Climate Change

Climate change, a global phenomenon characterized by alterations in weather patterns, rising global temperatures, and an increase in extreme weather events, poses a significant challenge to sustainable development and directly impacts the United Nations' Sustainable Development Goals (SDGs). The SDGs, a collection of 17 interlinked global goals designed as a "blueprint to achieve a better and more sustainable future for all" by 2030, are intrinsically connected to climate action.

Central to this relationship is SDG 13: Climate Action, which calls for urgent measures to combat climate change and its impacts. This goal acknowledges that without immediate and sustained action to reduce greenhouse gas emissions, the achievement of other SDGs is at risk. Climate change exacerbates existing challenges such as poverty (SDG 1), hunger (SDG 2), and health issues (SDG 3) by disrupting livelihoods, food security, and health conditions. For instance, increased temperatures and changing precipitation patterns affect crop yields, leading to food insecurity. Similarly, the spread of diseases is influenced by climatic conditions, directly impacting public health.

Furthermore, climate change has a disproportionate impact on vulnerable populations, including those living in poverty, exacerbating inequalities (SDG 10). It affects access to clean water (SDG 6) and sanitation, with changing weather patterns disrupting water supply. The degradation of natural habitats and ecosystems under climate stress threatens life below water (SDG 14) and life on land (SDG 15), leading to biodiversity loss and affecting the livelihoods of those dependent on these ecosystems.

The economic impacts of climate change are also profound, affecting sustainable industrialization (SDG 9) and undermining economic growth (SDG 8). Severe weather events cause extensive damage to infrastructure and lead to economic losses, while changes in climatic conditions can impact industries such as agriculture, fishing, and tourism.

Moreover, climate change poses challenges to achieving sustainable cities and communities (SDG 11) as urban areas face increased risks of flooding, heatwaves, and air pollution. This necessitates the development of resilient infrastructure and adaptive urban planning. Additionally, the energy sector, integral to most economic activities, must transition towards clean and renewable sources (SDG 7) to mitigate climate change, highlighting the interdependence of the SDGs.

Global partnerships (SDG 17) are crucial in addressing climate change, as it is a global issue requiring international cooperation and funding. Developed countries are urged to support developing nations in climate mitigation and adaptation efforts, recognizing the shared responsibility and differing capacities among nations.

This study shows that the growth of fossil-fuel-powered vehicles significantly contributes to rising carbon dioxide levels and global warming, and suggests that investing in clean energy vehicles and implementing effective policies are crucial to reducing climate change and promoting sustainable development. As part of the research, the authors develop a new mathematical model to analyze the impact of fossil fuel vehicle emissions on atmospheric carbon dioxide concentrations and global warming.
The Mata Atlântica has lost over 85% of its cover, threatening climate and livelihoods. Our study reveals that reforestation with long-lived wood products can triple profits while enhancing carbon sinks, urging policymakers, landowners, and industries to collaborate for sustainable restoration.
This review evaluates how AI-driven solutions, especially generative AI, can enhance urban energy resilience to help power systems adapt to and recover from extreme weather events and energy crises. By improving energy efficiency, reliability, and robustness, this approach directly supports the transition to carbon neutrality, which is essential for limiting global temperature increase and mitigating the impacts of climate change.
Elsevier, Trends in Plant Science, Volume 30, April 2025
Climate change threatens global food security by reducing crop yields and increasing environmental stresses, requiring urgent innovation in crop resilience through advanced breeding, genetic engineering, and sustainable practices. To succeed, global collaboration, streamlined regulations, public engagement, and integrating field and lab research are essential for developing adaptable, climate-resilient crops that ensure a sustainable food future.
This study is significant because it highlights the importance of accurate ice thickness estimations for glaciological and hydrological research, which are essential for predicting glacier behavior and assessing water resources. By identifying limitations in current modeling techniques, it underscores the need for improved models and more extensive field measurements to enhance understanding of glacier dynamics and their implications for climate change, sea level rise, and freshwater availability.
This article examines the differences in heat-related illness (HRI) outcomes between urban and rural areas in the United States using data from the National Emergency Medical Services Information System (NEMSIS) from 2021 to 2023.

This paper discusses Australia's first pass qualitative climate risk assessment, comparing it with 15 other national assessments to identify common themes and differences, and suggests that developing a shared framework could enhance international collaboration and coordinated climate action.

This paper discusses Australia's first pass qualitative climate risk assessment process, compares it with other national assessments, and offers insights and themes to inform the development of a common framework for global climate risk evaluations.
This scoping review identified various adaptation strategies to protect maternal and child health from climate change effects, highlighting the need for more tailored, context-specific interventions involving pregnant women and local healthcare services.
This study explores nanostructured MOF-composite membranes as a promising technology for enhanced CO2 capture, highlighting improved gas separation performance, stability, and scalability while addressing challenges like regeneration and sustainability through advanced synthesis and modeling approaches.

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