The study was led by Abdullah Mücahit Aslan of Karamanoğlu Mehmetbey University, together with Hayri Koç of Necmettin Erbakan University and Zeynep Şimşir Gökalp of Selçuk University. The team recruited 1,650 adults aged between 18 and 67 from 41 provinces across Türkiye through online sampling, a design that captured considerable geographic and demographic breadth. Participants completed the 13-item Hogg Eco-Anxiety Scale, a multidimensional instrument that measures affective, cognitive, and behavioral components of climate-related distress, alongside validated measures of dark future perception, intolerance of uncertainty, and difficulties in emotion regulation.

Rather than simply correlating these variables, the researchers applied latent profile analysis, a person-centered statistical technique that searches the data for hidden subgroups of individuals who share similar response patterns. Where variable-centered methods ask how two traits relate across a whole sample, latent profile analysis asks whether the sample is better described as a mixture of distinct types. Using standard fit criteria from mixture modeling, including comparisons across competing solutions, the analysis converged on a five-profile solution as the optimal balance between statistical parsimony and explanatory detail.

The five profiles were far from mirror images of one another. The largest group, accounting for 34.3 percent of the sample, was labeled Environmentally Concerned: these individuals reported meaningful worry about climate change without the emotional and cognitive burden that would compromise daily life. Close behind, at 29.5 percent, was a group the authors called Cognitively Preoccupied, in which climate-related rumination and intrusive thoughts stood out relative to other symptoms. A third group, the Eco-Resilient, comprising 17.3 percent of participants, showed the lowest levels of eco-anxiety across dimensions. The remaining two groups carried the heaviest burden: the Emotionally Distressed profile, at 8.2 percent, was characterized primarily by intense affective symptoms, while the Highly Eco-Anxious profile, at 10.8 percent, showed elevated scores across all dimensions of the scale.

One of the study’s most theoretically important observations is that these profiles did not simply represent the same symptoms scaled up or down. The Cognitively Preoccupied group, for example, was not uniformly more anxious than the Environmentally Concerned group; instead, its members showed a distinctive pattern in which cognitive symptoms dominated. This kind of heterogeneity is exactly what a latent profile approach is designed to detect, and it carries practical consequences. If eco-anxiety manifests as rumination in one person and as overwhelming emotion in another, a single standardized intervention may fit neither well.

To understand what predicted membership in the more severe profiles, the team used multinomial logistic regression, comparing each profile against a reference category while controlling for the other predictors. Two variables emerged as significant discriminators. Difficulties in emotion regulation, measured with a brief version of the Difficulties in Emotion Regulation Scale, substantially increased the likelihood of belonging to the most severe eco-anxiety profile. Intolerance of uncertainty, assessed with the short form of the Intolerance of Uncertainty Scale, played the same role. Individuals who struggle to accept ambiguous, uncontrollable situations and who lack effective strategies for managing emotional responses were significantly more likely to occupy the profiles where eco-anxiety reaches clinically relevant intensity.

Perhaps the most striking negative result concerned dark future perception, the generalized belief that the future holds predominantly negative outcomes. Despite its intuitive connection to climate dread, dark future perception did not significantly distinguish between the profiles. In other words, holding a bleak view of the future in general did not predict whether someone’s climate anxiety remained moderate or escalated into the most severe form. This finding challenges assumptions that eco-anxiety is simply an expression of a broader pessimistic time perspective, and instead points toward more proximate psychological mechanisms, namely emotional processing and uncertainty tolerance, as the levers that matter most.

The distribution of severity also carries a reassuring message. Eco-anxiety in this large sample was predominantly clustered at moderate levels, consistent with the Environmentally Concerned and Cognitively Preoccupied profiles together accounting for nearly two-thirds of participants. The levels most likely to compromise psychological functioning were concentrated in a limited subgroup, roughly one in five respondents when the Emotionally Distressed and Highly Eco-Anxious profiles are combined. This pattern echoes earlier international surveys, including the widely cited Lancet Planetary Health study of young people across ten countries, which found that climate distress is widespread but that impairment is concentrated among a smaller, identifiable fraction of the population.

The results align with a growing body of work on the psychology of climate distress. Prior research has linked emotion regulation difficulties to heightened eco-distress among psychotherapy outpatients, and studies of climate activists and students have found that regulatory strategies shape whether climate concern translates into constructive action or paralyzing distress. The intolerance of uncertainty construct, originally developed to explain generalized anxiety and later applied to pandemic-related distress, appears to function similarly here: when the threat is global, long-term, and impossible to predict with precision, people who cannot tolerate that ambiguity are pushed toward the anxious end of the spectrum. Theoretical models of climate anxiety and coping have anticipated exactly this structure, positioning appraisal and regulation as mediators between environmental threat and psychological outcome.

For clinicians and public health planners, the study argues for person-centered rather than one-size-fits-all interventions. Skills-based approaches that strengthen emotion regulation, such as those drawing on established frameworks from emotion science, may be particularly valuable for the profiles in which emotional distress dominates. For cognitively preoccupied individuals, techniques that address rumination and habitual worry may be more appropriate. The finding that intolerance of uncertainty distinguishes profile membership also suggests that interventions helping people accept and function amid environmental uncertainty, rather than attempting to eliminate it, could reduce the risk of eco-anxiety escalating. The authors note that their cross-sectional design cannot establish causal direction, and that the data, while broad, came from a single country and online recruitment. Even so, by mapping the hidden structure of climate anxiety in a large adult sample, the study offers a more precise vocabulary for a phenomenon that is rapidly becoming one of the defining mental health challenges of the climate era.

Subject of Research: Latent profiles of climate change anxiety and their psychological predictors

Article Title: Latent profiles of climate change anxiety: the roles of dark future perception, emotion regulation, and intolerance of uncertainty

Article References: Aslan, A. M., Koç, H., & Şi̇mşi̇r Gökalp, Z. (2026). Latent profiles of climate change anxiety: the roles of dark future perception, emotion regulation, and intolerance of uncertainty. Current Psychology, 45(18), Article 1540. https://doi.org/10.1007/s12144-026-10089-6

Image Credits: AI Generated

DOI: 10.1007/s12144-026-10089-6

Keywords: eco-anxiety, climate change anxiety, latent profile analysis, emotion regulation, intolerance of uncertainty, dark future perception, environmental psychology, mental health, Hogg Eco-Anxiety Scale, Türkiye, psychological distress, person-centered analysis

The study’s central question was deceptively simple: does worrying about climate change today predict psychological distress months later, and if so, through what psychological route? Cross-sectional surveys have long shown correlations between climate concern and poor mental health, but correlations alone cannot establish direction. By measuring climate change worry, psychological inflexibility, physical activity, and psychological distress at three separate time points, the researchers were able to build a statistical model in which each variable could predict later states while controlling for earlier ones—a design that substantially strengthens causal inference, even if it cannot prove causation outright.

Psychological inflexibility, the proposed mechanism at the heart of the study, is a well-established construct in clinical psychology. It refers to a rigid style of responding to difficult thoughts and feelings: entanglement with distressing cognitions, attempts to suppress or avoid unwanted inner experiences, and a loss of contact with personally valued actions. It is typically measured with the Acceptance and Action Questionnaire-II, the same instrument used in this study, and it is the primary therapeutic target of Acceptance and Commitment Therapy. People high in inflexibility do not necessarily experience more negative thoughts than others; rather, they struggle more with the thoughts they have, and that struggle itself becomes a source of suffering.

The numbers tell a coherent story. After the researchers matched responses across all three waves using unique participant identifiers and retained only students who completed every wave and passed quality checks, the final analytical sample stood at 1,630 participants. Climate change worry measured at Time 1 positively predicted psychological inflexibility at Time 2, with a standardized coefficient of 0.255, statistically significant at p < 0.001, even after controlling for baseline psychological inflexibility, baseline psychological distress, and demographic covariates. In plain terms, students who worried more intensely about climate change became, over time, more psychologically rigid—not merely more distressed, but less able to hold difficult inner experiences without being dominated by them.

That rigidity, in turn, carried the risk forward. Psychological inflexibility at Time 2 positively predicted psychological distress at Time 3 with a standardized coefficient of 0.252 in the fully adjusted model, again significant at p < 0.001. Meanwhile, the direct pathway from climate worry at Time 1 to distress at Time 3 shrank to a small but still significant coefficient of 0.098. This pattern is exactly what a mediation model predicts: much of the long-term effect of climate worry on distress travels through the intermediate state of inflexibility rather than acting directly. The indirect pathway was confirmed using regression-based longitudinal conditional process analysis, supported by simple slope tests, conditional indirect-effect estimation, collinearity diagnostics, and sensitivity analyses designed to probe the robustness of the findings.

But the study did not stop at identifying the mechanism. The researchers also asked whether anything might buffer the chain of risk, and their candidate was physical activity, assessed at Time 2 with the Physical Activity Rating Scale-3. Here the results were nuanced in a way that matters for how the findings are interpreted. Physical activity did not directly predict later psychological distress—its direct coefficient was a negligible 0.009, with p = 0.647, meaning that simply being more active conferred no standalone protective effect on distress in this model. Yet physical activity did something subtler: it significantly moderated the association between psychological inflexibility and later distress, with an interaction coefficient of -0.072, p < 0.001. The negative sign indicates that at higher levels of physical activity, the link between rigidity and subsequent distress was weaker.

The formal index of moderated mediation was significant, confirming that the entire indirect pathway—from climate worry through inflexibility to distress—was attenuated among students who were more physically active. Simple slope analyses illustrated the pattern: for sedentary students, psychological inflexibility was a strong predictor of later distress, whereas for highly active students the slope was visibly flatter. Importantly, the authors are careful about what this does and does not mean. Because physical activity showed no direct effect on distress, and because the conditional indirect association remained statistically significant even at high levels of activity, the findings are best described as attenuation rather than elimination of risk. Exercise, in this model, dampens the transmission of risk; it does not abolish it.

Why might physical activity weaken the inflexibility-to-distress link? The study itself does not test mechanisms, but several plausible explanations align with existing literature. Regular exercise is associated with improved emotion regulation, reduced rumination, and greater tolerance of physiological arousal—capacities that overlap conceptually with psychological flexibility. Physical activity also provides structured, value-consistent behavior, which is precisely what inflexibility erodes. A student who is caught in avoidance loops may nonetheless maintain a running or swimming routine, and that routine can function as an anchor of valued action even when inner experience is difficult. The moderation effect, though modest in magnitude, is consistent with the idea that behavioral activation creates alternative pathways through which distressing cognitions lose their grip.

The longitudinal design deserves particular emphasis, because it is what separates this study from the bulk of the eco-anxiety literature. Many surveys have documented that young people who worry about climate change also report more anxiety and depression, but such snapshots cannot distinguish whether worry causes distress, distress amplifies worry, or both are driven by a third factor. By measuring worry first, inflexibility second, and distress third—and by statistically controlling for baseline distress and baseline inflexibility—the researchers established temporal ordering. The attrition analysis and Harman’s single-factor diagnostic further addressed common longitudinal pitfalls, including differential dropout and common-method variance, lending additional credibility to the reported coefficients.

For university mental health services, the practical implications are twofold. First, the identification of psychological inflexibility as the mediating pathway points toward flexibility-oriented interventions. Acceptance and Commitment Therapy, which explicitly trains acceptance of difficult thoughts and recommitment to valued action, is a natural fit: if climate worry fuels distress by making students psychologically rigid, then teaching them to hold that worry without being consumed by it could interrupt the cascade. Second, the moderation findings suggest that accessible physical activity opportunities—campus sports programs, affordable facilities, low-barrier group exercise—may serve as a modest but meaningful protective layer, not as a replacement for psychological support but as a complement to it. The authors frame their conclusions cautiously, noting that the effects are statistical associations in a single national context and that the physical activity buffer attenuates rather than removes risk. Still, in a world where climate concern among the young is only intensifying, knowing both the mechanism and a partial counterweight is a genuinely useful piece of the puzzle.

Subject of Research: Longitudinal links among climate change worry, psychological inflexibility, physical activity, and psychological distress in Chinese college students

Article Title: Climate change worry and psychological distress among Chinese college students: a three-wave longitudinal moderated mediation study

Article References: Bai, W., Zuo, X., Cao, Y., Lei, Y., Pu, T., Wang, Y., & Wang, J. (2026). Climate change worry and psychological distress among Chinese college students: a three-wave longitudinal moderated mediation study. BMC Psychology. https://doi.org/10.1186/s40359-026-05576-1

Image Credits: AI Generated

DOI: 10.1186/s40359-026-05576-1

Keywords: climate change worry, psychological inflexibility, psychological distress, physical activity, college students, longitudinal study, moderated mediation, eco-anxiety, mental health, Acceptance and Commitment Therapy, China, anxiety

The research team set out with a straightforward question: is there a measurable association between climate change anxiety and future anxiety among nursing students? To answer it, they surveyed the nursing student body of a public university in southeastern Türkiye, a population of 372 students. Using quota sampling to ensure that the sample reflected the structure of the student body, they recruited 301 participants, a response rate of 80.91 percent that lends the dataset considerable credibility for a single-institution study. Data collection ran from December 18, 2025 to January 14, 2026, and the analysis was carried out in Jamovi, version 2.5.4.0, a widely used open-source statistical platform.

The headline result is a positive, statistically significant, but weak correlation between climate change anxiety and overall future anxiety, with a Spearman rank correlation coefficient of rs = 0.163 and a p-value of 0.004. In plain terms, students who scored higher on the Climate Change Anxiety Scale tended to score higher on the Future Anxiety Scale, but the relationship explains only a small share of the individual differences in future anxiety. That weakness matters scientifically. It suggests that climate-related worry is one thread in a larger fabric of youthful uncertainty rather than a dominant driver, a nuance that distinguishes this study from more alarmist popular narratives about climate distress.

The authors went beyond a simple correlation by building a hierarchical regression model, a technique that allows researchers to see how much explanatory power a new variable adds after existing predictors are accounted for. Sociodemographic variables alone explained 11.8 percent of the variance in future anxiety. When climate change anxiety was added to the model, the explained variance rose to 15.6 percent, a statistically significant increment of 3.8 percent (ΔR² = 0.038, p < 0.001). After controlling for the sociodemographic factors, climate change anxiety remained positively associated with future anxiety, with an unstandardized coefficient of B = 0.14, a standardized coefficient of β = 0.199, and p < 0.001. The pattern indicates a genuine, independent contribution of climate worry to how these students anticipate their futures.

Two secondary findings add texture to the picture. First, students who had previously heard a definition of climate change reported lower climate change anxiety scores, yet higher hopelessness about the future. The counterintuitive pairing hints at a possible psychological dynamic: familiarity with the concept may demystify it and reduce acute anxiety, while simultaneously confronting students with the scale of the problem, deepening a broader sense of pessimism. The study reports this difference as statistically significant at p < 0.05, though as a cross-sectional design it cannot establish which direction, if any, the influence runs.

Second, the researchers found that students who had not chosen nursing willingly scored significantly higher on both overall future anxiety and fear of the future, with p < 0.001. This result resonates with a well-established literature on vocational fit: people who enter a profession through external pressure or constrained options tend to carry more uncertainty about where that path leads. For nursing educators, it flags an identifiable subgroup of students who may benefit from targeted counseling and career mentoring, quite apart from any climate-related concerns.

The methodological scaffolding of the study deserves attention. The instruments at its core were the Climate Change Anxiety Scale (CCAS) and the Future Anxiety Scale (FAS), validated questionnaires designed to capture cognitive and emotional dimensions of each construct. The authors checked for multicollinearity using variance inflation factors (VIF), a standard diagnostic that ensures predictor variables in a regression are not so highly intercorrelated that their individual coefficients become unstable. Ethical oversight was thorough: approval came from the Mardin Artuklu University Non-Invasive Clinical Research Ethics Committee on December 9, 2025 (reference 2025/12-1), with institutional permission from the Faculty of Health Sciences dated December 17, 2025. Participation was voluntary and anonymous, students were told that withdrawal carried no academic or institutional penalty, and the protocol followed the Declaration of Helsinki.

Why should the general public care about the inner weather of nursing students? The answer lies in workforce psychology. Nurses form the largest segment of the health workforce, and they will be on the front lines of climate-sensitive health impacts, from heat-related illness to the shifting geography of infectious disease. If a measurable fraction of their anticipatory distress is tied to climate change, then psychological preparedness for that reality becomes part of professional preparedness. The authors argue that nursing education programs should include more content on climate change and environmental sustainability, and that educational and counseling programs should be developed to help students cope with the psychological implications of these issues. In effect, they are proposing that climate literacy and emotional support be woven into the same curriculum.

The study’s limitations are those inherent to its design. A cross-sectional survey captures a single moment in time, so it can establish association but not causation; it cannot say whether climate anxiety breeds future anxiety, whether general pessimism colors both, or whether some third factor drives the link. The sample, while robust in size and response rate, comes from a single university in one region of Türkiye, which limits generalization to nursing students elsewhere. The weak correlation coefficient also cautions against overreading the effect: climate anxiety is a contributor to future anxiety in this population, not its master variable. The research received no specific funding, and the authors declare no competing interests, facts that strengthen confidence in the independence of the work.

Even with those caveats, the study lands at a culturally resonant moment. Surveys around the world have documented rising eco-anxiety among young people, the generation that will live longest with the consequences of today’s emissions. What this research adds is specificity: a quantified, controlled estimate of how much climate worry contributes to future dread among students training for one of society’s most essential professions. The 3.8 percent of additional explained variance is modest, but modest effects aggregated across millions of students and workers can shape institutions. If nursing schools heed the recommendation to pair climate content with psychological support, the study may prove less notable for its statistics than for its timing, arriving just as educators begin to treat the mental health of the climate generation as a core professional responsibility rather than an afterthought.

Subject of Research: The association between climate change anxiety and future anxiety among nursing students

Article Title: The association between climate change anxiety and future anxiety among nursing students: a cross-sectional study

Article References: Butun, A., & Efe, S. (2026). The association between climate change anxiety and future anxiety among nursing students: a cross-sectional study. BMC Nursing. https://doi.org/10.1186/s12912-026-05442-w

Image Credits: AI Generated

DOI: 10.1186/s12912-026-05442-w

Keywords: climate change anxiety, future anxiety, nursing students, nursing education, mental health, cross-sectional study, environmental psychology, eco-anxiety, Türkiye, hierarchical regression, BMC Nursing, health workforce

The study, titled “Beyond the Finite Pool of Worry: War Experiences and Climate Change Concerns in Ukraine,” seeks to unravel the entangled thoughts and feelings that arise when individuals who have survived conflict wrestle with the looming specter of climate change. While the notion of a “finite pool of worry” posits that individuals have a limited capacity for concern, the researchers posit that traumatic experiences may expand this pool to include environmental fears, thereby reshaping the public discourse around urgent issues.

Prior studies have suggested that exposure to trauma can lead to an increased sense of vulnerability. In the context of warfare, this heightened anxiety may manifest as a broader apprehension toward existential threats, including climate change. As Ukrainian citizens grapple with the psychological and physical scars left by ongoing violence, the implications for their environmental consciousness become increasingly pertinent. The researchers aim to quantify this relationship, investigating not only individual experiences but also the communal ramifications of such perceptions.

Interviews conducted with various displaced individuals and war survivors have lent credence to the researchers’ hypothesis. Many participants expressed that their experiences of violence have altered their relationship with nature, leading to both a rekindled appreciation for the environment and an acute dread regarding its future. This duality reveals a complex emotional landscape where the horrors of war and the threats posed by climate change coalesce into an overwhelming sense of dread.

The concept of the “finite pool of worry” suggested by previous research asserts that worries must compete for a limited amount of cognitive and emotional attention. However, this study challenges that notion, arguing that traumatic events can expand the pool rather than deplete it. The researchers have found evidence suggesting that past trauma can lead to an interconnectedness between personal experiences and global issues, prompting war survivors to engage with climate change’s realities in an unprecedented manner.

This expanded pool of worry is particularly crucial in the context of Ukraine, a country already grappling with significant environmental challenges. The construction of infrastructure, the degradation of ecosystems, and the adverse impacts of industrial activities have all contributed to pressing environmental concerns that overlap with the trauma of war. The study highlights how these overlapping worries may compel individuals to adopt more proactive stances toward climate action, recognizing that their experiences have universal implications.

Moreover, the psychological toll of war can further complicate responses to climate change. When one’s basic needs for safety and stability are threatened, environmental anxieties can become secondary. Yet, for many Ukrainians, the trauma of conflict has also sparked a deep concern for future generations and the world they will inherit. This tension—the clash between immediacy and long-term sustainability—offers a fascinating avenue for exploration and understanding.

In exploring the relationship between wartime experiences and climate consciousness, the researchers found that community initiatives often emerge as vital platforms for collective healing and environmental action. Survivors are increasingly participating in local environmental movements, integrating their experiences into advocacy for sustainable practices. These efforts highlight an adaptive response to trauma, wherein engagement with climate issues serves not only as a means of coping but also as a call to action against future threats.

This emerging consciousness challenges the reductive narrative that equates war solely with destruction. In Ukraine, there exists a burgeoning movement that sees in the chaos a potential for resilience, urging communities to reclaim their narratives and prioritize environmental sustainability amid adversity. As these efforts gain traction, they serve as a testament to the strength of the human spirit in the face of existential threats.

Additionally, the research underscores the necessity for global awareness and support. As people in conflict-affected regions confront compounded crises, the international community must recognize these intersections. Addressing climate change in a robust manner requires acknowledging the unique challenges faced by war-impacted societies. Advocacy for climate justice must incorporate the experiences of those whose lives have been irrevocably altered by both war and environmental degradation.

As Ukrainian society continues to navigate its multifaceted crises, the wisdom gleaned from this research can provide crucial insights into broader discussions surrounding resilience, mental health, and environmental action. Both individual and collective responses to trauma can inform strategies for fostering a more sustainable future. The study advocates not only for recognition of the interconnected nature of these phenomena but also for the development of holistic approaches to address them.

In conclusion, the upcoming publication promises to elevate discussions surrounding the psychological aftermath of war and its link to environmental concerns. By focusing on Ukraine, Błaszczyk and Dyczek illuminate the complex web of human experience, trauma, and ecological awareness. The findings will likely resonate within humanitarian and environmental circles, fostering a deeper understanding of how war shapes our collective consciousness and our approach to the pressing issues of climate change.

In a world increasingly shaped by interconnected crises, the insights gleaned from this study may be pivotal. They advocate for a re-envisioning of how we understand the interplay between personal trauma and broader global issues, urging society to recognize the power of collective experiences in forging paths toward healing and sustainability within a shared planet.

As we look toward the future, the lessons from Ukraine may serve as not only a cautionary tale but also as a beacon of hope, demonstrating how resilience can emerge in the face of despair, steering communities towards a more environmentally conscious and compassionate world.

Subject of Research: The impact of war experiences on climate change concerns in Ukraine.

Article Title: Beyond the finite pool of worry: War experiences and climate change concerns in Ukraine.

Article References:

Błaszczyk, M., Dyczek, B. Beyond the finite pool of worry: War experiences and climate change concerns in Ukraine.
Ambio (2025). https://doi.org/10.1007/s13280-025-02291-w

Image Credits: AI Generated

DOI: 15 November 2025

Keywords: Climate change, war trauma, environmental consciousness, Ukraine, finite pool of worry, resilience