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Background: Physical activity is crucial for maintaining health and preventing chronic diseases. However, climate conditions can impact physical activity patterns, and conversely, physical activity can impact climate change. This umbrella review aims to summarize the existing evidence regarding the relationships between physical activity and climate change, as revealed in previous reviews. Methods: Systematic reviews and meta-analyses were analyzed. Searches were conducted across GreenFILE, PubMed, and Web of Science databases for peer-reviewed articles published in English. A 2-stage independent screening process was conducted, and methodological quality was assessed using the JBI framework. Standardized data extraction methods were then applied. Results: Out of 1292 articles retrieved, 7 met all eligibility criteria and were included in the review. Three articles examined physical activity as a primary exposure, 3 focused on the impacts of climate change, and one considered both physical activity and climate change as primary exposures. Conclusions: Findings reveal an interplay between climate change and physical activity. While rising temperatures may prompt outdoor activities up to a certain temperature threshold, air pollution and extreme heat can have harmful effects. Active transportation and improved logistics around large-scale sporting events can mitigate climate change by reducing greenhouse gas emissions, but transportation systems linked to sports venues may increase emissions. Research on the reciprocal relationship between climate change and physical activity domains, and integrating the community into climate discussions, is crucial for equity, especially for marginalized communities. Incorporating climate adaptation and mitigation strategies in physical activity infrastructure to minimize environmental impacts is critical. [ABSTRACT FROM AUTHOR]

Background: Given the emergence of climate change and health risks, this review examined potential relationships between varying indicators of climate change, movement behaviors (ie, physical activity [PA], sedentary behavior, and sleep), and health. Methods: Seven databases were searched in March 2020, April 2023, and April 2024. To be included, studies must have examined indicators of climate change and at least one of the movement behaviors as either an exposure or a third variable (ie, mediator/moderator), and a measure of health as outcome. Evidence was summarized by the role (mediator/moderator) that either climate change or movement behavior(s) has with health measures. Relationships and directionality of each association, as well as the strength and certainty of evidence were synthesized. Results: A total of 79 studies were eligible, representing 6,671,791 participants and 3137 counties from 25 countries (40% low- and middle-income countries). Of 98 observations from 17 studies that examined PA as a mediator, 34.7% indicated that PA mediated the relationship between climate change and health measure such that indicators of adverse climate change were associated with lower PA, and worse health outcome. Of 274 observations made from 46 studies, 28% showed that PA favorably modified the negative association between climate change and health outcome. Evidence was largely lacking and inconclusive for sedentary behavior and sleep, as well as climate change indicators as an intermediatory variable. Conclusions: PA may mitigate the adverse impact of climate change on health. Further evidence is needed to integrate PA into climate change mitigation, adaptation, and resilience strategies. [ABSTRACT FROM AUTHOR]

Abstract: Policy makers worldwide face tough choices over how to prioritize public funding for adaptation to climate change. One particularly difficult choice is whether to opt for policies that promote relocation away from flood risks or infrastructure investments that protect against flooding. Local communities commonly prefer protective infrastructure, but it is less obvious that the general public will support this approach due to the growing costs. We study public opinion on these adaptation approaches using a choice experiment with nationally representative samples in the United States and Germany (n = 2400 each). We asked participants to prioritize federal funding between two hypothetical, equally sized communities differing in their adaptation strategy, flood frequency, lives and economic assets at risk, economic vitality, geographic distance, and political orientation. In both countries, we find surprisingly strong support for protective infrastructure over relocation policies among the general public, even under conditions where relocation could be an attractive alternative for addressing the growing costs of protective infrastructure and rebuilding efforts.

In recent years, recognition has grown of the significant role that food systems play in driving climate change, constituting about one-third of global greenhouse gas emissions, while also playing a key role in sequestering carbon and adapting to climate changes. The COP28 climate conference signaled a pivotal shift, spotlighting food and agriculture in discourse. However, despite pledges and declarations, concrete plans and targets to address emissions from food chains remain elusive. Urgent action is imperative to transform food systems and avert surpassing critical warming thresholds. [ABSTRACT FROM AUTHOR]

Recent major investments in infrastructure in the United States and globally present a crucial opportunity to embed equity within the heart of resilient infrastructure decision-making. Yet there is a notable absence of frameworks within the engineering and scientific fields for integrating equity into planning, design, and maintenance of infrastructure. Additionally, whole-of-government approaches to infrastructure, including the Justice40 Initiative, mimic elements of process management that support exploitative rather than exploratory innovation. These and other policies risk creating innovation traps that limit analytical and engineering advances necessary to prioritize equity in decision-making, identification and disruption of mechanisms that cause or contribute to inequities, and remediation of historic harms. Here, we propose a three-tiered framework toward equitable and resilient infrastructure through restorative justice, incremental policy innovation, and exploratory research innovation. This framework aims to ensure equitable access and benefits of infrastructure, minimize risk disparities, and embrace restorative justice to repair historical and systemic inequities. We outline incremental policy innovation and exploratory research action items to address and mitigate risk disparities, emphasizing the need for community-engaged research and the development of equity metrics. Among other action items, we recommend a certification system-referred to as Social, Environmental, and Economic Development (SEED)-to train infrastructure engineers and planners and ensure attentiveness to gaps that exist within and dynamically interact across each tier of the proposed framework. Through the framework and proposed actions, we advocate for a transformative vision for equitable infrastructure that emphasizes the interconnectedness of social, environmental, and technical dimensions in infrastructure planning, design, and maintenance.

Societies in much of the Horn of Africa are affected by variability in two distinct rainy seasons: the March–May (MAM) "long" rains and the October–December (OND) "short" rains. A recent five-season, La Niña–forced drought has renewed concerns about possible anthropogenic drying trends in the long rains, which had partially recovered after a multidecadal drying trend in the 1980s through the 2000s. Despite observed drying, previous generations of global climate models (GCMs) have consistently projected long-term wetting due to increased greenhouse gas concentrations, an East African "paradox" which complicates the interpretation of East African rainfall projections. We investigate the paradox in new phase 6 of the Coupled Model Intercomparison Project (CMIP6) and seasonal forecast models, leveraging an improved observational record and large ensembles to better differentiate internal and forced trends. We find observed drying trends are at the limits of the GCM spread during the peak paradox period, though the recent recovery is comfortably within the model spread. We find that the apparent paradox is largely removed by prescribing sea surface temperatures (SSTs) and is likely caused by the GCM difficulties in simulating observed tropical Pacific SST trends in recent decades. In line with arguments that these SST trends are at least partially forced anthropogenically, we recommend users of future rainfall projections in East Africa consider the possibility of long-term MAM drying despite GCM wetting and call for future model simulations that better sample the expected spread of SSTs. Significance Statement: Societies in the Horn of Africa depend on the March–May "long" rains and the September–December "short" rains to support agricultural and pastoral practices on rain-fed lands. Recent major droughts have raised worries about possible anthropogenically forced drying trends in the long rains through global climate models (GCMs) project wetting. This East African "paradox" complicates long-term climate adaptation planning. We find the paradox continues in the newest generation of GCMs and seasonal forecast models; though a recent recovery in rainfall is well-captured, the strongest observed drying trends are rare in simulations. The paradox likely arises from known GCM biases in the Pacific Ocean interacting with natural variability. We recommend that researchers and policymakers consider possible long-term drying despite GCM projections of wetting. [ABSTRACT FROM AUTHOR]

To address the multifaceted aspects of indoor environmental sciences, this review paper critically investigates the optimization of thermal comfort and the development of heat-resilient indoor environments. Drawing on knowledge from a wide range of disciplines, such as chemistry, microbiology, public health, psychology, epidemiology, engineering, and toxicology, among others, it provides an extensive overview of recent study findings. The paper examines solutions targeted at reducing the negative impacts of heat stress while improving thermal comfort levels indoors, highlighting the complex link between indoor environment, human health, and comfort. Using both theoretical frameworks and actual data, the study assesses a variety of cutting-edge methods, such as behavioral interventions, heating, ventilation, and air conditioning (HVAC) systems, passive design strategies, and adaptable building materials. The statement underscores the importance of interdisciplinary cooperation in tackling the intricate problems related to interior thermal comfort and resistance to heat waves. The review attempts to offer practical insights for practitioners and researchers looking to optimize interior settings for human health and well-being by looking at the synergistic impacts of several treatments. Additionally, the research emphasizes how crucial it is to consider the larger context of climate change and its effects on interior spaces. To improve our understanding of thermal comfort optimization and heat-resilient design techniques, it suggests new research directions and knowledge gaps and advocates for ongoing interdisciplinary inquiry. In the end, the review adds to the continuing conversation about designing livable, sustainable, and healthful interior spaces in the face of changing weather patterns. [ABSTRACT FROM AUTHOR]

Social protection is praised as a multipurpose instrument to protect the most vulnerable people and ensure socioeconomic development. Recently, this approach has also been recognized by climate scientists. Over the past few decades, Indonesia, a highly exposed and vulnerable country facing climate change, has increased its efforts to protect all marginalized and vulnerable groups. However, the high uncertainty of social and economic impacts triggered by climate and environmental change increases pressure on the social protection system, leading to a rising need for deeper and broader coverage, especially among the most vulnerable people. This paper argues that vulnerable groups have built their own systems to be socially protected, which we refer to as informal social protection (ISP). Given that there is little reference to these particular structures in the literature on social protection, this study aims to explore their relevance and potential challenges. Jakarta, a highly urbanized and vulnerable city, was used as a case study. The city is simultaneously challenged by the increasingly adverse impacts of climate change. Gaps in formal social protection (FSP) will be analysed using qualitative and quantitative data to assess how and to what extent the most vulnerable groups are protected and whether ISP structures can fill the identified gaps. The results show that ISP can function as a solution to protect marginalized and vulnerable groups; however, more information is needed to ensure security considering long-term developments and increased future uncertainties. HIGHLIGHTS OF THIS STUDY FSP coverage in Indonesia still has gaps due to unregistered target groups, such as the missing middle population and informal sector workers. The uncertainty of the social and economic impacts caused by climate change increases pressure on the social protection system, leading to a greater need for broader coverage. ISP provides vulnerable groups with flexibility, local specificity, mutual benefits and reciprocity, collective decision-making, social cohesion, and trust. ISP involves community-based adaptation and support from NGOs to enhance ISP and make it more adaptive. ISP supports vulnerable groups affected by the unintended consequences of adaptation measures implemented by the government. [ABSTRACT FROM AUTHOR]

The challenges experienced by Canada's aging infrastructure require probabilistic methods to address the threats that bridge systems are exposed to. This study provides a framework to evaluate risk associated with two major bridge hazards such as flooding and overloading in Manitoba. The probability of failure of highway bridges due to overloading is assessed as a function of traffic volume and overweight percentages. The probability of failure due to flooding is obtained from a spatial analysis of the water levels. Finally, consequences of failure are established from the analysis of insurance exposure, including climate change effects. Historic data are projected ten years into the future through an ARIMA model. The results of the analysis show that the risk for bridges in the south-west regions of Manitoba is expected to increase by 2035 up to 40% for water levels of 3.0 m and up to 0.6% for a threshold of 12.0 m. [ABSTRACT FROM AUTHOR]

Phytoplankton community response to extreme climate variability has an important effect on the regional marine ecosystem. The 2015–2016 El Niño event has been the strongest El Niño event on record of the century, which has a high chance of impacting the most productive ecological zone like the Arabian Sea. In this study, we investigated the influence of the 2015–2016 El Niño on the seasonal pattern and its impact on the phytoplankton size class (PSC) distribution in the Arabian Sea based on monthly satellite PSC observations and physical observations from various sources from 2003 to 2019. Results showed that the 2015–2016 El Niño event influenced the physical drivers and consequently weakened the monsoonal pattern that led to the enhancement or inhibition of specific PSC in the Arabian Sea. During the 2015 summer monsoon, the intensity of summer upwelling was weaker than normal, which caused a reduction in the abundance of microplankton to ~8% and an increase in the abundance of picoplankton to ~12%. Similarly, during the 2016 winter monsoon, the weakening of convective mixing and the formation of warm core eddy led to a reduction in the abundance of microplankton to ~6% and an increase in the abundance of picoplankton to ~9%. However, the nanoplankton distribution was observed stable with no significant response to the extreme physical condition due to its ubiquitous nature. The effect of the 2015–2016 El Niño event altered the physical conditions and associated specific PSC distribution in the Arabian Sea. Notably, the distinct response of each PSC to the changing climate and their environmental adaptation was identified in this study. Our results indicated that the phytoplankton community structure and associated marine ecosystem are sensitive to the effects of climate change. [ABSTRACT FROM AUTHOR]

Many landscapes are on the edge literally, particularly here on the Atlantic Coast of Canada. But landscapes everywhere are on the edge metaphorically: on the edge of change. Tackling the collective challenges we face, and redefining a "good life" in these new circumstances, will likely transform the places and landscapes that we care about. Yet change is hard and it is felt unevenly across space and social strata. We often instinctively feel that the landscapes of the present should dominate the future—an idea I've been calling "climax thinking"—but in many cases, those current landscape settings solve old problems and cause new ones. Drawing on recent empirical Atlantic research about renewable energy and coastal adaptation, this lecture explores some of the cultural shifts required to reimagine our landscapes and to meet the challenges ahead, identifying key roles for geographers along the way. [ABSTRACT FROM AUTHOR]

The accelerating impacts of climate change present significant challenges to sustainable urban development, testing the resilience of current governance frameworks and stakeholder responsibilities. In alignment with the EU's Green Deal, robust adaptation strategies and proactive climate risk anticipation are essential. Traditional discussions emphasize overcoming technological, financial and institutional barriers; however, social and individual factors also significantly hinder adaptation. This study explores the pivotal role of citizen engagement in climate risk management and adaptation, focusing on the Lithuanian context and comparing the results with a survey in Sweden. The research evaluates both external influences, such as experiences with climate‐related hazards and adaptation actions, and internal factors, including beliefs, values and individual adaptive capacity. Key findings reveal that adaptation behaviour in Lithuania and in Sweden is deeply influenced by past experiences with extreme weather events and economic considerations, with a significant portion of the population having faced such events recently. Factors such as economic considerations (low costs, financial benefits) are identified as critical motivators for future adaptation actions in Lithuania. On the other hand, in Sweden, respondents first preferred ecological factors (such as contributing to climate change mitigation) when considering future adaptation actions. The study underscores the need for targeted educational interventions to enhance community resilience, highlighting the importance of socio‐cultural contexts in shaping adaptation strategies. It emphasizes the necessity for comprehensive, inclusive educational programmes that address local climate impacts and promote proactive community involvement. The findings advocate for further comparative studies across diverse socio‐cultural settings to deepen insights into effective adaptation measures and to support the development of resilient communities worldwide. [ABSTRACT FROM AUTHOR]

The article "Beyond linear pathways: An interconnected framework for understanding the climate-migration nexus" from the journal International Migration discusses the complex relationship between climate change and migration. It introduces a refined analytical framework that considers environmental, economic, and social factors in shaping climate-induced migration. The article highlights how environmental impacts, economic disruptions, and social dynamics interact to drive migration, emphasizing the need for holistic policy interventions that address the multifaceted nature of climate change. The proposed nexus approach aims to promote proactive strategies for adaptation and resilience-building in the face of climate-induced migration challenges. [Extracted from the article]

This paper analyses climate-smart agricultural (CSA) policies and strategies in sub-Saharan Africa, using a case study of Ngaka Modiri Molema District Municipality in South Africa. It is argued that the development and implementation of coherent policies is one of the approaches to offering effective responses to adaptation and to mitigating the influences of climate change. The results of the study, which drew on qualitative data gathered through participatory research, showed that 30%, 70%, 50%, and 60% of the community members, farmers, NGOs, and government participants were unaware of or did not understand climate-smart agriculture practices. Additionally, this study highlighted the absence of awareness and knowledge of CSA policies across all participants, indicating a significant gap in information dissemination and education on sustainable agricultural practices. These findings underscore the urgent need for targeted education and awareness initiatives to promote climate-smart agriculture in the region. Without a proper understanding and implementation of CSA practices, communities in Ngaka Modiri Molema District Municipality struggle to adapt to the changing climate and its impacts on agriculture. The results emphasise the necessity of raising awareness among different stakeholders in order to enhance the efficacy of agricultural practices' adaptations to climate change. In order to ensure sustainable agricultural practices in Ngaka Modiri Molema District Municipality, it is imperative that practices like collaboration, CSA technology, integration, financing, increased private sector involvement in CSA promotion, and sector-specific policies foster an environment that is favourable to CSA practices. [ABSTRACT FROM AUTHOR]

The purpose of this study is to investigate the smallholder paddy farmers' perceptions of climate change and identify factors that affect their perceptions of it in Vietnam. A sample size of 260 was chosen from a total of 745 smallholder paddy farmers and a structured questionnaire was constructed to gather data. Descriptive, chi-square (χ2) and logistic regression analyses were used. The research results revealed that the socio-economic characteristics of smallholder paddy farmers vary, reflecting diverse paddy-farming systems in the study area. A large number of smallholder paddy farmers noticed temperature, drought and pest/disease increased, whereas rainfall and flood decreased over the past 20 years. A high proportion of smallholders reported that more irrigation for paddy rice (82.7%), followed by growing short duration rice (65.0%) and changing paddy rice planting and harvesting date (63.1%) are the main adaptation practices. A majority of smallholders indicated that lack of information about potential climate change (67.7%), followed by lack of knowledge concerning appropriate adaptation (66.2%) and lack of market access and storage facility (64.2%) are the key barriers to adaptation practices. The success of the regression model's overall prediction is reported by model χ2 = 81.5, p < 0.000, indicating that the explanatory variables significantly explained the dependent variable. Among the explanatory variables, agricultural practice, information and communication technology possessed, participation in rural credit programmes, participation in technical training programmes, participation in community-based organisations, gender, age, level of education, size of farm and farming experiences are significantly important determinants of smallholders' perception of climate change. [ABSTRACT FROM AUTHOR]

Despite a growing focus on climate justice, prior research has revealed scant details about how marginalised groups have been engaged in local climate adaptation processes. This study aims to understand how justice is considered in these processes through a qualitative review of climate adaptation plans and related documents from US municipalities. We reviewed 101 plans published between 2010 and 2021 using the three-dimensional framework of recognitional, distributional, and procedural justice. Overall, our findings revealed a stronger focus on recognitional and distributional justice than procedural. Recognitional justice mainly focused on who is most vulnerable to climate change and how, with most plans adopting a similar understanding of vulnerability. Plans less frequently acknowledged how historical injustices contribute to vulnerability. Distributional justice was addressed through adaptation strategies across six areas (e.g. health and safety, buildings, green infrastructure, professional development, food, and transit), focusing greater attention on expanding existing programmes than new initiatives. Little attention was given to the potential negative impacts of proposed strategies. Procedural justice was mainly considered through one-off opportunities, rather than more extensive engagement in decision-making. Most plans lacked implementation considerations, for justice or otherwise, but when included, details mainly focused on who would be involved and not how strategies would be implemented. These findings provide an array of approaches to incorporate justice in adaptation planning and support several considerations for developing future plans. [ABSTRACT FROM AUTHOR]

Translocating amphibians to alternative, suitable habitat is a climate adaptation strategy aimed at minimizing the risk of extinction due to projected global warming and drying. Projected conditions could undermine their physiological performance, and thus survival and reproduction. Translocations minimize risks of extinction by increasing spatial redundancy across climate-resilient habitats, particularly for dispersal-limited species. However, outcomes of amphibian translocation attempts are poorly documented, and their effectiveness remains unclear. We released and tracked 34 Eleutherodactylus coqui to determine early postrelease survival of a control (nontranslocated) group (n = 14) and experimental (translocated) group (n = 20) moved 0.8 km from their capture location in west-central Puerto Rico in 2021. We defined "initial" as the first 17 d postrelease, a period during which we hypothesized that experimental individuals would have lower survival rates because they transitioned from known-familiar to novel-unfamiliar habitat. We found no evidence in the data to support our hypothesis. Daily survival rates were better explained by a model with no group effect but negatively influenced by in situ temperature. However, the effect of in situ temperature (proxy of operative temperature) was weak (95% confidence intervals overlapped 0). After 17 d, all but one of the recaptured frogs lost weight for a combined weight loss of 0.28 ± 0.13 g. However, weight loss was significantly higher in translocated frogs (0.81 ± 0.33 g). Average daily movements did not hinder survival even though experimental individuals traveled farther (∼ eight times) than control ones. Our findings suggested that managed translocations have the potential to become a useful conservation tool, not an additive source of mortality. We outline challenges that remain before translocations of Eleutherodactylus species can be broadly applied. [ABSTRACT FROM AUTHOR]

This commentary reflects on the contributions that human geography has made to climate change research, as well as future directions for human geographic work on climate change. I suggest that one of the key achievements of the field is to render climate change a boundary object: an entity whose interpretive flexibility allows it to become a shared object of knowledge that, in principle, facilitates collaboration across disparate communities of practice. However, the ways in which that contribution has been made, and made possible, have effects that ripple elsewhere. While the subfield of political ecology and its historiographical methods have played vital roles in laying the intellectual foundations for human geographic work on climate change, and thus its ability to construct climate change as a boundary object in the first place, I suggest that they and other neo‐Marxian approaches to the study of the (climate‐changing) environment tend to diminish human geographic engagement with the future as an object of scholarly inquiry. To address that limitation and help push climate‐changed geographies in novel directions, I suggest that climate‐changed futures be engaged problematically. I then conclude with a discussion of key empirical domains—chiefly climate reparations and climate adaptation—where such problem‐oriented work may be productively applied. This commentary explores one of human geography's key contributions to climate change knowledge: that it has helped make climate change political. However, the ways that human geographers have made climate change political often rely on historiographic methods, which can bound geographic engagement with the future as an object of inquiry in its own right. The commentary then offers ways to open up the future in geographic work on climate change, specifically through problem‐oriented and reparative critique. [ABSTRACT FROM AUTHOR]

The goal of this research is to present the results of a detailed analysis of detected and projected temperature changes in Montenegro. A total of 10 temperature parameters from 18 meteorological stations were used. Initially, an analysis of temperature changes during the instrumental period (1961–2020) was conducted, followed by the results of high‐resolution (12.5 km) bias‐corrected projections from the regional ALADIN, REMO and CCLM4 models for the period 2021–2100, according to the RCP4.5 and RCP8.5 scenarios (representative concentration pathways). The simple difference method and trend method were employed for research purposes. Compared with the period 1961–1990, the highest temperature increase during 1991–2020 is observed in summer (TSu), while the rates of increase were slower in spring, winter and autumn (TSp, TW and TA). The average annual maximum temperature (TYx) registered a higher increase compared with the average minimum (TYn). Frosty days (FD) decreased, while the number of summer and tropical days (SU and TD) increased. The projection results indicate that the period 2021–2050 is expected to be warmer, the period 2051–2080 even warmer, and the period 2081–2100 is expected to be the warmest. In the last analysed period (2081–2100), according to the RCP8.5 scenario, the average TSu is expected to be higher by 3.7–4.6°C (CCLM4), 4.1–4.7°C (ALADIN) and 4.7–5.8°C (REMO), with an anticipated increase in TW ranging between 3.3–4.5°C (ALADIN), 3.6–5.4°C (CCLM4) and 3.4–5.6°C (REMO). In the period 2021–2100, according to the RCP4.5 scenario, the expected average trend values for TYx (TYn) are expected to be (°C/decade) 0.24 (0.26), 0.16 (0.12) and 0.20 (0.23) for the ALADIN, REMO and CCLM4 models, respectively, and according to the RCP8.5 scenario, 0.47 (0.52), 0.63 (0.57) and 0.51 (0.53), respectively. These findings have implications for planning mitigation and adaptation measures to address climate change, particularly in strategic economic sectors such as tourism, agriculture and water management in Montenegro. [ABSTRACT FROM AUTHOR]

The future food industry is facing urgent challenges that need to be addressed, mainly providing sufficient quantity and quality of food to meet the growing population, reducing environmental pollution, improving production and processing conditions to adapt to climate change, protecting biodiversity, and improving food resource utilization. The global per-capita protein demand and consumption continue to grow, making it difficult for traditional protein supply channels to provide sufficient quantity and quality of protein. Ensuring a high-quality protein supply is an important task for future food processing, and the development trend of future food processing is mainly reflected in sustainable development, health, globalization, energy conservation and emission reduction, nutrition, technology, intelligence, and automation. These factors make the development and application of alternative proteins of great practical significance. Alternative proteins are still in the development stage; the relevant research focuses on the flavor, nutrition, safety, and consumer acceptance of the products. Different drying processes need to adapt to different types and applications of alternative proteins, and the drying process will have a significant impact on the recovery rate, recovery quality, and amino acid composition of proteins. This article provides a brief and comprehensive review of the development background, significance, types, applications, challenges, and solutions of alternative proteins based on the classification criteria of animal and plant derived from the perspective of alternative proteins. Some new drying technologies that can be used for alternative proteins are also introduced, including spray drying (pre-treatment, post-treatment, and optimization of process parameters), vacuum microwave drying, and other combined drying technologies. [ABSTRACT FROM AUTHOR]

Climate variability and change are projected to continue impacting many of the poor and small-scale farmers in sub-Saharan Africa. This study aimed to examine how small-scale farmers in the Gokwe South district of Zimbabwe are building their adaptive capacity and resilience against climate change and achieving food security. Primary data was collected using questionnaires both in structured and semi-structured interviews, and participatory observations through a transect walk for physical observations. The study utilised the participatory climate change asset adaptation appraisal (PCCAA), as a methodological and analytical framework, to explore the different ways in which the small-scale farmers in the Gokwe South district of Zimbabwe are building their adaptive capacity and resilience against climate change. The study also explores the factors that influence small-scale farmers' adoption of climate change adaptation and food security. The small-scale and rural farmers in Zimbabwe are not passive actors but are actively involved in developing innovative local adaptation strategies using an array of available assets. Findings from this study noted that asset absence or its replacement with the 'wrong' mix of assets and asset erosion exacerbated the food insecurity in the Gokwe South district. [ABSTRACT FROM AUTHOR]

Climate change is a major concern for the near future and for livestock breeding. Cattle breeding, due to its greenhouse gas emissions, is one of the most implicated industries. Consequently, the main future goals are to breed animals resilient to climate change, with the aim of lowering the livestock impact on the environment and selecting animals that will be able to resist different, unsuitable, and changing climates. The aim of this literature review is to compare the most recent studies on the response and adaptation of beef cattle breeds to extreme environments, in terms of genes and pathways involved. Beef breeding is just starting to implement genomics in its selection plans, and shedding light on the genomic responses to extreme climates could speed up and simplify the adaptation of these breeds to climate change. This review discusses the genes involved in climatic stress responses, including those related to extremely cold climates, in beef and dual‐purpose cattle breeds. Genes were associated with productive traits, coat and skin structure and development, thermotolerance, cellular physiology and DNA repair mechanisms, immune system, and fertility traits. The knowledge of genes and pathways involved in climate resilience should be taken into consideration for further selection in beef cattle breeding and could promote the valorization of local breeds adapted to extreme environmental conditions. The use of local or resilient breeds could enhance the environmental and social sustainability, animal welfare, and production, compared with the introduction of cosmopolitan breeds with uncertain adaptation in uncontrolled environmental areas. [ABSTRACT FROM AUTHOR]

Climate change is challenging sustainable agrifood production and food security, and encouraging farmers' climate change adaptation can help promote sustainable agrifood production and ensure food security. This study investigates farmers' climate change adaptation and its impact on agrifood production. We employ the propensity score matching (PSM) model to address the selection bias issue of climate change adaptation and estimate the survey data collected from 415 rice-producing households in rural China. We also estimate the inverse probability weighted regression adjustment (IPWRA) model for robustness check. The empirical results show that farmers' decisions on climate change adaptation are influenced by household heads' age, education level, life satisfaction, temperature perception, and transportation conditions. The treatment effect estimations of the PSM model reveal that climate change adaptation significantly increases land productivity by 41.24–44.29% and labor productivity by 55.06–63.72% in rice production. The IPWRA model estimation largely confirms the robustness of the PSM model estimation. We also find that climate change adaptation significantly increases the net returns of rice production. These findings have significant global implications. By understanding the factors influencing farmers' decisions to adapt to climate change, policymakers worldwide can design targeted interventions to encourage similar practices in other regions. Promoting farmers' climate change adaptation to increase farm productivity is crucial for ensuring global food security in the face of ongoing climate challenges. [ABSTRACT FROM AUTHOR]

Sandalwood (Santalum album L.) has potential to grow into various types of soil under arid as well as semi-arid regions. To find out the sustainable host plant species for sandalwood grown under stress, an RBD experiment was conducted on sandalwood grown without a host and with five selected hosts (Alternanthera sp., Azadirachata indica, Dalbergia sissoo, Melia dubia, and Aquilaria malaccensis) based on prior studies. After 6 weeks of establishment, individual and combine water and salinity stresses were applied and maintained for up to 180 days to investigate their impact on the nutrient content, concentration of osmolytes, and activities of antioxidative enzymes in sandalwood. Haustoria formation showed significant reduction under individual and combined water deficit and salinity stress. Sandalwood grown with Dalbergia sissoo and Melia dubia showed relatively higher nutrients content such as N, P, Ca, Mg, Zn, Fe, and S, which were dramatically reduced under individual and combined water deficit and salinity stress. Osmolytes concentration (proline, soluble sugars, and soluble proteins) increased with intensified stress and sandalwood accumulated higher osmolytes when grown with Dalbergia sissoo and Melia dubia. The activities of antioxidant enzymes showed a significant increase under water deficit, salinity, and combined stress compared to the control, but sandalwood grown with Dalbergia sissoo and Melia dubia exhibited higher activities. Results signify the importance of hosts i.e. Dalbergia sissoo and Melia dubia which provide suitable growth and nutrition to growing sandalwood by maintaining ion homeostasis, ROS balance, and nutrient content under water deficit, salinity, and interactive stress. Results highlighted the significance of D. sissoo and M. dubia, which may be good long-lasting host species for sandalwood production in sub-tropical climates to adapt to changing environmental conditions. [ABSTRACT FROM AUTHOR]

The agrarian question of the twenty-first century is the agrarian question of climate change. The classical agrarian question asked how capitalist development was reshaping fin de siècle agriculture and with what consequences. The answers often contradicted predictions, and thereby teleological notions of development. Today, we must ask how climate change adaptation and mitigation, alongside and through other ongoing processes of capitalist development, are reshaping agrarian lives, livelihoods, landscapes, and politics, and with what consequences. We argue that attention to the agrarian question is essential to understanding social, political, and economic transformation broadly in the time of climate change. [ABSTRACT FROM AUTHOR]

This document discusses the limitations of commonly used household definitions in research studies and proposes a protocol for creating a more flexible and inclusive approach to identifying and describing households. The document presents two case studies, one focusing on mobility in Peru and the other on polygamy in Senegal, to illustrate how these household structures are often overlooked and how this can impact data collection and analysis. The proposed protocol includes considerations for household composition, distribution and movement, and resource sharing and ownership. The document emphasizes the need for researchers to explicitly incorporate these complexities in order to accurately capture households' interactions with their environment and resource management behaviors. The protocol aims to improve the transparency and credibility of environmental social science scholarship that uses household data. [Extracted from the article]

The aim of this study was to assess the historical and projected climate trend analysis in the Upper East Region, Ghana, using time series and modelled climate data under shared socio-economic pathways scenarios. Due to the climate data scarcity challenge in Ghana, there is a need to rely on high-resolution satellite-based climate products for climate change studies. Accordingly, temperature and precipitation data of six stations were obtained from Ghana meteorological stations; in addition, precipitation data of five satellite stations were obtained from CHIRPS data with 0.05' (5 km) resolution to complement the in-situ datasets; and the temperature data for the satellite station obtained from the NASA power project were extracted. Modelled climate data were obtained from five GCMs in the CMIP data portal on the WCRP website. R software was used to extract NetCDF-format GCM data to Excel format and CMhyd was used for downscaling GCM data. The variance scaling method and local intensity scaling methods were used for temperature and precipitation bias correction, respectively. The Mann-Kendall (MK) method was used to determine the statistical significance of a change and identify trends in temperature and precipitation. The results of historical temperatures were significantly increased, while historical precipitation was significantly decreased. The projected mean annual temperature will increase significantly, peaking at 1.80°C by 2065, precipitation will, conversely, show significant spatial variability and seasonal dependency. For instance, by 2065, precipitation is projected to decrease between 10.05% and 12.66%. The results concluded by recommending policymakers develop climate change adaptation strategies guided by future climate scenarios. [ABSTRACT FROM AUTHOR]

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Climate adaptation policy in Canada is emerging in the context of another major challenge: the diminishing availability of affordable housing. Housing is a well‐known driver of social vulnerability to environmental risks, so as governments respond to these challenges, it will be essential to understand how housing is being situated within adaptation, particularly with respect to differences in housing tenure and how decisions around equity and social vulnerability are factored into planning and policy processes. This research examines how adaptation plans and policies in Nova Scotia are addressing the needs of the non‐profit co‐operative housing sector and assesses the adaptation readiness of housing co‐operatives in the province. Two methods are employed: a systematic content analysis of municipal and provincial climate policy documents, and interviews with key informants across the co‐operative housing sector and government agencies. Using a modified adaptation readiness framework, we consider the potential for co‐operative adaptation and complimentary public policy to address vulnerability at the intersection of housing and climate change. Findings indicate that non‐market forms of tenure have been largely neglected by adaptation planners and state policymakers. Several barriers which contribute to a low level of adaptation readiness for co‐ops are highlighted, notably a lack of usable science and funding to facilitate adaptation. Characteristics such as affordability and a propensity for collective action position housing co‐ops to be agents of equitable and systemic adaptation, but this potential will only be realized in Canada if key barriers are overcome through targeted governmental rt for non‐profit housing organizations. [ABSTRACT FROM AUTHOR]

Natural flood management is emerging as a viable way to leverage ecological services to manage flooding. Stakeholders are progressively positioning natural flood management at the scale of river catchments to encourage a move beyond localised and opportunistic actions towards more strategic and cost‐effective flood risk management responses. This reflects a broader turn towards nature‐based solutions, acknowledgement of the climate change adaptation imperative, and recognition that natural flood management can achieve multiple socio‐economic and biophysical co‐benefits. A particular set of issues connected to the specific characteristics of natural flood management are influencing attempts to move towards the catchment scale. This paper identifies evidence, funding and governance as key to understanding the challenges facing natural flood management in this context, with these issues providing a focus for the identification of strategies to move towards catchment scale outcomes. A case study exploring the Irwell catchment in Northwest England provides empirical insights on these themes and identifies approaches that can support the transition towards catchment scale natural flood management. This paper calls for wider implementation of experimental approaches in this field focused on multi‐faceted evaluation, blended financing and strategic intermediaries to help overcome overarching evidence, funding and governance challenges to making this transition. [ABSTRACT FROM AUTHOR]

This comprehensive review explores the escalating environmental crisis of ocean acidification, primarily driven by anthropogenic carbon dioxide molecule (CO2) emissions. In this study, we employed a systematic methodology to collect and analyze literature relevant to ocean acidification. Our research involved an exhaustive search of databases such as PubMed, Web of Science, Google Scholar, and Mendeley to gather pertinent studies published up until 2024. In addition, we consulted secondary sources, including expert panel reports, to enhance the depth of our analysis. Socio-economic ramifications are profound, particularly for fisheries, tourism, and coastal communities that rely heavily on marine resources. This research underscores the potential for substantial exacerbates in these sectors, emphasizing the need for targeted policies and management strategies to mitigate the adverse effects of ocean acidification. By addressing these critical areas, the study informs stakeholders and supports the development of adaptive measures that can sustain local economies and preserve biodiversity in affected regions. The economic consequences could be substantial, exacerbating global social and economic disparities. Speculative considerations highlight the potential for significant global impacts and the urgent need for proactive, coordinated action. This review emphasizes the importance of continued research and monitoring to develop effective mitigation and adaptation strategies, underscoring the critical role of global cooperation and innovation in environmental management. This review aims to serve as a call to action, highlighting the urgency to preserve marine ecosystems and their services to humanity in the face of this growing environmental challenge. [ABSTRACT FROM AUTHOR]

Environmental conditions shape fruit and seed traits, affecting seedling establishment. Studying these variations along environmental gradients is a way to predict plant adaptations to climate change. Here, we investigated how morphological and chemical traits of fruits and seeds change in Myrsine coriacea trees across different elevations in the Brazilian Atlantic Forest. We collected fruits and seeds from ten natural populations along an elevation gradient from 639 to 2160 m. We obtained the fruit diameter and the dry mass of fruits and seeds. Then, the chemical composition of pericarps and seeds was assessed by quantifying total lipids, total protein, total soluble phenols, total soluble sugars, and starch. Fruit diameter and dry mass of fruits and seeds decreased with increasing elevation, while the concentration of total soluble phenols in the pericarp and seeds increased across the gradient. The greater energy restrictions at higher elevations can explain the decrease in fruit size. Protective mechanisms against increased UV-B radiation may explain the higher concentration of total soluble phenols in pericarps and seeds. The elevation gradient shaped fruit and seed responses, leading to a trade-off between fruit size and energy reserve in the elevation gradient. [ABSTRACT FROM AUTHOR]

Evapotranspiration (ET) is a key component of the hydrological cycle, encompassing evaporation processes from soil and water surfaces and plant transpiration (Sun et al., 2017). Accurate estimation of ET is vital for effective water resource management, agricultural planning, and environmental monitoring (Gowda et al., 2008). However, the complex interactions between land surface conditions, vegetation, and atmospheric factors make direct measurement of ET challenging, leading to the development of various estimation methods. Remote sensing has become a widely used approach for estimating ET over large areas because it provides spatially comprehensive data (Xiao et al., 2024). Methods like the Surface Energy Balance Algorithm for Land and the Surface Energy Balance System utilise satellite-derived thermal imagery and meteorological inputs to calculate ET by analysing the energy exchanges between the land surface and the atmosphere. These methods are advantageous for their broad spatial coverage, making them particularly useful for regional to global scale studies. However, they require careful calibration and validation, and their accuracy can be affected by the spatial resolution of the satellite data and the quality of meteorological inputs. In addition to remote sensing, several other ET estimation methods are commonly employed. The Penman-Monteith equation is one of the most widely accepted methods, integrating meteorological data—such as air temperature, humidity, wind speed, and solar radiation— with biophysical properties of vegetation to estimate ET. This method has been validated extensively, making it a standard reference in ET studies. Empirical methods like the Hargreaves-Samani equation provide simpler alternatives that require fewer data inputs, making them suitable for regions with limited meteorological information but with a trade-off in accuracy. Direct measurement techniques offer highly accurate ET data, including lysimeters and eddy covariance systems. Lysimeters measure water loss directly from a soil column, while eddy covariance systems assess the exchange of water vapour and energy between the surface and the atmosphere. Despite their precision, these methods are limited by high costs, maintenance requirements, and their applicability to small-scale, homogeneous areas (Howell, 2005). Choosing the appropriate ET estimation method depends on the scale of the study, data availability, and the specific application. Remote sensing and models like Penman-Monteith offer scalability and broad applicability, while direct measurements provide precise data at localised scales. Integrating these methods can improve the reliability of ET estimates, enhance water resource management, and aid in climate adaptation efforts. [ABSTRACT FROM AUTHOR]

Subsidized insurance against extreme weather events improves affordability among households in at‐risk areas but it can weaken the risk signal via property prices. Leveraging a granular data set of all property transactions and flood events in England, we study the effects of a reinsurance scheme that lowers insurance premiums for at‐risk properties. We document that the introduction of this scheme increases prices and transaction volumes of flood‐prone properties. This fully offsets the negative direct effects of flooding on property prices, with high‐income areas and high‐value properties benefiting relatively more. Our findings speak to the debate on climate adaptation policies and their consequences for wealth distribution. [ABSTRACT FROM AUTHOR]

In the context of climate change, sea level rise and land planning, systemic approaches based on resilience principles are required for the adaptation of coastal areas. In this paper, a new conceptual framework is proposed in which an area and its flood protection system are considered to be two nested social-ecological systems (SESs). Other types of networks of structures, especially transportation infrastructure (ports and waterways, roads and railways) can also be represented, in relation to the areas where they are located, as nested SESs. This conceptual framework, based mainly on the concept of social-ecological resilience, is recommended to develop a common adaptation strategy shared between infrastructure managers and land use planners. It also allows the complementary use of the concepts of technical, ecological and social resilience by different actors to meet specific objectives, which may concern the management of natural or anthropogenic structures or the revision of institutions. [ABSTRACT FROM AUTHOR]

Can the World Bank effectively mobilize private finance to developing countries to support climate change transition? This paper demonstrates that the World Bank's market-based approach, exemplified by its Maximizing Finance for Development (MFD) approach, under-serves areas with a higher need for mitigation and adaptation finance. As such, MFD seems more aligned with donors' interests in climate finance burden sharing, than with recipients' needs. While the World Bank now 'talks the talk' of effectively leveraging private development finance, findings on MFD show that the organization does not yet 'walk the walk'. The paper uses Qualitative Comparative Analysis to show that the MFD agenda is leading the World Bank to systematically ignore countries with low levels of development, poor governance structures, and higher levels of climate risk. By showing that the Bank's MFD approach is insufficient to incentivize private investment in the countries that need adaptation and mitigation finance the most, this article contributes to the critical scholarship on the World Bank that highlights its tendency to behave more like a financial institution than as a development agency, to the detriment of the most vulnerable global populations. [ABSTRACT FROM AUTHOR]

This paper provides a novel approach to integrate farmers' behavior in spatially explicit agricultural land use modeling to investigate climate change adaptation strategies. More specifically, we develop and apply a computationally efficient machine learning approach based on reinforcement learning to simulate the adoption of agroforestry practices. Using data from an economic experiment with crop farmers in Southeast Germany, our results show that a change in climate, market, and policy conditions shifts the spatial distribution of the uptake of agroforestry systems. Our modeling approach can be used to advance currently used models for ex ante policy analysis by upscaling existing knowledge about farmers behavioral characteristics and combine it with spatially explicit environmental and farm structural data. The approach presents a potential solution for researchers who aim to upscale information, potentially enriching and complementing existing land use modeling approaches. [ABSTRACT FROM AUTHOR]

The Ashanti region in Ghana, abundant in natural resources such as forests and vegetation biomes, significantly supports the livelihoods of a significant portion of the population. The sustainable management of forest resources remains a significant challenge to achieving environmental and economic growth and poverty alleviation. The study aims to identify the drivers of deforestation and assess its impact on the livelihoods of the poor and vulnerable communities in the Ashanti region. The study utilized qualitative and space-based data to examine the patterns of vegetation cover and deforestation from 2000 to 2020. The results revealed moderate to sparse vegetation in Ashanti from 2002, 2005, 2011, 2015, 2017, and 2018, with no vegetation in the northcentral part, attributed to climate change, agricultural practices, government policies, and deforestation-related disasters. The study found a significant correlation (R² = 0.8197) between years and deforestation areas, especially in 2018 at around 16,000 Sqkm, indicating an exponential increase with severe implications for sustainable livelihoods. Much of these changes were reflected in 2020 with a high peak of deforestation towards the southeastern parts of the region. Additionally, the results show that the poor groups are not passive actors but are actively involved in identifying systems and processes through which to build their adaptive capacity and resilience to environmental and climate change-induced changes. The findings provide evidence-based and all-inclusive approaches that would encourage vulnerable and marginalized groups to participate in the co-production and co-creation of policies and strategies. This outcome is geared towards transformative and sustainable communities while ensuring efficient and effective response and recovery capacities of deforested lands. [ABSTRACT FROM AUTHOR]

Climate change is one of the biggest challenges facing the world today threatening societies and the future of the planet. The impacts of climate change are more severe in poor and marginalised populations like Indigenous communities where people rely heavily on their Indigenous Knowledge (IK) to adapt to the changing environment. Climate change adaptation and resilience are critical for the survival of Indigenous communities under the threat of climate change. This systematic literature review seeks to understand how IK contributes to climate change adaptation and resilience. A total of 71 papers from Scopus were analysed using the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) method. It investigated three research questions: (i) How is IK understood in climate change studies? (ii) What kind of IK is used to address climate change and enhance adaptation and resilience? and finally, (iii) What could be done to maximise the use of IK towards enhancing climate adaptation and resilience? The study found that Indigenous people use IK to predict extreme climatic conditions, prepare for it, and live through it making use of Indigenous adaptation strategies in multiple manifestations. The solutions to maximise the benefits of IK promote two dominant themes requiring more research on IK and climate change with diverse focus areas and the need to bridge it with scientific knowledge. This review provides a starting point for such research that will draw upon IK to enhance climate adaptation and resilience towards meaningful sustainable development. [ABSTRACT FROM AUTHOR]

Quantifying flood risk depends on accurate probability estimation, which is challenging due to non‐stationarity and the combined effects of multiple factors in a changing environment. The threat of compound flood risks may spread from coastal areas to inland basins, which have received less attention. In this study, a framework based on time‐varying copulas was introduced for the treatment of compound flood risk and bivariate design in non‐stationary environments. Archimedean copulas were developed to diagnose the non‐stationary trends of flood risk. Return periods, average annual reliabilities, and bivariate designs were estimated. Model uncertainty was analyzed by comparing the results for stationary and non‐stationary conditions. The case study investigated the extreme rainfall and water level series from the Qinhuai River Basin and the Yangtze River in China. The results showed that marginal distributions and correlations are non‐stationary in all bivariate combinations. Ignoring composite effects may lead to inappropriate quantification of flood risk. Excluding non‐stationarity may lead to risk over or underestimation. It showed the limitations of the 1‐day scale and quantified the uncertainty of non‐stationary models. This study provided a flood risk assessment framework in a changing environment and a risk‐based design technique, which is essential for climate change adaptation and water management. [ABSTRACT FROM AUTHOR]

Employing a two-period model with an environmental externality, this paper investigates the relation between emission taxation and the optimal level of public debt. The central insight is that the effect of emission taxation on optimal borrowing is ambiguous and may lead to lower or higher optimal debt. In the context of climate change, we even show that the counterintuitive result of a higher optimal debt level is likely in the short-run and possibly also in the long-run, a result that provides a novel rationale for public borrowing. Our basic arguments turn out to be robust against several generalization. [ABSTRACT FROM AUTHOR]

Adopting the perspective of practitioners, we analyse the case of farm ponds for supplemental irrigation built in Burkina Faso and Mali. We reflect on the ways in which climate technologies can contribute to smallholder farmers' resilience to climate change, showing that in the different processes involved in the design and implementation of farm ponds as climate technologies, the distinction between infrastructure, equipment and machinery, on the one hand, and people, societies and communities, on the other, concealed the complexity of agricultural, agro-ecological and development practices. This ultimately hindered the potentially positive impacts of the technology and confirmed what the literature has already shown: that climate technologies should be approached as solutions that, regardless of their use of a particular piece of infrastructure or equipment, are always 'socio-technical'. [ABSTRACT FROM AUTHOR]

Platy-laminar corals have miraculously been reported as sedimentation-tolerant, though their morphology could naturally allow undesirable surface sedimentation. In this paper, we examine how micro-morphological variation might possibly become a key factor for platy-laminar corals Echinopora lamellosa Esper (1795) and E. pacificus Veron (1990) to survive turbidity stress. We observed corallite morphometric [area (CA), diameter (CD-min, CD-max, CD-rate), spacing (ICD), mouth-disk diameter (MD), exsert septal spacing (IES), polyp density (PD) and height (PH), and skeleton thickness (SkT)] of both species that inhabit in different depth regime (2 m and 4 m) of non-turbid sites (ST1 and ST4) and turbid sites (ST2 and ST3). There were significant differences between populations inhabit different depths and turbidity levels. Higher turbidity seems to correspond to the increasing size of corallite morphometric, while thicker limestone and denser polyps present in lower turbidity. In micro-scale environment, the 'hill-and-slope –like' structure of protruded corallite of turbid corals might passively prevent sediment accumulation over their polyp's surface, while lower and wider valley between corallites accommodate temporary siltation. The suitable micro-morphological configuration could greatly determine the platy-laminar corals survivorship in turbid conditions. [ABSTRACT FROM AUTHOR]

Progressing climate change significantly affects the quality of life in cities. The related changes in the rainfall structure lead to an increased frequency of extreme hydrological phenomena such as droughts and floods. The increasing intensity of rainfall is a particular threat to urbanised areas, where due to the high degree of area sealing, an increase in runoff volumes and peak flow rate is observed. Storm water drainage systems are often not adapted to accommodate increased rainwater flows, which leads to the so-called urban floods. On the other hand, prolonged periods without precipitation may, in turn, lead to periodic water shortages. Cities must implement a climate change adaptation strategy. One of the solutions for rational rainwater management is the implementation of Blue-Green Infrastructure. These facilities are a modern solution supporting the sewage networks operation, water retention, and improving the quality of life in cities. The article presents the literature review on the current state of knowledge about Blue-Green Infrastructure and the implementation stage of these solutions in the world. Solutions that are newly introduced, not necessarily newly invented, in many places around the world are described. The literature review was limited to the period 2018–2023 to indicate the most modern and up-to-date strategies. Highlights: Not all Blue-Green Infrastructure solutions will work in all climatic conditions. A broad description of existing BGI solutions in individual countries is lacking. There is still a lack of BGI solutions implementation in areas most vulnerable to water stress. BGI implementation studies are carried out mainly in countries with high GDP. Africa is neglected in the literature related to Blue-Green Infrastructure. [ABSTRACT FROM AUTHOR]

Copyright of Journal of Planning Education & Research is the property of Sage Publications Inc. and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)

"Single action bias" (SAB) characterizes individuals' inclination to undertake only one preventive measure against climate change, disregarding potentially more effective alternatives. This bias poses a significant obstacle to comprehensive responses to climate change. While dynamic climate simulators have been developed to raise awareness of climate change and encourage pro-environmental behaviors, the prevalence of SAB within these tools remains unexplored. This study introduces the "Single Action Bias-Interactive Climate Change Simulator" (SAB-ICCS) to investigate SAB's manifestation in dynamic scenarios. Utilizing the framework of the Interactive Climate Change Simulator (ICCS), known for its efficacy in fostering pro-environmental actions, the SAB-ICCS explores how feedback, probability, and their interplay influence SAB prevalence during climate mitigation and adaptation decision-making. A total of 160 participants were randomly assigned to four conditions in the SAB-ICCS, varying feedback presence and climate change probability. Participants engaged in climate mitigation and adaptation actions, simulating the repercussions of climate change through investment choices in climate mitigation and adaptation (consisting of three insurance plans). The study's dependent variables were the participants' actions towards climate mitigation and adaptation. Results revealed a substantial prevalence of single action proportion (42%) compared to other action proportions. Furthermore, the total monetary investment was significantly higher when taking optimal actions than when exhibiting SAB. Moreover, a higher probability of climate change resulted in a higher prevalence of SAB (49%) than a lower probability (35%). Interestingly, feedback availability did not significantly impact SAB prevalence. Though both feedback and the probability of climate change influenced how participants exhibited SAB, and the absolute monetary investment was also significantly affected. This research enhances our comprehension of SAB within educational climate simulations, which is vital for informing climate education and policymaking. It offers insights for policymakers and educators to develop interventions addressing SAB, enhancing climate action strategies by understanding probability and feedback influences. [ABSTRACT FROM AUTHOR]