in the cemetery and surrounding areas to explore cemeteries’ role in conserving plant ecobiomorph diversity in arid climates. This study identified 79 plant species from 23 families within the cemetery compared with 31 species from 11 families in the surrounding area. The plant community in the cemetery was dominated by mesophytes, suggesting favorable and stable conditions for plant growth, while xerophytes were more common in the surrounding areas, indicating harsher, drier conditions. The diversity of plant life forms, including perennial herbs, shrubs, and trees, was significantly higher within the cemetery, indicating a more complex and resilient ecosystem. Our study demonstrates that cemeteries act as vital refuges for plant biodiversity. They offer significantly higher species diversity and more complex ecosystem structures compared with the surrounding areas. These findings emphasize the critical role cemeteries play in urban biodiversity conservation, particularly in increasingly arid environments.
Urban green spaces, such as parks, cemeteries, and allotment gardens provide important cooling functions for mitigating the urban heat island (UHI) effect. In the densely populated Ruhr Area (Germany), rehabilitated tailing piles (TPs), as relicts of the coal-mining history, are widespread hill-shaped landscape forms mainly used for local recreation. Their potential role as cooling islands has never been analyzed systematically. Therefore, this study aimed at investigating the TP surface cooling potential compared to other urban green spaces (UGSs). We analyzed the factors controlling the piles’ summer land surface temperature (LST) patterns using k-mean clustering and random forest regression modeling. Generally, mean LST values of the TPs were comparable to those of other UGSs in the region. Indices describing vegetation moisture (NDMI), vitality (NDVI), and height (VH) were found to control the LST pattern of the piles during summer. The index for soil moisture (TVDI) was directly related to VH, with the highest values on the north and northeast-facing slopes and lowest on slopes with south and southeast expositions. Terrain attributes such as altitude, slope, aspect, and curvature were of minor relevance in that context, except on TPs exceeding heights of 125 m. In conclusion, we advise urban planners to maintain and improve the benefit of tailing piles as green cooling islands for UHI mitigation. As one measure, the soil’s water-holding capacity could be increased through thicker soil covers or soil additives during mine tailing rehabilitation, especially on the piles’ south and southeast expositions.
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