Human-nature Connection Research Articles

Conservation translocations in urban environments: State of the knowledge and future directions

Cities are important for biodiversity conservation and are a central focus in the United Nations Decade of Ecosystem Restoration. Species reintroductions and population reinforcements (i.e. conservation translocations) are an important component of conservation, yet are rare in urban environments, possibly because of perceived risks in highly modified and complex social-ecological urban systems. Here we review the literature describing urban conservation translocations to provide guidance for their effective implementation. We find that urban translocations have been performed for a variety of aims including focal species conservation, improvements in ecosystem functions in the later stages of restoration projects (e.g. seed dispersal in revegetated sites) and for site remediation (e.g. organic pollution removal), and enhancing human-nature connections. Conservation translocations were found in a range of urban habitat types including formal and informal greenspaces, grey spaces, streams, ponds, and marine environments, ranging from near-historic conditions (e.g. remnant/restored sites) to highly modified novel/designed systems. Barriers and enablers varied between terrestrial and aquatic release sites, with predators, habitat suitability, and leaving release sites being more important in terrestrial sites and disturbance (flooding) regime and pollution being more important in aquatic sites. A range of techniques have been applied to mitigate these barriers. Success rates in urban translocations are high (>90 %) and comparable to conservation translocations in general, suggesting they can contribute to urban biodiversity conservation by assisting species to overcome dispersal barriers and occupy otherwise suitable urban habitats. However, evaluation methods vary widely between urban translocation studies. There is also a need for longer-term monitoring of translocation success that might be achieved simultaneously while enhancing human-nature connections through citizen science programs.

Ecological empathy: relational theory and practice

ABSTRACT Sustainability science researchers are increasingly interested in human–nature connection as a leverage point for societal transformation. Empathy has potential as a way to reconnect people to nature by building relationships among more-than-humans. However, current approaches to empathy with more-than-humans usually prefer sympathy and compassion. I argue that these approaches limit the potential of empathy when considering human–nature (re)connection. I use the established concept of social empathy (Segal 2011, 2018) to structure a new presentation of empathy with more-than-humans: ecological empathy. Ecological empathy, as presented in this paper, consists of two subcomponents: contextual understanding of more-than-human interdependencies and more-than-human awareness and earth system perspective-taking. From this new perspective, I suggest defining ecological empathy as a cognitive and affective ability, which allows for internal coherence across bodily separation in humans and their environment. Integrating literature from biophilia, deep ecology, embodied cognition and multi-species ethnography, I elaborate on ecological empathy with inspirational practices that can be advanced across a range of decision, policy and design environments to address human–nature (re)connection.

Development of a Building Evaluation Framework for Biophilic Design in Architecture

Biophilic design has gained prominence in architecture as a strategy to integrate natural elements into built environments, aiming to improve human comfort, well-being, and environmental sustainability. This paper critically reviews existing biophilic design frameworks, identifying gaps in their integration of health outcomes and the relationship between indoor and outdoor environments, with a primary focus on indoor environmental quality (IEQ) factors such as air quality, natural light, thermal comfort, and acoustics. The review was conducted systematically, comparing frameworks using criteria such as health benefits, human–nature connections, and user satisfaction. Key findings highlight a lack of comprehensive frameworks that explicitly link biophilic design to measurable improvements in human health, comfort, and satisfaction. To address this gap, the study proposes an enhanced biophilic design framework that bridges IEQ-focused indoor environments with urban outdoor elements, prioritizing human comfort alongside environmental sustainability. The framework also emphasizes the role of post-occupancy evaluation (POE) in assessing the real-world performance of biophilic interventions, particularly in achieving user satisfaction and ensuring long-term effectiveness. This research contributes to the advancement of biophilic design by offering actionable strategies for architects, urban planners, and policymakers to adopt biophilic principles that create resilient, healthy, and sustainable spaces. Additionally, the study emphasizes the need for empirical testing and validation of the proposed framework, including POE and user surveys, to assess its real-world impact on human well-being and satisfaction, thus setting the stage for future research.

Designing for human-nature connectedness: A case study of the Barefoot Path Spalt, Germany

There is a need to bridge the disconnection between humans and nature through conscious landscape architectural designs. Recreation infrastructure can be a tool to guide humans towards a stronger connection with nature, improving health, welfare, and care for environmental issues. Considering Haraway's (2016) work on making kin with the more-than-human other and being with the trouble through cognisant presence of the self within a natural world, it appears that progress towards human-nature connectedness is stunted by commodification of the natural environment. This is reflected in nature discourse, and a risk perception driven by fear of nature which has become the unknown. A mixed methods study of the Barefoot Path Spalt, Germany, implementing document analysis, interviews, and criticism incorporating autoethnography and expert field assessments, generated knowledge on how trail designs can improve human-nature connectedness. The study based its findings on three major trail attributes, environmentally conscious trail design, the barefoot component, and interactive equipment and art. Results show that an intrinsic connection with the environment can be targeted with intentional trail design that entices curiosity, gradually guiding participants to build human-nature connectedness, contesting false risk perception. Management implicationsResults show that well designed trails have the potential to enhance human-nature connectedness with relatively cost-effective implementations. Future trail development and upgrades should consider (1) Conscious integration of a trail into the natural environment through a low-impact approach. (2) Using a creative feature that delivers a unique, nature-centric experience, for example through sensory immersion. (3) Installing both play equipment and art to mask the border between trail and context environment makes use of, and encourages more traffic to a trail, generating positive nature-contextual experiences.

Human–nature connectedness is positively correlated with the perceived value of nature regardless of urbanization levels

AbstractUrbanization has affected the economy, ecosystem, and human health. In addition to these direct and physical impacts, urbanization is suggested to affect our preferences and valuation with respect to nature, including people’s perceived values of nature and human–nature connectedness (HNC). Perceived values of nature and HNC are essential for constructing and maintaining sustainable cities. However, the relationship between urbanization, HNC, and perceived values of nature has not been sufficiently elucidated. This study aimed to quantitatively examine this relationship and to generate new insights into methods for enhancing people’s perceived values of nature. The study focused on the following research questions: (1) How different is residents’ HNC under varying urbanization levels? (2) How different is the relationship between HNC and the perceived values of nature under varying urbanization levels? This study categorized perceived values of nature into “relational values” and “instrumental values”. A questionnaire was administered to the residential population in three study areas in Nagareyama City, Japan, each representing a rural, urbanizing, and urban area. The data were subjected to factor analysis, structural equation modeling (SEM), and multi-group SEM. The results indicate that residents’ HNC is weaker in urbanizing and urban areas than in rural areas. The findings also suggest that HNC positively correlates with the perceived values of nature, regardless of urbanization levels. These results indicate that considering HNC is crucial in nature management to understand people’s value perceptions and conservation attitudes as well as to enhance their value perceptions toward surrounding nature under varying urbanization levels.

Rebuilding human-nature connections in children and adolescents: insights from a meta-analysis

Beyond correlational studies exploring the benefits of nature exposure, there have been studies assessing interventions that aim to improve nature connection in children and adolescents. A feeling of connection with nature or ‘nature connectedness’ describes our attitude towards nature, primarily reflecting the emotional, cognitive, and experiential aspects. This meta-analysis of 29 studies explored the impact of experimental manipulations on nature connection in young people (less than 18 years old). The results showed that such interventions had a significant positive effect on nature connections in children and adolescents. The presence of environmental education programmes, the quality of engagement with nature (passive or active), and the duration and frequency of intervention (one-off, repeated, or residential) were predictors of effect size. The quality of engagement, such as active participation in environmental education programmes or an intensive residential experience, may be more important than the type of natural setting. Several important implications for future research and practice are suggested by the results, including the need to understand the factors that contribute to improved nature connection, to examine different nature engagement activities, and to develop interventions with regular nature engagement.

Outcomes of community-led urban rat control on avifauna

Cities are increasingly recognised as important sites for biodiversity and essential for improving human-nature connections. However, urban areas are also hotspots for rats, which negatively impact biodiversity due to competition and depredation. Urban residents may undertake rat control on their properties, but the effectiveness of such volunteer initiatives for broader biodiversity outcomes has not been tested in urban environments. We conducted a comprehensive study inclusive of rat abundance, adult bird diversity, and bird breeding success. We monitored rat (Norway rat Rattus norvegicus; ship rat Rattus rattus) presence and modelled detection probabilities and occupancy in suburban residential backyards in Auckland, New Zealand. We also compared bird abundance and richness among backyards and recorded 140 nesting attempts from 15 bird species between September 2021 and February 2022. Despite rat control, rats were detected at some point in all backyards, though relative abundance was low, and fewer rats were detected in backyards with more frequent rat control. Higher bird abundance, and to a lesser extent richness, were associated with proximity to native vegetation patches and more frequent rat control. Overall fledging success was relatively high and predation by rats was relatively low compared to previous research. Nest survival was slightly higher for introduced bird species. Daily nest survival rate increased with nest height, proximity to native vegetation patches, and when rat detection rates decreased. Although the effect was small, frequent rat control within a backyard was associated with increased fledging success and increased bird species richness and abundance. Further research is required to explore the factors that interact with backyard rat control to improve local outcomes for birds. High levels of community participation in backyard rat control are required to improve neighbourhood-wide outcomes for birds.

Addressing the sustainable urbanism paradox: tipping points for the operational reconciliation of dense and green morphologies

To improve biodiversity and human living conditions in the Anthropocene, urban forms must reconcile density with vegetation to meet the dual sustainability-liveability challenge. This paradox poses a dilemma for urban planners and is a critical research issue requiring comprehensive analyses. Multi-family residential housing holds the potential to achieve balanced density-greening, proximity ecosystem services and human-nature connectedness, but meeting such objectives relies on finding balanced morphologies and metrics at an operational scale. Analysing 11,593 plots in the Lyon metropolitan area (France) using a systemic approach, we identified critical tipping points in morphology and greening. Density explained only 6% of Plot Greening, while morphology and landscaping accounted for 94%. We identified an open-space ratio (unbuilt area/floor area) >0.3 as a morphological threshold to achieve sustainable green supply. Operational morphologies balancing density and greening were modelled and illustrated across building heights, providing guidelines for emerging regulatory tools in sustainable urban planning.

Foraging Educators as Vectors of Environmental Knowledge in Europe

Widely accessible education on edible wild plants is increasingly in demand as more people search for ways to explore wild culinary uses. Despite this growing trend of nature exploration, few scholars have investigated the contribution of this new mode of engagement to human–nature connection and pro-environmental attitudes. Therefore, this research aims to explore the societal role of such foraging educators. Through convenience and snowball sampling, we recruited 31 foraging educators across Europe. Through semi-structured interviews, we inquired about their sources of knowledge, modalities of transmission and their roles as educators. The interviews revealed individuals who convey ethnobotanical knowledge to improve human–nature connection through experiences within nature. The educators gained their knowledge through written sources, vertical and horizontal sharing. Finally, foraging educators consider themselves social bridges of ecological knowledge, bringing scientific ethnobotanical information to a varied audience in an experiential way. Foraging stimulates the sharing of ecological knowledge, and it could be seen as a broader agroecological practice, enhancing the benefits of nature's contribution to people. There is great potential for emerging environmental education platforms and, correspondingly, for rethinking the food system.

Nature-Based Physical Activity in Pictures: A Photovoice Unit in (and Beyond) Physical and Health Education

Experts in public health and education alike have long advocated for the engagement of youth in nature to foster movement, human–nature connectedness, and mental wellbeing. Physical and health education teachers in school-based programs continue to find a variety of ways to help their students be physically active in the natural environment due to the plethora of positive benefits. This paper describes a unit entitled Nature-Based Physical Activity in Pictures that utilized Photovoice to engage youth and foster human–nature connectedness.

Revisiting history and nature: comparative preservation for Chinese historic gardens

Liu Dunzhen, Chen Congzhou, and Tong Jun are three of the most prominent scholars of historic garden preservation in China. Drawing on the historical context of gardens, these scholars present distinct approaches that reflect varying priorities for preserving cultural gems. Liu concentrates on re-establishing authentic fabric in successive phases, whereas Chen aims to reconstruct the garden’s heyday fabric through cross-sectioning of significant artistic values. While Liu and Chen seek to revive original condition, Tong values the garden’s existing condition. In addition to attitudes towards preserving history, these scholars’ nuanced understandings of nature’s enduring essence also make contributions. Liu interprets nature in gardens through intertwining painting techniques with natural landscapes. Chen explains the spiritual essence of nature as genuine feelings for an envisioned setting. By contrast, Tong delves into a mindful contemplation of ‘not with distinction’, fostering a human-nature connection via empathic taste deriving from Daoist context. In conclusion, these three scholars’ efforts, rooted in Chinese culture, aim to benefit the poetical dwelling of human beings, from visual pleasure to sensory invocations, to philosophical allusions. This comparative study not only critically reassesses their practices and theories, but also showcases a promising outlook for garden heritage study in the future.

Exploring the Nexus between Green Space Availability, Connection with Nature, and Pro-Environmental Behavior in the Urban Landscape

The correlation between connecting with nature and fostering pro-environmental behavior is essential to attaining sustainability targets. However, understanding how this connection is cultivated, particularly in the urban settings of the Global South, remains limited. This study delves into the impact of urban green space (UGS) availability on perceived connection with nature (CN) and its subsequent influence on pro-environmental behavior (PEB) among urban residents, focusing on Nagpur city. Employing a digital survey tool, data were collected from 2414 participants across ten administrative zones. Descriptive and exploratory analyses alongside multinomial logistic regression were conducted to assess variable associations using R programming. The results revealed that 91% of respondents frequented UGSs, while a smaller fraction cited time constraints for not visiting. Notably, respondents’ perceived CN demonstrated significant associations with both UGS availability and PEB. A regression analysis underscored stronger PEB among those reporting a deeper connection with nature. Furthermore, demographic factors such as gender, age, and education were linked to variations in PEB. This study advocates for leveraging UGSs to bolster CN and PEB among urban populations, emphasizing the pivotal role of urban planning in nurturing human–nature connections. Future research should explore specific nature contact modalities conducive to fostering connectedness, especially in rapidly urbanizing locales.

The overview effect and nature-relatedness

Climate scientists increasingly agree that human behavior significantly contributes to global warming and biodiversity decline. Recent research emphasizes the importance of human-nature connectedness as a reliable predictor of psychological wellbeing and increased engagement in pro-environmental behavior. While evidence supports a positive correlation between human-nature connectedness and pro-environmental behavior, establishing causation remains elusive. Nevertheless, exploring this link is crucial, given its potential to enhance pro-environmental behavior. Armed with this understanding, stakeholders can design and implement successful sustainability interventions that promote wellbeing on individual and collective levels. One psychological phenomenon believed to have a strong effect on human-nature connectedness and pro-environmental behavior is “The Overview Effect,” a term used to describe the shift in awareness some astronauts experience when viewing Earth from outside its atmosphere. This pilot study explored whether a 180-degree virtual reality Overview Effect experience created by EarthscapeVR® influences human-nature connectedness and whether a correlation exists between participants’ average human-nature connectedness scores and openness to experience scores. 60 student participants took part in the study. The results showed significant increases on human-nature connectedness (p < 0.0021) in the experimental condition compared to the control group (p = 0.97), with no correlation (r = 0.137) between participants’ average human-nature connectedness scores and openness to experience scores. While these results are not conclusive and further research is necessary, the initial findings support translating the Overview Effect into virtual reality to promote human-nature connectedness in people.

People with sensory processing sensitivity connect strongly to nature across five dimensions

Human connections to nature are critical to the sustainability of life on Earth. Nature connections are often linked with pro-environmental behaviors. Therefore, a better understanding of the nuances of human-nature connections can help inform policies and practices to advance sustainability. Connections to nature research has rarely investigated nuances like the nature connections of subpopulations or distinguished between types of nature connections. This article reports on an investigation of the subpopulation of highly sensitive individuals (HSPs), a group comprising about one-third of the general population thatexhibits higher levels of sensitivity to stimuli, greater depth of processing, and stronger emotional and physiological reactivity to both positive and negative stimuli than the general population, a suite of traits known as “sensory processing sensitivity” or “environmental sensitivity.” We assessed the nature connections of this group across five nature-connection types: material, experiential, cognitive, emotional, and philosophical. We found that HSPs hold deeper nature connections than less sensitive individuals with respect to all five connection types. Additionally, variability in nature-connection scores decreased as sensitivity increased, showing a significant trend. Future research can investigate links between nature connections and pro-environmental behavior in this population and the potential mediating role of specific psychological characteristics. We also recommend that researchers consider including sensitivity in future connections to nature assessments.

Rethinking the geography of sustainability transitions by considering human-nature connections in rural areas

Despite recent studies which emphasize the importance of human-nature connections (HNCs) in sustainability transitions, the literature on the geography of sustainability transitions focuses mainly on urban areas and transnational aspects, ignoring the role of HNCs. In this paper, we study HNCs in rural areas through a case study of the French mountains. Based on 31 interviews with local actors, the results show that individuals’ proximity to nature in the French mountains enables them to reconnect with nature and that this generates knowledge and leads to strong HNCs. The results also call for investigation of the roles that tourism and revised local governance could play in fostering sustainability transitions. Overall, this paper demonstrates the need for studies on the geography of sustainability transitions to consider HNCs and rural areas.

Designing for harmony in urban green space: Linking the concepts of biophilic design, environmental Qi, restorative environment, and landscape preference

Landscapes positively affect psychological perceptions and mental health. The biophilia hypothesis postulates that humans are innately connected to nature. Biophilic design improves health by fostering a proximity to nature in urban environments. Eastern philosophies also emphasize the health benefits of environmental Qi, defined as the flow of energy in the atmosphere. Combining Western and Eastern perspectives on the environment could foster a more holistic understanding of environmental perceptions and qualities and how they affect landscape preferences and perceived restorativeness. Therefore, this study aimed to understand the relationship among perceived biophilic design, traditional environmental Qi, perceived restorativeness, and landscape preference. Data were collected from 516 valid questionnaire surveys completed online. The results suggested that overall environmental perceptions strongly correlate with perceived biophilic design and Qi. For example, there was a high correlation between perceived biophilic design and the landscape structure of traditional environmental Qi (TEQ), visual quality of TEQ, the healthy psychological Qi perception of TEQ, and the healthy physical Qi perception of TEQ. Perceived biophilic design also had strong correlations with both perceived restorativeness and landscape preference. This study provides significant implications, as it explored the relationships between humans and nature while considering both Western and Eastern environmental perspectives. By considering those relationship can enhance human well-being within urban landscapes. Furthermore, the results revealed that while some design aspects, such as the natural form of design, have limited direct impact on people's sense of restorativeness, healthy psychological and physical Qi perceptions, and preference for the environment, the holistic application of biophilic design principles can significantly enhance human–nature connections. By focusing on security, sensory experiences, and the integration of natural elements, landscape architecture can create spaces that not only improve environmental quality but also foster a deeper connection with nature and offer health benefits.

Investigating the impact of greenery elements in office environments on cognitive performance, visual attention and distraction: An eye-tracking pilot-study in virtual reality

The human-nature connection is one of the main aspects determining supportive and comfortable office environments. In this context, the application of eye-tracking-equipped Virtual Reality (VR) devices to support an evaluation on the effect of greenery elements indoors on individuals’ efficiency and engagement is limited. A new approach to investigate visual attention, distraction, cognitive load and performance in this field is carried out via a pilot-study comparing three virtual office layouts (Indoor Green, Outdoor Green and Non-Biophilic). 63 participants completed cognitive tasks and surveys while measuring gaze behaviour. Sense of presence, immersivity and cybersickness results supported the ecological validity of VR. Visual attention was positively influenced by the proximity of users to the greenery element, while visual distraction from tasks was negatively influenced by the dimension of the greenery. In the presence of greenery elements, lower cognitive loads and more efficient information searching, resulting in improved performance, were also highlighted.

Do you have a tree friend?—Human–tree relationships in Finland

Abstract Trees are natural objects that carry practical, cultural and spiritual meanings to humans. Trees are an elemental part of human daily life, both in urban and rural environments, and even in locations where forests are distant. Conflicts related to tree removal in the close environments of humans indicate that individual trees may have special significance. Despite that, we have little knowledge of the ways these relationships are formed and the meanings they carry. To examine how the properties of trees and humans influence the type of relationships that are formed between them, we conducted a large‐scale survey (n = 1758). We used cluster analysis to identify typical groups of trees and human–tree relationships and conducted cross‐tabulation to correlate human and tree types in the relationships. In studying the human–tree relationship, we applied the framework of natureculture to address how the lives of humans and trees are bound together in interspecies relationships. Our results show that the strongest influence on tree–human relationships originates from human lifestyles and nature connections. Consequently, we identified three main types of human–tree relationships: (1) Admiring relationships towards large, old and charismatic trees, primarily grounded in sensory and emotional experiences, are common among urban nature‐loving people. (2) Nurturing relationships that occur with young trees in people's own gardens, which is most typical for rural outdoorspeople owning houses. (3) Nostalgic relationships are associated with trees with symbolic value in the memories of people who no longer have a material connection to an important environment. Our study revealed that the affection of humans for trees in their close environment strongly varied in emotional intensity and practical actions related to trees. We provide new knowledge of the correlations between human and tree characteristics in forming their interspecies relationship and how this relationship affects human emotional well‐being. Based on our findings, we suggest that understanding human–nature interdependence helps to sustain and create emotionally supportive multispecies environments through green design and management. Read the free Plain Language Summary for this article on the Journal blog.

Beyond the metropolis: street tree communities and resident perceptions on ecosystem services in small urban centers in India

Abstract Although 41% of the global urban population lives in smaller cities, the nature and trajectories of urban nature, ecosystem services and human-nature connections in smaller centers is relatively unknown. While megacities in developed countries move towards biophilic urban planning and participatory decision making, basic information on tree communities and their perceived services is a bottleneck in achieving these goals in such small urban centers. Through a combination of field measurements (258 transects, 931 trees) and semi-structured interviews (497 individuals), we assessed the street tree community and resident perceptions of ecosystem service values in two coastal cities on the west coast of India that are under rapid change. We found that mean street tree density is low in both cities, and corresponds to perceptions of recent change in tree cover (−28% in Kochi, −11% in Panjim). The street tree community in both cities were dominated by ornamental avenue trees such as Albizia saman and Peltophorum pterocarpum, but native coastal species like Cocos nucifera, Terminalia catappa and Thespesia populnea were also common. Despite recent urban growth, residents in both cities reported low value of trees for food, fodder and medicine, but high value for regulating services like shade and water. Moreover, we found strong evidence for aesthetic and cultural values of trees in both cities. Our study establishes critical baselines for biophilic planning in these small urban centers towards urban sustainability in India.

A new framework for assessing ecosystem health with consideration of the sustainable supply of ecosystem services

ContextThe establishment of an ecosystem health assessment framework from a human–environment view is vital to landscape sustainability. Although several studies have improved the assessment framework by integrating ecosystem services (ESs) supply or demand, consideration of the sustainable supply of ESs is lacking.ObjectivesThe objective of this paper is to improve the current methodological framework by integrating ecological integrity and the sustainable supply of ESs to establish an ecosystem health assessment framework.MethodsAn improved assessment framework, including four indicators, vigor, organization, resilience, and ecosystem services supply rate, was established from the perspective of human–environment systems. Then, the performance of the improved assessment framework was demonstrated in a case study in China from 2000 to 2020.ResultsFrom 2000 to 2020, the overall spatial pattern of ecosystem health values in China was high in the southern and southeastern coastal regions, and low health values were mostly located in the western region, parts of Inner Mongolia, and metropolitan areas, with a descending trend from southeast to northwest. The imbalance between the potential and actual supply of ESs greatly contributed to the deterioration of regional ecosystem health. During the study period, the regional ecosystem in China was found to be in a more unhealthy state than in traditional Vigor-Organization-Resilience-Ecosystem services (VORES) evaluation.ConclusionsThe improved assessment framework that incorporates the ecological integrity and sustainable supply of ESs provides a new perspective for understanding the complex inherent characteristics of ecosystems and the regional human-nature connectedness in coupled human–environment systems. Our results could serve as a scientific reference for practical landscape governance in a changing world to achieve landscape sustainability.