Climate Action Research Articles

Novel, eco-friendly α-tocopherol/layered double hydroxides/poly(3-hydroxyoctanoate)-based active packaging materials with enhanced antimicrobial, barrier and antioxidant activities

Among various climate actions taken as a response to environmental concerns, important and highly influential are ones related to the packaging industry being still one of the largest plastic sectors responsible for the majority of post-consumer wastes. Therefore, in this manuscript, for the first time assessment of the potential application of biodegradable bacterially derived poly(3-hydroxyoctanoate) (P(3HO)) doped with functional 2D nanoparticles as a more sustainable active packaging material has been investigated. In particular, P(3HO) combined with two types of layered double hydroxide (LDHs) modified with α-tocopherol (type of vitamin E) was applied for the fabrication of polymeric nanocomposite films and a comprehensive investigation of their structure and relevant properties (mechanical, barrier, bactericidal, and antioxidative) was performed. Permeation study revealed that P(3HO)-based films with 4 wt% tocopherol-modified nanoparticles meet the barrier requirements for storing fruits and vegetables, whereas antibacterial assay indicated inhibited growth of Gram-positive bacteria (particularly S. Aureus). Monitoring of polyphenols (PPH) content in strawberries after 6 days of storage at room conditions showed a slightly higher level of PPH with reference to fresh fruits, which indicates the preserved freshness of strawberries kept in P(3HO) containing 4 wt% Zn-based LDHs modified with tocopherol contrary to fruits kept in commercial polypropylene packaging which led to significant drop in PPH content. Thus, the application-focused experiments indicated that investigated P(3HO)-based nanocomposites are promising candidates for more sustainable active packaging that may extend the shelf-life of fruits and protect consumers from food-borne pathogenic bacteria.

Why Do Global Cities Engage with Global Climate Governance? The Case Studies of Shanghai and Chicago

As climate change intensifies, cities-particularly global cities-are emerging as critical players in addressing its challenges. Rising sea levels, extreme weather events, and other climate-related impacts threaten urban areas, compelling cities to take action. This article explores the motivations behind global cities' engagement in global climate governance, focusing on both internal and external drivers. Using Chicago and Shanghai as case studies, the research investigates how cities' roles as policy implementers, combined with the pursuit of political and economic gains, push them to the forefront of climate leadership. Externally, the inability of international negotiations to make significant progress, along with gaps in the global governance system, compels cities to intervene and address these shortcomings. By analyzing these dynamics, the paper highlights the growing importance of cities as influential actors in global climate governance and emphasizes their unique capacity to drive climate action.

Global Climate Change: Challenges, Opportunities, and Multilateral Strategies for Sustainable Development

Background: Climate change is one of the most pressing global challenges, demanding collaborative action from both developed and developing countries. Despite numerous international agreements like the Kyoto Protocol and the Paris Agreement, political will and leadership commitment have been inconsistent, hindering effective global climate action. Private actors and global partnerships have emerged as critical players in addressing climate risks, but geopolitical and economic tensions continue to impede progress. Objectives: This research explores the key challenges and opportunities in combating climate change, emphasizing the role of international cooperation, the involvement of private and public sectors, and the need for innovative solutions. It also seeks to examine the responsibilities of developed and developing countries in contributing to global climate goals. Methods: A qualitative analysis was conducted by reviewing relevant literature, international agreements, and case studies. Data from climate summits, reports, and expert opinions were integrated to understand the political, economic, and environmental dimensions of climate change. Findings: The study identifies several challenges, including a lack of political will among major powers, economic competition, and inconsistent global leadership. It also highlights opportunities, such as the potential for technological innovation, investment in renewable energy, and the strategic role of private actors in promoting sustainable development. The findings underscore the importance of global partnerships and multilateral platforms like the United Nations in fostering cooperation among nations. Conclusion: Addressing climate change requires a holistic approach involving state and non-state actors, strong political leadership, and global partnerships. The transition to a low-carbon economy will require significant economic restructuring, but it presents opportunities for innovation and sustainable development. The study emphasizes the need for developed countries to fulfill their financial commitments to support adaptation in developing nations. Novelty: This research contributes to the existing literature by providing a comprehensive analysis of both the challenges and opportunities in combating climate change. It highlights the critical role of private actors and international cooperation, offering a framework for future global actions.

Evaluating the Potential of Nature-Based Solutions (NBS) and Solar Energy in Urban Built Environments with Aerial Photogrammetry Dataset

Abstract. The process of urbanisation has a significant impact on climate change, with projections indicating that over 70% of the global population will live in cities by 2050. The challenges associated with climate change impacts on urban areas include urban heat islands, unsustainable water management, floods and air pollution. This study explores the potential of Nature-Based Solutions (NBS) and renewable energy in Torino, Italy, with a particular focus on the exploitation of rooftops for solar panels and green roofs. The data from 159 buildings in San Salvario was collected using aerial photogrammetry. The solar potential was analysed with ArcGIS, taking into account both geographic and building-specific factors. Buildings that were unsuitable for solar panels were identified for green roofs. This research supports the United Nations Sustainable Development Goals 7 (Affordable and Clean Energy), 11 (Sustainable Cities and Communities), 13 (Climate Action), and 15 (Life on Land). The annual solar potential was estimated at 100,300 kWh, with 2,450 m2 of suitable roof area for green roofs. The study demonstrates the feasibility of using rooftops to increase urban sustainability, thereby enhancing the quality of life for residents. The integration of NBS and solar energy can facilitate the creation of more sustainable and resilient urban environments. The study recommends the implementation of spatial-enabled urban planning as a means of overcoming barriers and promoting the development of green, energy-efficient communities.

A Comprehensive Review of Remote Sensing Technologies for Improved Geological Disaster Management

ABSTRACTOver the past two decades, the frequency of natural hazard incidents has steadily risen, leading to substantial human casualties, infrastructure destruction, societal and economic disruption. The occurrence of disasters, both of natural and human origin, has exhibited an upward trend in frequency over the past few decades on a global scale, posing a significant threat to diverse populations. Over time, remote sensing technologies have proven to be effective in analysing and monitoring diverse natural disasters, including but not limited to droughts, earthquakes, tsunamis, landslides and cyclones. The significant extent of its coverage capacity and the ability to repeat observations make its application economically efficient. This paper aims to elucidate the fundamental contributions and role of remote sensing in disaster management applications. In a comprehensive analysis, this study explores recent practical applications in the context of disaster events. The utilisation of diverse methodologies and functions of remote sensing in disaster monitoring and control is further expanded to encompass the domain of disaster risk management, employing cutting‐edge sensors and satellites from emerging technological advancements. This paper also addresses challenges related to disaster monitoring, detection and management. Emergencies, particularly during typical catastrophe scenarios, often witness partial disruptions in communication networks. Consequently, the role of alternative networks becomes paramount in enabling effective disaster detection and management strategies. Emerging issues are highlighted, and potential directions for future research are outlined and also support sustainable development goal 13 (climate action).

The relevance of the United Nations' Sustainable Development Goals in the promotion of sport, physical activity, and recreation in Canada.

Canada is unique in that it has established four national strategies in support of sport, physical activity, and/or recreation (SPAR). Though some of these strategies identify potential social and environmental correlates of SPAR, and articulate societal outcomes such as changes in behaviour and health, there are no explicit links to larger global initiatives such as the United Nations' Sustainable Development Goals (SDGs). Given that countries are expected to propose a plan for addressing the 17 SDGs, and that obvious overlap exists between several of the proposed development goals and SPAR, Canada should consider whether common indicators can be identified across these strategies and the SDGs simultaneously to facilitate more efficient and effective action. To date, the only SPAR-related indicator proposed in the Canadian plan for SDGs is the health benefit(s) associated with engagement in daily physical activity under Goal 3. Taking an evidence-informed approach for identifying those SDGs for which there are synergies with existing SPAR strategies, we suggest that other goals addressing gender equality, sustainable communities, climate action, life on the land, and peace and justice also share co-benefits with SPAR in Canada. Thus, any revisions to the existing SPAR strategies should identify linkages to the SDGs and indicators.

Establishing Natural Resources Monitoring Systems in China: Situation, Problem and Suggestion

Abstract. In order to fundamentally support work for achieve "climate action, life below water, and life on land" 3 Sustainable Development Goals of the United Nations, and to realize unified monitoring and refined management of natural resources, this paper collects, organizes, analyzes, and summarizes national policy, management department documents, relevant papers, and the latest industry development trends through the literature induction method. It systematically studies current monitoring networks from the perspectives of land resources monitoring, mineral resources monitoring, forest resources monitoring, grassland resources monitoring, water resources monitoring, wetland resources monitoring, marine resources monitoring. It indicates such problems as inconsistent classification standards and monitoring technical standards for natural resources, lack of smooth connection among monitoring networks, and insufficient high-tech applications. It proposes suggestions of building 1+N monitoring system, coordinating multi-level and multi-category monitoring mechanisms, improving monitoring intelligence level, strengthening the ability to obtain multi-source spatiotemporal data, and constructing an information sharing platform, to better build a unified natural resource monitoring system, and serve the refined management of natural resources.

Research on the Design of Child-Friendly Landscape Space in Chengdu Crown Community Based on SDG

Objective: This study aims to explore and implement a child-centred landscape space design strategy to support the Sustainable Development Goals (SDGs), especially in the old residential environment of the Crown Community in Chengdu, China. Theoretical Framework: The study constructs a theoretical framework for child-friendly communities based on the United Nations' children's rights and the Sustainable Development Goals (SDGs), especially Goal 11 (Sustainable Cities and Communities) and Goal 13 (Climate Action). Method: Through literature review and field research, combined with questionnaires, this study collected 120 child samples, analyzed their behavioural needs, and proposed corresponding landscape space design strategies. Research Implications: The study found that the needs of children in the Crown Community mainly focus on natural experience, research experience, game interaction, and hiding exploration. The design strategy transforms the existing space into an art garden, a book garden, and a children's playground to meet these needs and promote the realization of SDGs. Research Significance: The study emphasizes that improving children's living environment through landscape design is significant to achieving the goals of sustainable cities and communities in SDGs. Originality/Value: This study provides an innovative approach to integrating SDGs into renovating old communities and offers a new perspective for designing child-friendly landscape spaces, which will help promote the renewal of old urban communities and the construction of child-friendly cities.

Sustainable development of urban agglomerations around lakes in China: Achieving SDGs by regulating Ecosystem Service Supply and Demand through New-type Urbanization

The mechanism through which New-type Urbanization (NU), as a new direction in urban development, influences the Sustainable Development Goals (SDGs) by regulating the Ecosystem Services (ES) supply and demand remains to be determined. It is particularly true in urban agglomerations around lakes, characterized by severe human-land conflicts, where socio-economic development is closely linked to water. We selected China's urban agglomerations around lakes as the study area. We investigated the spatio-temporal heterogeneity of NU and the Ecosystem Service Supply and Demand Ratio (ESDR) from 2000 to 2018. We specifically focused on the dynamic trends of SDG 2 (Zero Hunger), SDG 13 (Climate Action), and SDG 15 (Life on Land). Furthermore, we utilized Structural Equation Modeling (SEM) to reveal the direct effects and indirect pathways through which NU influences the achievement of SDGs in the study area, emphasizing the differentiated performance of this mechanism across various urban agglomerations around Lakes. The results indicated that the ESDR has a particularly evident downward trend in urban centers along lakes, rivers, and road networks in spatial terms. The level of NU in urban agglomerations around lakes has increased by about 50% overall. It geographically exhibits three main spatial distribution patterns: “diffusion along the lake,” “homogeneous distribution,” and “diffusion along the river.” NU directly inhibits the achievement of SDGs but indirectly promotes the improvement of ESDR for food production and soil conservation, thereby indirectly facilitating the achievement of SDG 2 and SDG 15, but has an inhibitory effect on SDG 13. By regulating ESDR, NU is most effective in achieving SDGs in the urban agglomerations around Poyang Lake and Dongting Lake but has a significant inhibitory effect on the urban agglomeration around Hongze Lake. This research provides quantitative evidence for the urban planning shift, terrestrial ecosystem function restoration, and SDGs achievement in urban agglomerations around lakes. It also offers new insights from China for the sustainable urban construction of urban agglomerations around lakes worldwide.

Multi-scale retrofit pathways for improving building performance and energy equity across cities: A UBEM framework

Institutional inequality has created an environment in which our physical surroundings reflect racial and economic biases – causing inequitable thermal comfort and energy consumption across neighborhoods. Just as energy and thermal comfort challenges are unique to each climate and built environment, the solutions to address these issues should be optimized for their context. We introduce a novel integrated data-driven and building energy simulation method that incorporates urban context, satellite imagery, and socioeconomic data to analyze multi-scale retrofit scenarios across disparate communities. We apply this method to case studies in New York City and Los Angeles to analyze energy and thermal comfort inequities across distinct climate zones and urban morphologies. Through parametric analysis, we demonstrate the efficacy of multi-scale retrofits at improving building performance and reducing existing thermal inequities. Our research shows that retrofit effectiveness is influenced by the microclimatic changes induced by the urban context and existing infrastructural inequity. For example, instantaneous building cooling energy demand in a disadvantaged community of Los Angeles is reduced more due to window retrofits (around 30 kWh) than by a greenspace retrofit (around 3 kWh). Greenspace installation dissipates more heat overnight and in the early morning, whereas window retrofits reduce solar heat gain during the day, showing the different heat reduction pathways that retrofits can achieve. Although the window retrofits lead to an order of magnitude higher utility cost savings ($70 savings from windows vs $9 for greenspace and $12 for reduced cars), the district-scale retrofits show promising pathways for reducing the cost burden across all residents. We also analyze pathways for achieving city-specific CO2 reduction targets and find that building-level retrofits are most effective at meeting building performance standards (reducing CO2 by 40%), whereas district-level retrofits should be used to achieve city-scale climate goals because of the sequestered and abated emissions offered by these pathways. This generalizable modeling framework empowers policymakers, urban planners, and building owners around the world to analyze pathways for meeting their climate action plan goals by reducing extreme heat, reducing greenhouse emissions, and reducing energy cost burden while improving environmental justice in their cities.

Applying Multi-Task Deep Learning Methods in Electricity Load Forecasting Using Meteorological Factors

The steady rise in carbon emissions has significantly exacerbated the global climate crisis, posing a severe threat to ecosystems due to the greenhouse gas effect. As one of the most pressing challenges of our time, the need for an immediate transition to renewable energy is imperative to meet the carbon reduction targets set by the Paris Agreement. Buildings, as major contributors to global energy consumption, play a pivotal role in climate change. This study diverges from previous research by employing multi-task deep learning techniques to develop a predictive model for electricity load in commercial buildings, incorporating auxiliary tasks such as temperature and cloud coverage. Using real data from a commercial building in Taiwan, this study explores the effects of varying batch sizes (100, 125, 150, and 200) on the model’s performance. The findings reveal that the multi-task deep learning model consistently surpasses single-task models in predicting electricity load, demonstrating superior accuracy and stability. These insights are crucial for companies aiming to enhance energy efficiency and formulate effective renewable energy procurement strategies, contributing to broader sustainability efforts and aligning with global climate action goals.

Integrating the personal, relational, and political: empowering climate action through decolonial feminist action research

This article centres decolonial feminist contributions to action research, which orient us to see how the oppressive conceptual frameworks that enable sexism, gender violence, and gender inequality are fundamentally intertwined with those that enable racism, (neo)colonialism, and the pillaging and destruction of nature and planetary systems: all of which come together in the climate emergency. Given that climate change is unarguably a “threat multiplier”, if action research is to help combat the climate crisis, it must mobilise intersectional feminist, anti-racist, and decolonial frameworks. Integrating decolonial feminism with action research offers long-overdue theoretical, methodological, and practical insights. I use the acronym DF-AR to refer to existing and emerging forms of action research underpinned by decolonial feminist principles, as well as aspirational imaginaries gesturing towards decolonial feminist futures. Drawing on empirical insights from DF-AR processes embedded within an undergraduate final-year course in the UK, I consider how the experimental and micropolitical practices associated with these imaginaries can strengthen our response to the climate emergency: that is, the strategies and qualitative differences they afford.

Youth Engagement in Climate Action: Addressing Crime, Education, and Resilience in Coastal Jamaica

If someone were to ask what the Caribbean is like, they would most likely speak of the beautiful beaches and tourist destinations. It’s a common misconception that the Caribbean is only paradise, and due to fewer networks available in the area to produce reports on climate change, it becomes an overlooked issue. Jamaica, a small island nation in the Caribbean, is no exception. Small Island Nations are some of the most vulnerable communities to climate change in the world—they tend to lack resources, a strong population, and have a reliance on imports along with a dependence on ocean resources which are being directly affected by climate change. While Jamaica only contributes an extremely small portion of the world’s carbon emissions, they are left to deal with repercussions of many states’ industrial economies, like the United States and China, who have caused irreversible damage to the environment. It is hard for Small Island Nations like Jamaica to not feel hopeless in the face of climate change—they are dealing with a problem they did not cause, with resources they do not have. But, Jamaica may be able to fend for themselves in creating their own sustainable nation. As a vulnerable country, it is crucial that Jamaica takes the necessary precautions in the next few years to prevent any detrimental weather events that could severely destroy their nation. Building on previous research related to climate action and climate change in Jamaica, this paper presents the voices of Jamaican youth and their experience with climate change.

One in three or three in one: Integrating three competing theoretical models (TPB, VIP, and PADM) to explain the intentions to act/actions against climate change

This study examines multidimensional factors affecting climate change response behavior. It constructs an integrated model based on the theory of planned behavior, value–identity–personal norms model, and protective action decision model, as a single theory cannot capture the complex nature of human behavior. Recent studies have shown that integrating theories include various influencing factors and indicate higher explanatory power. Therefore, this study uses an integrated model to identify multidimensional influencing factors. The fit of the integrated model was confirmed to be excellent (Chi-square = 1271.866, p = .000, GFI = 0.930, NFI = 0.940, RMSEA = 0.060, TLI = 0.937, SRMR = 0.059), and identity exhibited the greatest effect on personal norms, followed by intention on behavior. The integrated model suggests the following path: ecological value → identity → personal norms → stakeholder awareness → intention → behavior and then ecological value → identity → perceived behavioral control → risk awareness → intention → behavior. The results of the integrated model suggest that a multifaceted approach is necessary to promote climate change response behavior. Various factors, such as ecological value, identity, personal norms, stakeholder awareness, perceived behavioral control, and risk awareness, interact and influence behavior. Policies and programs that comprehensively consider these factors should be established.

Incentivising Effective Indigenous Ecosystem Restoration Practices: A Synopsis of Perceptual Approaches to Local Climate Action in the Barotse Cultural Landscape

The study was premised on a generic hypothesis that attributes the status quo vis-à-vis increasing ecosystem degradation to communities’ stage-managed negligence fueled by the state’s decision about sixty years ago to start incentivising, unsustainably though, previously voluntary environmental consciousness and associated actions by the communities. Rural livelihoods are generally threatened by climate impacts, particularly for agrarian and pastoralist communities, like the study area. Although extreme weather events have always been there, the frequency of their occurrence has risen and the exposed populations have been growing. A concise illustration of the conjectures of the study is reflected in the findings which have established the contributions of indigenous ecosystem restoration efforts and general prudent environmental management under the decentralized indigenous governance system. It has further been established that the indigenous systems that flourished in the pre-independence era were curtailed by governance system shifts from the decentralized indigenous governance system to the state controlled centralized governance system effectively alienating the people from their sacred duty of directly managing their ecosystems. Further, a general neglect by the local people in ecosystem restoration has been attributed to three main factors bordering on the state’s earlier pledges, alleged corruption in contract management processes, as well as the urgency of addressing household food needs which is usually subordinated to public works like ecosystem remediation. Arising from the observed impediments to locally-led ecosystem restoration efforts, the study has recommended to intentionally incentivize indigenous ecosystem restoration efforts using the proposed modalities as outlined herein.

Climate justice beliefs related to climate action and policy support around the world

AbstractClimate justice is increasingly prominent in climate change communication and advocacy but little is known about public understanding of the concept or how widely it resonates with different groups. In our global survey of 5,627 adults in 11 countries spanning the global north and south, most participants (66.2%) had never heard of climate justice. Nonetheless, endorsement of climate justice beliefs was widespread (for example, acknowledging the disproportionate impact of climate change on poor people and the underpinning roles of capitalism and colonialism in the climate crisis). Climate justice beliefs were also associated with various indices of climate action and policy support. These associations tended to be stronger in countries with high GHG emissions and where social inequality is also more politically salient. The results highlight the value of climate justice as a motive for climate action across diverse geographical contexts.

Using Catholic Social Thought and the Normativity of the Future in Responding to the Super Wicked Problem of Climate Change

The climate crisis has been dubbed a “super wicked problem”—one where there is a sense of urgency, complicity in the problem by those who wish to solve it, and difficulty in sacrificing the short term for the long term. To respond to the difficulty of long-term thinking in addressing super wicked problems as part of SDG 13 (Climate Action), there is a need to pay attention to the narratives, norms, and values at work, and how we employ these categories in climate action. This paper discusses how Catholic social thought and the concept of the normativity of the future can be an approach to understanding the SDGs and the alternative future they offer in order to energize communities toward responding to the climate crisis, especially in response to current dominant narratives that make climate action difficult, as well as a way to make sense of the tensions found within the SDGs themselves.

Exploring Public Acceptance of Climate Technologies: A Study on Key Influences in South Korea

The accelerating climate crisis is driving a rapid increase in interest in climate technologies aimed at overcoming it. However, even if effective technologies emerge, their impact may be hindered without public acceptance. Therefore, it is necessary to analyze the factors that influence the acceptance of new climate technologies. This exploratory study investigates the key factors influencing public acceptance and the recommendation of climate technologies in South Korea. Utilizing an extended Unified Theory of Acceptance and Use of Technology (UTAUT) model, survey data from 200 participants were analyzed. The study identified that facilitating conditions, innovativeness, social influence, and trust in government are the most significant predictors of public intent to accept or recommend climate technologies. The results highlight the critical role of strategic communication, infrastructure, and public trust in promoting the adoption of climate solutions. Furthermore, qualitative interviews suggest that a shift towards Personally Determined Contributions (PDCs) could empower individuals to become proactive agents in climate action. The study offers valuable insights for policymakers, providing a strategic direction to enhance the public’s engagement with climate technologies and foster a more sustainable future.

Preparing youth for global challenges: can an open classroom climate prepare students for climate action?

ABSTRACT Factors that influence students’ knowledge about climate change have been found to be largely external and based on social interactions. Building from this idea, we use factor analysis and structural equation modeling with the 2016 IEA International Civic and Citizenship Education Study data and create two novel climate change scales (pro-environmental behavior and perceived threats of climate change). We then determine the relationship between open classroom climate, pro-environmental behavior, perceived threats of climate change, and civic participation in secondary students. Findings indicate that when controlling for gender, civic knowledge, and socioeconomic factors, an increase in open classroom climate significantly predicts an increase in activism for climate change. Based on these results, we further examine the relationship between pro-environmental behavior and civic participation in society. Findings indicate that climate variables predict participation positively across the countries, except illegal protest, which was negatively related.

Climate emotions, thoughts, and plans among US adolescents and young adults: a cross-sectional descriptive survey and analysis by political party identification and self-reported exposure to severe weather events

Climate change has adverse effects on youth mental health and wellbeing, but limited large-scale data exist globally or in the USA. Understanding the patterns and consequences of climate-related distress among US youth can inform necessary responses at the individual, community, and policy level. A cross-sectional descriptive online survey was done of US youth aged 16-25 years from all 50 states and Washington, DC, between July 20 and Nov 7, 2023, via the Cint digital survey marketplace. The survey assessed: climate-related emotions and thoughts, including indicators of mental health; relational aspects of climate-related emotions; beliefs about who or what has responsibility for causing and responding to climate change; desired and planned actions in response to climate change; and emotions and thoughts about the US Government response to climate change. Respondents were asked whether they had been affected by various severe weather events linked to climate change and for their political party identification. Sample percentages were weighted according to 2022 US census age, sex, and race estimates. To test the effects of political party identification and self-reported exposure to severe weather events on climate-related thoughts and beliefs we used linear and logistic regression models, which included terms for political party identification, the number of self-reported severe weather event types in respondents' area of residence in the past year, and demographic control variables. We evaluated survey responses from 15 793 individuals (weighted proportions: 80·5% aged 18-25 years and 19·5% aged 16-17 years; 48·8% female and 51·2% male). Overall, 85·0% of respondents endorsed being at least moderately worried, and 57·9% very or extremely worried, about climate change and its impacts on people and the planet. 42·8% indicated an impact of climate change on self-reported mental health, and 38·3% indicated that their feelings about climate change negatively affect their daily life. Respondents reported negative thoughts about the future due to climate change and actions planned in response, including being likely to vote for political candidates who support aggressive climate policy (72·8%). In regression models, self-reported exposure to more types of severe weather events was significantly associated with stronger endorsement of climate-related distress and desire and plans for action. Political party identification as Democrat or as Independent or Other (vs Republican) was also significantly associated with stronger endorsement of distress and desire and plans for action, although a majority of self-identified Republicans reported at least moderate distress. For all survey outcomes assessed in the models, the effect of experiencing more types of severe weather events did not significantly differ by political party identification. Climate change is causing widespread distress among US youth and affecting their beliefs and plans for the future. These effects may intensify, across the political spectrum, as exposure to climate-related severe weather events increases. Avaaz Foundation.