Natural Exposure Research Articles

Developing a new tool to capture the nature dose to reduce loneliness and improve quality of life

Recognition of the health benefits of nature contact has increased. Simultaneously, growing numbers of people worldwide experience loneliness. There is a movement towards prescribing nature-based activities to improve/promote social connections, health, and quality of life. Yet, what constitutes a therapeutic nature dose is not well understood, due in part, to the lack of instruments that capture the characteristics of nature-based activities and measure ‘nature dose.’ We created a nature dose measurement tool to fill this gap by capturing various aspects of contact with nature and perceptions regarding park access, quality, naturalness, psychological distance to nature, and biodiversity. This tool will facilitate greater understanding of how natural areas, nature-based activities, and nature exposure reduce loneliness and promote health-related quality of life. Measuring nature dose with standardized tools and documenting benefits will generatethe evidence base needed to design, implement and evaluate nature-based social interventions for improving health and quality of life.•This tool captures the nature dose to reduce loneliness and promote quality of life.•Constructs range from park quality and access, to mood, to biodiversity perceptions.•The standardized nature dose tool will help design nature-based social interventions.

"Luck Be a Lady": Retrospective Study of Disease-Associated Prion (PrPSc) Distribution and Lesions in Captive, Environmentally Exposed Female Rocky Mountain Elk (Cervus canadensis nelsoni) with 132LL Genotype.

Chronic wasting disease (CWD) is a fatal neurodegenerative disease of cervids caused by an infectious misfolded protein (prion). Several members of the Cervidae, including Rocky Mountain elk (Cervus canadensis nelsoni), are susceptible to CWD. There is no evidence of complete genetic resistance to CWD; the M132L polymorphism in the elk prion protein gene influences the incubation period: longest in 132LL, intermediate in 132ML, and shortest in 132MM elk. We retrospectively analyzed six female 132LL elk housed in an environment heavily contaminated with prions to 1) document clinical outcomes and incubation periods, 2) describe PrPSc distribution and extent in tissues, and 3) characterize their histologic lesions. In five of six elk, PrPSc was detected postmortem, with a distribution pattern distinct from that of 132MM and 132ML elk; time to clinical CWD onset CWD ranged from 73 to 117 mo (6.1-9.8 yr). Although the remaining animal was observed for 220 mo (18.3 yr), PrPSc was not detected in its tissues postmortem. This study suggests that 132LL elk infected via natural exposure may live even longer with CWD than previously thought, but ultimately remain susceptible. We also report a distinct distribution of PrPSc in 132LL genotypes and highlight unusual histologic findings. Understanding the relationship between cervid genetics and CWD is of increasing importance, especially given the growing interest in leveraging genetics that delay disease onset despite not preventing infection.

Exposure and connectedness to natural environments: An examination of the measurement invariance of the Nature Exposure Scale (NES) and Connectedness to Nature Scale (CNS) across 65 nations, 40 languages, gender identities, and age groups

Detachment from nature is contributing to the environmental crisis and reversing this trend requires detailed monitoring and targeted interventions to reconnect people to nature. Most tools measuring nature exposure and attachment were developed in high-income countries and little is known about their robustness across national and linguistic groups. Therefore, we used data from the Body Image in Nature Survey to assess measurement invariance of the Nature Exposure Scale (NES) and the Connectedness to Nature Scale (CNS) across 65 nations, 40 languages, gender identities, and age groups (N = 56,968). While multi-group confirmatory factor analysis (MG-CFA) of the NES supported full scalar invariance across gender identities and age groups, only partial scalar invariance was supported across national and linguistic groups. MG-CFA of the CNS also supported full scalar invariance across gender identities and age groups, but only partial scalar invariance of a 7-item version of the CNS across national and linguistic groups. Nation-level associations between NES and CNS scores were negligible, likely reflecting a lack of conceptual clarity over what the NES is measuring. Individual-level associations between both measures and sociodemographic variables were weak. Findings suggest that the CNS-7 may be a useful tool to measure nature connectedness globally, but measures other than the NES may be needed to capture nature exposure cross-culturally.

Cold exposure accelerates lysine catabolism to promote cold acclimation via remodeling hepatic histone crotonylation

BackgroundCold environments pose serious threats on human health, with increased risk for myocardial infarction, stroke, frostbite, and hypothermia. Acquired cold acclimation is required to minimize cold-induced injures and to improve metabolic health. However, the underlying mechanisms remain to be fully elucidated. ObjectiveWe aimed to identify critical amino acids involved in cold acclimation and unmask the regulatory mechanisms. MethodsA total of twenty male participants were recruited and followed up after 3 months’ natural cold exposure. Cold-induced vasodilation (CIVD) tests and clinical biochemical analysis were performed at baseline and after 3-months cold exposure, whilst blood samples were collected, and plasma amino acids were analyzed by targeted metabolomics. To further confirm the effect of lysine on cold tolerance and explain the latent mechanism, mice were challenged with chronic cold exposure for 7 days with lysine supplement, then core and local surface temperature as well as thermogenesis activity were detected. ResultsContinuous cold exposure shortened the CIVD onset time and increased the average finger temperature. Levels of the plasma lysine and glycine were decreased in both humans and mice. Venn analysis from three datasets revealed that lysine was the only significantly changed plasma amino acid, which strongly correlated with the altered CIVD. Moreover, mice sustained a relatively higher core temperature and surface temperature in the back, tail and paws upon lysine supplementation. Furthermore, lysine supplementation increased the level of histone H3K18cr and promoted the gene and protein expression of Cpt1a, Cpt2 and Cyp27a1 in liver. ConclusionOur work identified lysine as a critical amino acid for the remodeling of hepatic histone crotonylation that facilitates cold acclimation.

Enhancing vitamin D levels in care homes: the role of healthy building design in preventing respiratory infections.

The recent article by Willcox etal. in the Journal of Public Health highlights the effectiveness of antiviral prophylaxis and high-dose vitamin D supplementation in reducing acute respiratory infections (ARIs) in care homes. This correspondence extends the discussion by emphasizing the critical role of healthy building design in enhancing vitamin D levels, which is vital for immune function and ARI prevention. Many care home residents suffer from vitamin D deficiency due to limited sunlight exposure. Incorporating architectural elements such as large windows, skylights, and outdoor spaces can significantly increase natural light exposure, thereby boosting vitamin D levels and potentially reducing ARI susceptibility. Despite the benefits of supplementation, addressing environmental factors through healthy building design offers a sustainable, long-term strategy that aligns with public health goals of preventive care and environmental sustainability. Prioritizing such design principles in care home planning and renovation can enhance residents' health and resilience against infections like influenza and COVID-19.

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.

Mechanical properties of GFRP bars exposed to natural erosion environment: A case study

Unlike traditional steel bars, the long-term performance of GFRP (glass fiber reinforced plastic) bars in natural erosion environments remains unclear. This study simulated the water environment at the entrance of the Chai River, a tributary to Dianchi Lake in China, and investigated the mechanical properties of GFRP bars under varying corrosion concentrations. Microstructural analysis using SEM (scanning electronic microscopy) was also conducted to uncover the degradation mechanism. The results showed that after 180 days of immersion in natural water and exposure to environmental concentrations of 5 times, 10 times, and 20 times, the tensile strength of GFRP bars exhibited reductions of 2.8 %, 4.2 %, 7.2 %, and 9.5 %, respectively. However, the compressive strength decreased by 38.0 %, 48.6 %, 50.2 %, and 53.2 % under the same condition. As the number of corrosion cycles increased, the rate of strength decline decreased gradually. The combined action of hydroxyl ions generated through bicarbonate hydrolysis and water molecules in the solution led to the breakdown and swelling of the resin matrix, ultimately causing detachment at the fiber-resin interface. An analysis was conducted on the time-shifted regression equation of the accelerated conversion factor (ASF) under different concentrations, based on the correlation between natural erosion and acceleration testing. It was observed that a strong correlation exists between the strength retention rate and the natural erosion environment at 5 times the concentration. Finally, an improved time-shift method based on the Arrhenius theory was proposed to predict the tensile strength of GFRP bars in a natural erosion environment.

Do environmental risk perceptions promote individual pro-environmental behaviors? — the role of environmental concerns and natural exposure

Do environmental risk perceptions promote individual pro-environmental behaviors? — the role of environmental concerns and natural exposure

Method development and process validation in dermatology: assessing methods of UV exposure for inducing skin tanning and efficacy evaluation of anti-tanning agents

Background: Understanding the differential impacts of natural versus artificial UV exposure and validating a method to evaluate tanning prevention products are crucial for advancements in dermatological research and skincare. This study aimed to develop and validate a process for inducing skin tanning using natural sunlight and artificial UV-lamps, determining the optimal UV dosages to induce controlled tanning and erythema. Methods: Six adults aged 18 to 55 were exposed to natural sunlight and a 365nm UV-lamp, with incremental exposure times and doses. Sunlight exposure was at 7600 μW/cm2 for 20, 35, and 50 minutes, while the UV-lamp provided 78, 97.5, and 117 mJ/cm² doses. Skin tan and erythema were measured using Mexameter® MX-18-probe on days 1, 3, and 7. Test products A and B were applied to evaluate their protective efficacy, with untreated sites as controls. Safety assessments included dermatological evaluations for adverse effects. Results: Sunlight exposure led to a mean erythema index (EI) increase of 40.22, 42.55-, and 47.12-units post-exposure, and mean melanin index (MI) increase of 37.78, 46.22, and 59.20 units by day 3. UV-lamp exposure resulted in less consistent increases, with maximum EI rise of 12.09 units and MI rise of 7.79 units. Test products significantly prevented tanning and erythema compared to untreated sites, with no adverse effects observed. Conclusions: Direct sunlight exposure was more effective than artificial UV-light in reliably inducing tanning and erythema, establishing it as a method for such studies. The UV-lamp doses were insufficient for consistent results. The study validated a method for evaluating anti-tanning products, confirming their efficacy and safety. These findings support further research and optimization in UV exposure techniques, standardizing a method to induce tanning using direct sunlight exposure.

Investigating the relationship between nature exposure, nature connectedness and wellbeing in individuals with cancer

ABSTRACT Prior quantitative research has highlighted the benefits that nature brings to the well-being of cancer survivors. Here, an Interpretative phenomenological analysis was adopted to investigate the relationship between nature exposure, nature connectedness and well-being in individuals diagnosed with cancer. Semi-structured interviews of four participants revealed three themes. (1) Nature and the self (2) Restorative Nature (3) Evocative nature. Participants described a strong connection with nature, allowing them to feel a sense of relatedness to nature and fulfillment through the formation of social roles in relation to nature. Participants coping with the impacts of their cancer diagnosis experienced restorative effects from nature. By engaging their senses in nature and taking part in nature activities, individuals created psychological distancing, lessening the presence of negative affect. Nature evoked feelings and emotions within participants and was used to create meaning to their cancer diagnoses, with some participants viewing nature as evidence of a higher power. A sense of agency and control was felt through the mastery of tasks in nature, and the ability to manage aspects of participants’ cancer diagnosis. The findings highlight the importance of both nature exposure and nature connectedness in contributing to all facets of well-being.

Uranium Mine Proposed Experimental Design for Natural Background Gross Gamma Exposure Rates, Post Remediation Final Status Survey Sampling Density, and Radiological Water Quality Modeling for a Worst-case Catastrophic Failure, Coles Hill, Virginia.

Completely randomized experimental design statistical modeling techniques were employed to analyze exposure rate measurements for evaluating hypothetical natural background post uranium mill operations at Coles Hill, Virginia uranium milling processes. The proposed Coles Hill Uranium Mine is situated upstream of the Banister River. This River is nearly homogenous throughout the reach length used in analysis and feeds into the mouth of Kerr Reservoir, Lake Gaston, which serves as the main drinking water source for cities in the Hampton Roads area including Norfolk, Virginia Beach, and Chesapeake. A critical scan value (=DCGLscan) was developed to flag anomalies of surface contamination during simulated post remediation final status surveys. The natural background was critical for meeting the Multi-Agency Radiation Survey and Site Investigation Manual guidance for post remediation final status surveys. The overarching null hypothesis suggested that the selected mean natural background is equal to the survey unit's mean natural background. Using SAS Procedures Shapiro-Wilk Test, ANOVA, and CR, it was decided the exposure rate data was normal, had no extreme outliers, and no collinearity between the number of samples (=treatment) and the areas (=block). Using the q-hyper (hypergeometric) distribution, the soil sampling density was decided for a final status survey unit. The most likely worst-case catastrophic failure analysis, 500-year event, such as the1969 Hurricane Camille of 69 centimeters of rain in Nelson County, Virginia was included in the model. The model showed impact was minimal at most to the Banister River's drinking water and likely less than the Virginia's Drinking Water Standards for gross alpha, 226Ra and 228Ra, and total uranium.

How Does Nature Exposure Affect Adults With Symptoms of Mental Illness? A Meta-Analysis.

Existing research on the effects of nature exposure on the mental health of adults indicates that spending time in nature reduces depressive symptoms and stress, increases quality of life and mood and improves mental health. This meta-analysis aimed to answer the question: what are the effects of nature exposure on the social, mental and physical health of adults with symptoms of mental illness? The meta-analysis included all studies relevant to the study research questions which collected quantitative data on nature exposure using validated instruments for at least two time points on each participant and which were published between 1990 and 2020. Regarding the impact of nature exposure on adults with symptoms of mental illness, analyses showed significant, moderate effect sizes for all studies and smaller, but significant, effect sizes for studies with control groups Analyses also yielded critical information regarding the effect size of the type of nature dosage, nature setting, nature-based activity, key mental health outcomes and other factors. These findings from the present study results have important implications regarding the potential benefits of nature exposure for adults and its role in healthcare.

TiO2/Ti3C2Tx gel microsphere for efficient photocatalytic degradation of organic pollutant with excellent recycling stability

Enhancing the recycling stability of photocatalysts is crucial for practical applications. The significant loss of powder catalyst materials during the recycling process hampers its degradation rate and results in a low reuse rate. Herein, the in-situ prepared TiO2/Ti3C2Tx (TOTC) heterojunction is embedded in gel microsphere (GMS) as a recyclable photocatalyst TOTC@GMS for efficient photocatalytic degradation of Congo red (CR). The experimental results show that the removal rate can reach 99 % in 120 min without any co-catalysts or sacrificial reagents. The GMS can be recycled after rinsing in deionized water for only 2 min, and the removal rate still maintains over 90 % after 25 cycles. Additionally, under natural sunlight exposure, TOTC@GMS achieves a removal rate of 90 % for CR in real water samples. The degradation mechanism is elucidated through hydroxyl radicals (OH) and superoxide radicals (O2−) as the main reactive species, as confirmed by free radical scavenging and electron paramagnetic resonance (EPR) experiments. The degradation products are further analyzed using high-performance liquid chromatography-mass spectrometry (LC-MS), allowing for the deduction of degradation pathways of CR. Furthermore, a phytotoxicity test confirms the non-toxicity of the organic micromolecules generated after degradation. This study presents a practical strategy to improve the recycling stability of photocatalysts, thereby effectively reducing the cost of wastewater treatment.

A tale of self-transcendence: awe fosters optimism

ABSTRACT Optimism, a positive mindset towards the future, serves various adaptive functions. While its significance has been acknowledged in the literature, the role of self-transcendence in fostering optimism remains underexplored. The present research contributes to the literature by demonstrating that awe, a typical self-transcendent emotion, fosters optimism through self-transcendence. We tested the proposition in four studies. In Study 1, we manipulated awe and found that awe boosted optimism. In Study 2, we compared the effect of awe with amusement on optimism, ruling out alternative explanations such as awe being merely a positive emotion or related to nature exposure. In Study 3, we tested the mediating effect of self-transcendence and excluded the potential mediating role of self-smallness. In Study 4, we manipulated self-transcendence and measured optimism to test the causal effect of self-transcendence on optimism. These findings offer new insights into cultivating optimism and highlight the importance of self-transcendence in this process.

Antibody-mediated control mechanisms of viral infections.

Antibodies generated after vaccination or natural pathogen exposure are essential mediators of protection against many infections. Most studies with viruses have focused on antibody neutralization, in which protection is conferred by the fragment antigen binding region (Fab) through targeting of different steps in the viral lifecycle including attachment, internalization, fusion, and egress. Beyond neutralization, the fragment crystallizable (Fc) region of antibodies can integrate innate and adaptive immune responses by engaging complement components and distinct Fc gamma receptors (FcγR) on different host immune cells. In this review, we discuss recent advances in our understanding of antibody neutralization and Fc effector functions, and the assays used to measure them. Additionally, we describe the contexts in which these mechanisms are associated with protection against viruses and highlight how Fc-FcγR interactions can improve the potency of antibody-based therapies.

Local nature-based recreation as a pathway to environmental citizenship

Local parks and protected areas (PPAs) offer important settings for nature exposure proximate to home that may encourage local environmental citizenship (LEC); however, there has been limited investigation of this relationship and how it may be impacted by individual characteristics. This national panel study of U.S. adults examined relationships between frequency of visitation to local nature-based recreation settings and LEC, with assessment of differences by race/ethnicity and associations with age and political orientation (N = 556). Results indicate that more frequent visitation to local nature-based recreation settings is associated with significantly greater environmental advocacy and activism, volunteering, literacy, and political ecological citizenship. Age was negatively related to environmental advocacy and activism, volunteering, and literacy, and liberalism was associated with greater participation in all types of LEC, especially political ecological citizenship. Most LEC types did not vary by race/ethnicity, although there were small differences in environmental advocacy and activism, which was higher among Black/African American and Hispanic/Latino populations compared to Asian respondents. Findings indicate that frequency of visitation to local nature-based recreation settings is associated with LEC regardless of one's age, political orientation, or race/ethnicity, and thus increasing equitable access to local nature-based recreation, especially among those who have been historically underserved, has the potential to encourage PPA stewardship through LEC, while also contributing to the advancement of procedural environmental justice. Management implications•Environmental stewardship and volunteer organizations should focus on supporting land managers in advancing equity in local parks and protected areas (PPAs) as well as engaging users in these spaces through programs which leverage people's connection with nature at the local scale and provide opportunities for accessible involvement in environmental citizenship activities.•Interpretation and education can be used to increase individual's environmental knowledge, while contextualizing such information to places they care about.•Enhanced promotion of local opportunities for stewardship among local PPA visitors may be warranted, especially events or programs with few barriers to entry that might encourage greater future participation.

Assessment of Antimicrobial Therapy in Eradicating Chlamydia muridarum in Research Mice: Immune Status and its Impact on Outcomes.

Chlamydia muridarum (Cm) is a moderately prevalent, gram-negative, intracellular bacterium that affects laboratory mice, causing subclinical to severe disease, depending on the host's immune status. The effectiveness of various antibiotic regimens aimed at eradicating Cm in both immunodeficient and immunocompetent laboratory mice was evaluated. NSG mice were cohoused with Cm-shedding BALB/cJ mice for 14 days to simulate natural exposure. Four groups of 8 infected NSG mice were treated for 7 days with either 0.08% sulfamethoxazole and 0.016% trimethoprim (TMS) in water, 0.0625% doxycycline in feed, 0.124%/0.025% TMS in feed, or 0.12% amoxicillin in feed. A control group was provided standard water and feed. The impact of treatment on gastrointestinal microbiota (GM) was performed using next-generation shotgun sequencing on the last day of treatment. TMS and Amoxicillin had negligible effects on GM, while doxycycline had the largest effect. All antibiotic treated NSG mice exhibited clinical disease, including dehydration, hunched posture, >20% weight loss, and dyspnea, leading to euthanasia 21-40 days post-treatment (32.6 ± 4.2 days; mean ± SD). Untreated controls were euthanized 14-33 days post-exposure (23.75 ± 5.9 days). All mice were fecal PCR positive for Cm at euthanasia. Histological evaluation revealed multifocal histiocytic and neutrophilic bronchointerstitial pneumonia and/or bronchiolitis featuring prominent intralesional chlamydial inclusion bodies in all mice. Subsequently, groups of 8 C57BL/6J, BALB/cJ, NOD.SCID, and NSG mice infected with Cm were treated with 0.124%/0.025% TMS in feed for 7 (BALB/cJ and C57BL/6J) or 21 days (NSG and NOD.SCID). All immunocompetent and NOD.SCID mice were negative for Cm by PCR 14 days post-treatment, remained clinically normal and had no evidence of Cm infection at necropsy, all NSG mice remained Cm positive and were euthanized. While these findings highlight the difficulties in eradicating Cm from highly immunodeficient mice, eradication of Cm from immunocompetent or moderately immunocompromised mice with antibiotics is feasible.

Laboratory-Simulated Photoirradiation Reveals Strong Resistance of Primary Macroplastics to Weathering.

The photodegradation of macroplastics in the marine environment remains poorly understood. Here, we investigated the weathering of commercially available plastics (tabs 1.3 × 4.4 × 0.16 cm), including high-density polyethylene, low-density polyethylene, polypropylene, polystyrene, and polycarbonate, in seawater under laboratory-simulated ultraviolet A radiation for 3-9 months, equivalent to 25-75 years of natural sunlight exposure without considering other confounding factors. After the exposure, the physical integrity and thermal stability of the tabs remained relatively intact, suggesting that the bulk polymer chains were not severely altered despite strong irradiation, likely due to their low specific surface area. In contrast, the surface layer (∼1 μm) of the tabs was highly oxidized and eroded after 9 months of accelerated weathering. Several antioxidant additives were identified in the plastics through low temperature pyrolysis coupled with gas chromatography/mass spectrometry (Pyr-GC/MS) analysis. The Pyr-GC/MS results also revealed many new oxygen-containing compounds formed during photodegradation, and these compounds indicated the dominance of chain scission reactions during weathering. These findings highlight the strong resistance of industrial macroplastics to weathering, emphasizing the need for a broader range of plastics with varying properties and sizes to accurately estimate plastic degradation in the marine environment.

The environmental model of mindfulness

This paper introduces the environmental model of mindfulness, a novel perspective that conceptualizes mindfulness as an adaptive set of cognitive styles influenced by specific socioecological contexts. Extending upon existing conceptualizations of mindfulness as a cultivated trait or practice, the environmental model describes how mindfulness can also result from cognitive adaptations to immediate-return environments. Through an interdisciplinary synthesis of cognitive psychology, anthropology, and environmental studies, four key factors are identified that foster mindful cognitive styles in immediate-return environments: immediate feedback, observational learning, nature exposure, and interconnected self-construal. By examining Indigenous communities living in immediate-return environments, this paper demonstrates how modern, delayed-return environments may inadvertently suppress innate mindful awareness, suggesting that mindfulness practices might be attempts to recalibrate toward more natural cognitive styles. The environmental model bridges Western medical and Eastern ethical perspectives on mindfulness, offering a unifying framework that acknowledges cognitive, environmental, and cultural influences. This approach not only enriches our understanding of human cognitive functioning but also broadens cultural perspectives on mindfulness, highlighting its manifestations across diverse sociocultural contexts. The model has profound implications for mindfulness research and interventions, providing a foundation for more ecologically valid and culturally sensitive approaches to fostering wellbeing. It invites a fundamental reconsideration of the relationship between human cognition and the environment, potentially revolutionizing our approach to mental health and cognitive enhancement in an increasingly complex world. This paper stands as a call to action for researchers, clinicians, and policymakers to rethink fundamental assumptions about human cognition and design environments that support our innate capacity for mindful awareness.

Harnessing the power of nature exposure to mitigate adolescents' Internet addiction: A chain mediation model.

Previous studies have focused more on the facilitating effect of nature exposure on positive behavioural consequences. However, less attention has been paid to whether nature exposure can inhibit internalized problem behaviours, such as Internet addiction. Within the framework of the stimuli-organism-response theory, the present study examined the relationship between nature exposure and Internet addiction and investigated the mediating roles of anthropomorphism of nature and awe. In China, we recruited 1469 adolescents (mean age = 13.90 years old, SD = 0.59, 53.2% girls). Mediation analyses indicated that awe partially mediated the relationship between nature exposure and adolescents' Internet addiction. The anthropomorphism of nature and awe served as sequential mediating roles in the relationship between nature exposure and adolescents' Internet addiction. This study provides a nature-based perspective on the prevention and intervention of adolescents' Internet addiction.