Wildfires have become an increasing global threat to public health and quality of life. Many countries employ air quality monitoring and reporting systems to mitigate health risks associated with air pollution, including wildfire smoke. This study investigates the factors influencing individuals’ sensitivity to air quality information, specifically their likelihood of reducing or ceasing outdoor activities in response to air quality ratings, with a focus on wildfire smoke exposure in the western United States. Using the Bayesian Mindsponge Framework (BMF) (...) analytics, the study analyzed data from 2,237 participants in the Boise Metropolitan Area of Idaho and Boise State University. The findings reveal that women, older individuals, and those with higher educational levels are more likely to reduce outdoor activities at lower unhealthy AQI levels (the lowest being ‘good air quality,’ while the highest being ‘hazardous air quality’), while individuals with higher incomes are less responsive. Women and older adults, in particular, are even more likely to eliminate all outdoor activities. Additionally, individuals who perceive wildfire smoke as more severe than other natural disasters are more inclined to reduce or eliminate outdoor activities at lower unhealthy air quality levels. Experiences of wildfire smoke-related illness—either personally or within their households—further amplify this effect. These findings highlight the importance of localized, context-specific approaches to AQI dissemination and wildfire smoke risk communication to build resilience and safeguard public health in the face of escalating wildfire challenges driven by climate change. (shrink)

This article identifies and compares meanings of wildfire risk mitigation for stakeholders in the Front Range of Colorado, USA. We examine the case of a collaborative partnership sponsored by government agencies and directed to decrease hazardous fuels in interface areas. Data were collected by way of key informant interviews and focus groups. The analysis is guided by the Circuit of Culture model in communication research. We found both shared and differing meanings between members of this partnership (the ‘‘producers’’) and (...) other stakeholders not formally in the partnership (the ‘‘consumers’’). We conclude that those promoting the partnership’s project to mitigate risk are primarily aligned with a discourse of scientific management. Stakeholders outside the partnership follow a discourse of community. We argue that failure to recognize and account for differences in the way risk mitigation is framed and related power dynamics could hamper the communicational efforts of the collaborative partnership and impact goals for fuels reduction. We recommend ways that both groups can capitalize on shared meanings and how agency managers and decision makers can build better working relationships with interface communities and other external stakeholders. (shrink)

Wildfires are formidable and unpredictable natural forces that have shaped ecosystems for thousands of years. Yet, in an era of accelerating climate change and expanding human development into fire-prone regions, understanding how wildfires behave has never been more urgent. A recent global synthesis by Cruz, Hoffman, and Fernandes (2025) brings together two decades of field-based research on fire dynamics, with a focus on forests and shrublands—two ecosystems increasingly vulnerable to wildfire impacts.

As climate change accelerates, wildfires are becoming more frequent, intense, and widespread. An international study published in Nature Sustainability offers compelling evidence that wildfire-specific fine particulate matter (PM₂.₅)—tiny airborne particles less than 2.5 micrometers in diameter—poses a serious and disproportionate threat to respiratory health across the globe.

Following Australia’s catastrophic 2019–2020 bushfires, understanding how nature rebounds has become a national priority [2]. A study by Gibson et al. [3] demonstrates that satellite-based assessments of fire heterogeneity and vegetation recovery can effectively predict post-fire biodiversity responses across southeastern Australia.

As wildfires intensify across North America, they leave more than scorched earth in their wake. Invisible clouds of fine particulate matter—PM₂.₅, measuring 2.5 microns or smaller—travel vast distances, infiltrating lungs and triggering serious health consequences [2-4]. A recent study by Bashan, Li, and Wang [5] introduces a novel method to track these pollutants using dynamic spatial networks that capture the systemic spread of air pollution across the United States.

Nineteen Prescott Fire Department, Granite Mountain Hot Shot (GMHS) wildland firefighters (WF) perished in Arizona in June 2013 Yarnell Hill Fire, an inexplicable wildland fire disaster. In complex wildland fires, sudden, dynamic changes in human factors and fire conditions can occur, thus mistakes can be unfortunately fatal. Individual and organizational faults regarding the predictable, puzzling, human failures that will result in future WF deaths are addressed. The GMHS were individually, then collectively fixated with abandoning their Safety Zone to reengage, committing (...) themselves at the worst possible time, to relocate to another Safety Zone - a form of collective tunnel vision. Our goal is to provoke meaningful discussion toward improved wildland firefighter safety with practical solutions derived from a long-established wildland firefighter expertise/performance in a fatality-prone profession. Wildfire fatalities are unavoidable, hence these proposals, applied to ongoing training, can significantly contribute to other well-thought-out and validated measures to reduce them. (shrink)

Biomass burning from wildfires and agricultural practices is widely known to emit black carbon (BC), a powerful climate-warming particle.

It is now widely expected that climate change will be serious enough that a very large number of people will be displaced from their homes because of events relating to or resulting from climate change. Such events may include rising sea levels (and resulting increased salination of ground water), stronger hurricanes and tropical storms, drought, floods, increased and more intense wildfires, and other extreme or (previously) unusual weather events. Although estimates vary widely, it seems very likely that many millions of (...) people—perhaps hundreds of millions if sufficient precautions are not taken—will be forced from their homes by these events related to climate change. In the public imagination, much of the attention has been on ‘climate refugees’, where this is taken to mean people who have crossed borders. However, there is good reason to believe that a very large percentage—probably a significant majority—of displacement resulting from climate change will be, or could be, internal. In this chapter I argue that there are likely to be a large number of cases where internal displacement related to climate change is of international concern, and where, therefore, states have significant moral reasons to provide assistance, either directly to those displaced, or else to the state in which the displacement has taken place. My claim is that internal displacement arising from climate change is of international concern and so grounds a duty of aid by states able to provide it, when this displacement threatens the basic human rights of those displaced, and when the local or domestic government cannot or will not take the necessary steps to meet the needs and protect the rights of those who are displaced. (The uploaded version of this paper is an uncorrected proof. Please cite and refer to the published version.). (shrink)

Amid escalating climate pressures and resource constraints, the wood-based composite panel (WBCP) industry—encompassing particleboard, medium-density fibreboard (MDF), and oriented strand board (OSB)—emerges as a critical player in promoting sustainability and circular economy principles. These panels not only contribute significantly to carbon storage but also enhance the valorization of low-value wood resources [2]. However, the sector now faces profound challenges driven by diminishing conventional wood supplies, intensifying wildfires, and growing competition from the bioenergy sector.

As humanity grapples with increasingly unpredictable weather and intensifying climate extremes, scientists are calling for not only reliable long-term climate projections but also timely and accurate short-term forecasts—a practice now referred to as climate “nowcasting”. A crucial yet often underestimated player in this endeavor is aerosols—tiny particles suspended in the atmosphere, originating from both human activities such as industrial pollution and wildfires, and natural sources like desert dust and sea spray.

With growing global concerns about water scarcity and environmental sustainability, understanding the factors influencing individual water conservation behaviors is crucial. This study utilizes the Bayesian Mindsponge Framework (BMF) analytics to investigate the relationship between concerns of local issues and water conservation behaviors in a sample of 1831 residents in Albuquerque, New Mexico, USA. New Mexico is an arid region of which 90% faced severe drought driven by the most significant wildfire in state history and some of the driest months (...) ever recorded in 2022. The results show a positive association between the drought or water scarcity concern and the number of water conservation behaviors adopted. Likewise, the positive association between the concern about population growth and development and water conservation behaviors is also observed. However, further examination is needed due to the weak reliability of this relationship. In contrast, negative associations between concerns about water quality and water bills with water conservation behaviors are also identified. Based on these findings, the study discusses the potential of building the eco-surplus culture by improving information dissemination of water-saving methods and existing water-related issues in the local areas. (shrink)

As climate change accelerates, so too does the risk of wildfires. Rising temperatures and prolonged droughts have transformed many landscapes into highly flammable environments. In response to this growing threat, a recent study by Hashida et al. (2025) highlights a proactive and promising adaptation strategy: prescribed fires, also known as controlled burns.

As climate change accelerates, critical energy infrastructure is facing escalating threats. Electric power grids—integral to healthcare, communication, and water systems—are increasingly exposed to extreme weather events such as windstorms, floods, heatwaves, and wildfires. In a comprehensive review, Karagiannakis et al. [2] emphasize the need for improved fragility models to assess infrastructure vulnerability and inform climate adaptation strategies accurately.

The Consequences of Human Overpopulation: Nature’s Automatic Balancing Mechanism -/- Introduction -/- Throughout history, civilizations have risen and fallen due to their ability—or failure—to manage resources and population growth. In today’s world, human overpopulation has reached an unprecedented scale, straining ecosystems, depleting resources, and accelerating climate change. If population growth remains unchecked, nature will impose its own form of balance through disease, war, famine, and environmental collapse. This essay explores how overpopulation mirrors invasive species behavior and how nature’s corrective mechanisms (...) will inevitably restore equilibrium if humans fail to act. -/- Human Overpopulation as an Invasive Species Phenomenon -/- In ecology, an invasive species is one that spreads uncontrollably, outcompeting native species and destabilizing ecosystems. Humans fit this description in many ways. Over the past centuries, human populations have expanded across the planet, altering environments, driving species to extinction, and consuming resources at an unsustainable rate. -/- Characteristics of an Invasive Species in Human Behavior: -/- 1. Uncontrolled Growth – The human population has increased exponentially, surpassing eight billion and continuing to rise. -/- 2. Resource Overconsumption – Forests are cleared, water sources are depleted, and fossil fuels are burned at unsustainable rates. -/- 3. Disruption of Ecosystems – Pollution, habitat destruction, and climate change have permanently altered natural cycles. -/- 4. Lack of Natural Population Control – Unlike other species, humans have eliminated most natural predators and diseases through medicine and technology. -/- When any species exceeds the carrying capacity of its environment, nature enforces balance through survival pressures. Humanity is not exempt from this rule. -/- Nature’s Methods of Population Control -/- If humans fail to regulate their own numbers, natural forces will intervene. The following mechanisms have historically served as population checks and will continue to do so: -/- 1. Disease and Pandemics -/- Throughout history, pandemics have significantly reduced human populations. The Black Death in the 14th century wiped out nearly 50% of Europe’s population, and more recently, COVID-19 caused millions of deaths worldwide. Overpopulation leads to dense urban areas where diseases spread rapidly. Additionally, antibiotic resistance and new viruses could emerge as unintended consequences of human activity, leading to more devastating outbreaks. -/- 2. War and Conflict -/- As resources become scarce, competition intensifies. Wars often arise from disputes over land, water, food, and energy. In modern times, conflicts in regions suffering from overpopulation and resource depletion—such as the Middle East and parts of Africa—demonstrate this pattern. Future conflicts over freshwater, fertile land, and energy resources are highly likely. -/- 3. Famine and Food Shortages -/- The global food supply is under strain as agricultural land becomes exhausted and climate change disrupts weather patterns. As the population grows, the demand for food increases, but overfarming leads to soil degradation, making it harder to produce enough food. Countries already facing food insecurity will suffer the most, leading to malnutrition, starvation, and potential mass migrations. -/- 4. Environmental Collapse -/- Unchecked human activity is leading to deforestation, biodiversity loss, and pollution. Climate change, fueled by overpopulation and industrialization, is causing more frequent and severe natural disasters, including hurricanes, droughts, and wildfires. These environmental catastrophes will destroy infrastructure, displace millions, and further strain already limited resources. -/- 5. Social Breakdown and Crime -/- Overpopulation leads to overcrowded cities, economic inequality, and competition for jobs and resources. In societies where basic needs cannot be met, crime rates rise, and social unrest becomes more frequent. Countries with high population densities and weak governance structures are already experiencing increased violence, civil conflicts, and failing economies. -/- Can Humanity Avoid Nature’s Harsh Correction? -/- Unlike other species, humans have the ability to recognize and mitigate the consequences of their actions. There are two possible paths: -/- 1. Self-Regulation Through Sustainable Policies -/- Governments and organizations can promote family planning, education, and birth control to stabilize population growth. -/- Shifting toward sustainable agriculture, renewable energy, and resource conservation can help prevent environmental collapse. -/- Strengthening international cooperation to manage resource distribution and prevent conflicts can reduce the risks of war and famine. -/- 2. Ignoring the Problem and Facing Natural Consequences -/- If humanity refuses to control its population, disease, war, famine, and environmental collapse will enforce balance. -/- The poorest regions will suffer first, but wealthier nations will also experience economic decline, migration crises, and societal breakdown. -/- Conclusion -/- Human overpopulation follows the pattern of an invasive species, consuming resources at an unsustainable rate and destabilizing ecosystems. While humans have the intelligence and technology to regulate their own numbers, history suggests that if we fail to act, nature will impose balance through suffering and destruction. Whether through pandemics, war, famine, or climate disasters, population control will occur—either by human intervention or by nature’s unforgiving hand. -/- The choice is clear: Will humanity take responsibility for its future, or will we wait for nature to correct our mistakes in the most brutal way possible? -/- . (shrink)

Nature’s Way of Optimization and the Law of Balance -/- Nature is the ultimate example of efficiency, balance, and sustainability. Everything in the natural world—from how animals survive to how ecosystems function to how the human body works—is designed to maximize effectiveness while minimizing waste. If we observe how nature operates, we can learn valuable lessons about how to make decisions, govern societies, and live our daily lives. -/- This understanding aligns with the universal law of balance in nature, which (...) shows that everything must function in harmony to prevent failure or destruction. Throughout history, civilizations and economies that followed these natural principles thrived, while those that ignored them collapsed. -/- Survival and the Law of Cause and Effect -/- In nature, only the strongest and most adaptable species survive. This process, called natural selection, ensures that living things improve over time by keeping the traits that help them survive and eliminating the ones that don’t. This idea is similar to the law of cause and effect (karma)—if something is defective, it won’t function properly. -/- For example, consider the cheetah and the gazelle. Over generations, cheetahs have evolved to run faster to catch their prey, while gazelles have evolved to be more agile to escape. This balance keeps both species in check. If cheetahs became too fast and killed all gazelles, they would starve. If gazelles became too fast, cheetahs would die out, disrupting the ecosystem. -/- A similar pattern exists In human societies. Singapore is an example of a country that followed the law of balance in its development. It had limited resources but invested heavily in education, technology, and sustainable urban planning. Today, it is one of the most successful economies in the world, proving that proper planning and balance lead to success. -/- In contrast, Venezuela ignored economic balance. Despite having the world’s largest oil reserves, poor policies, corruption, and over-reliance on oil caused economic collapse. This is similar to an animal species that overuses its resources and faces extinction. -/- The Power of Feedback: How Nature Corrects Itself -/- Nature has built-in feedback systems to keep everything in balance. For example, if too many deer exist in a forest, they eat too many plants, reducing food availability. As a result, some deer starve, and their population naturally decreases, restoring balance. -/- A similar feedback system applies to human society. If governments make poor policies, people protest or suffer economic consequences, forcing leaders to change their approach. A clear example is South Korea’s response to the COVI”-19 pandemic. Unlike some countries that ignored early warnings, South Korea quickly implemented mass testing, strict quarantine measures, and public health campaigns. As a result, it controlled the virus better than many other nations, proving that listening to feedback leads to better outcomes. -/- On the other hand, the Chernobyl nuclear disaster (1986) happened partly because Soviet leaders ignored early warnings from engineers, leading to one of the worst nuclear accidents in history. Just like ignoring warning signs in nature leads to extinction, ignoring feedback in society leads to disaster. -/- Energy Efficiency: Why Wasting Resources Leads to Collapse -/- Nature never wastes anything. Plants absorb sunlight efficiently through photosynthesis, animals store energy for survival, and ecosystems recycle nutrients to sustain life. -/- One of the best examples of energy efficiency is the penguin. In the freezing Antarctic, emperor penguins huddle together to conserve heat, taking turns standing on the outside to prevent exhaustion. This natural cooperation ensures survival. -/- Humans, however, often fail to follow this principle. Look at Dubai, a city built in a desert. While it has grown into a major global hub, it also uses massive amounts of water and electricity, relying on desalination plants that consume enormous energy. Without sustainable solutions, this could become a long-term problem, just like a species that consumes resources faster than they can be replenished. -/- A positive example Is Denmark, which has invested heavily in wind energy. Today, nearly 50% of its electricity comes from wind power, making it one of the most energy-efficient nations in the world. -/- Self-Organization: Free Will Exists Within Natural Laws -/- Many people think free will means we can do anything we want, but nature shows that even freedom has limits. Birds can fly, but they must follow air currents. Fish can swim, but they must adapt to ocean conditions. Every action is guided by natural laws that ensure survival and efficiency. -/- A perfect example Is Japan’s railway system. Despite being one of the busiest in the world, it runs with near-perfect punctuality because every part of the system—from maintenance workers to train operators—functions with self-discipline and coordination. This proves that even large-scale human systems can work efficiently when they follow organized, natural principles. -/- However, when humans ignore balance, problems arise. Deforestation in Indonesia has destroyed rainforests at an alarming rate. Because of excessive logging and palm oil plantations, natural ecosystems are collapsing, leading to floods, wildfires, and loss of biodiversity. This is similar to how removing a key species in an ecosystem can lead to its collapse. -/- Resilience and Education: How Societies Can Heal -/- Nature is resilient—it recovers after disasters. Forests regrow after wildfires, coral reefs recover from bleaching, and animals adapt to changing climates. But this recovery only happens because nature learns and adjusts. -/- One of the best human examples of resilience is Germany after World War II. After its destruction, Germany rebuilt itself through education, innovation, and sustainable industry. Today, it is one of the world’s leading economies, proving that even nations can recover if they focus on knowledge, sustainability, and balance. -/- However, societies that fail to learn from their mistakes collapse. Easter Island, once a thriving civilization, was destroyed because its people cut down all their trees, leaving them without resources. Their lack of foresight and adaptation led to their downfall—just like an animal species that fails to adapt to environmental changes. -/- Nature’s Recycling: Why Good Leadership Must Be Sustainable -/- Nature wastes nothing—dead plants and animals decompose into nutrients that feed new life. The carbon and nitrogen cycles keep ecosystems functioning. Just as nature ensures that everything is reused efficiently, leadership and governance should be sustainable. -/- An excellent example of a balanced government is Bhutan. Instead of measuring success by GDP alone, it follows Gross National Happiness (GNH), which considers economic growth, environmental conservation, and cultural values. This balanced approach has made Bhutan one of the happiest and most sustainable countries in the world. -/- On the other hand, countries that ignore sustainability face collapse. Syria’s civil war was worsened by climate change—years of drought caused food shortages, leading to conflict. Ignoring nature’s balance led to political and humanitarian disaster. -/- Conclusion: The Path to a Balanced and Optimized Society -/- Nature teaches us that survival and success depend on balance, efficiency, and adaptation. Societies that respect these principles thrive, while those that ignore them suffer. -/- The universal law of balance in nature is not just a theory—it is a reality that governs everything from biology to economics to human behavior. If we integrate these lessons into education, governance, and leadership, we can create a world that is sustainable, just, and optimized for future generations. -/- If we fail to follow these natural laws, the consequences will be suffering, collapse, and chaos. But if we align with them, we can build a society that thrives in harmony with nature, ensuring peace, prosperity, and sustainability for all. -/- . (shrink)

-/- Title: The Major Problems of U.S. Society and Their Possible Solutions -/- The United States, known for its wealth, innovation, and global influence, continues to face significant societal challenges that hinder its ability to create a fair, peaceful, and sustainable future. While the country has achieved remarkable progress in many areas, several persistent and interrelated problems remain. Among the most pressing are political polarization, income inequality, inadequate healthcare, gun violence, systemic racism, mental health issues, climate change, homelessness, immigration challenges, (...) and disparities in education. Addressing these issues requires a multifaceted approach grounded in evidence, compassion, and long-term thinking. -/- 1. Political Polarization -/- Political division has reached historic levels, making compromise and collaboration difficult. Misinformation, social media echo chambers, and partisan media outlets deepen the divide. -/- Solution: Encourage civic education and critical thinking in schools. Promote media literacy to help citizens identify reliable information. Electoral reforms such as ranked-choice voting may also reduce extreme partisanship by encouraging moderate candidates. -/- 2. Income Inequality -/- The wealth gap continues to grow, with millions struggling to meet basic needs while the wealthiest accumulate immense fortunes. This disparity undermines economic mobility and social stability. -/- Solution: Introduce fairer tax policies and invest in job training and education to support upward mobility. Raising the federal minimum wage and improving labor rights would also help reduce inequality. -/- 3. Healthcare Access and Costs -/- The U.S. healthcare system is among the most expensive in the world, yet millions lack sufficient access to care. -/- Solution: Expand access to affordable healthcare through public options or universal health coverage. Regulate pharmaceutical pricing and reduce administrative overhead through streamlined systems. -/- 4. Gun Violence -/- Frequent mass shootings and high rates of gun-related deaths remain a critical concern. -/- Solution: Enact comprehensive gun reform, including universal background checks, safe storage laws, and restrictions on high-capacity weapons. At the same time, invest in community-based violence prevention programs. -/- 5. Systemic Racism -/- Racial disparities in education, income, policing, and healthcare reflect deep-seated systemic issues. -/- Solution: Implement equitable policies that dismantle systemic barriers—such as reforming police practices, improving access to quality education in underserved communities, and promoting diversity in leadership roles. -/- 6. Mental Health Crisis -/- Mental health disorders, especially among youth, have increased sharply in recent years, yet mental health services remain underfunded and stigmatized. -/- Solution: Increase public funding for mental health care and make services accessible in schools and workplaces. Launch national campaigns to reduce stigma and raise awareness. -/- 7. Climate Change -/- The effects of climate change—wildfires, floods, and extreme weather—are intensifying, posing a major threat to both the environment and the economy. -/- Solution: Invest in renewable energy, enforce stricter emissions standards, and rejoin international climate agreements. Local communities should be supported in adapting to climate-related threats. -/- 8. Homelessness and Housing Crisis -/- Rising housing costs and insufficient affordable housing contribute to widespread homelessness in major cities. -/- Solution: Build more affordable housing, support rental assistance programs, and provide wraparound services for the homeless, including mental health care and addiction treatment. -/- 9. Immigration Challenges -/- Immigration remains a polarizing topic, especially in regard to undocumented migrants and border control. -/- Solution: Create a fair and humane immigration system that includes a path to citizenship for undocumented immigrants and modernizes border management to balance security and compassion. -/- 10. Education Disparities -/- Educational quality varies drastically depending on geography and income level, reinforcing cycles of poverty. -/- Solution: Increase federal funding for public schools in underserved areas. Support universal pre-K and reduce student loan burdens through debt forgiveness and affordable college initiatives. -/- Conclusion -/- The problems facing U.S. society are complex but not insurmountable. By acknowledging these issues and working collaboratively across political, economic, and social lines, real progress is possible. A more just and unified society can emerge by embracing inclusive policies, empowering education, and nurturing empathy. The future of the United States depends not just on innovation and prosperity, but on the moral courage to confront and correct the systemic issues that hold its people back. -/- . (shrink)

‘Of Ephesus’ begins with a series of vivid impressions of a wild and free nature—vineyards rolling across the landscape, an untrammeled sky, a runaway donkey, flaming pinecones, roosters, and colorful kites and flags. Fire in some form (wildfires, the sun, flames, torches, lightning, sunlight) is the hallmark of a dynamic reality. The reference to ‘St. Heraclitus’ supports this interpretation: Elytis, like Heraclitus, seeks to alert his audience to the possible existence of a higher realm of being. So he fashions a (...) series of striking juxtapositions intended to disrupt our ordinary experience of the world and to spark a vision of an alternative reality. In the process he draws on Heraclitus’ doctrine of the unity of the opposites, on the conception of fire as the basic power that rules the cosmos, and on the conviction that beyond the world we know through ordinary sense experience lies a second, higher reality. (shrink)

The current study is conducted to examine the following research question: 1) Who were the people who had no access to wildfire smoke notifications during the smoke event in the summer of 2018 in the Boise Metropolitan Area in Idaho? 2) Who were the people who were not familiar with the air quality rating system?

Climate is a fundamental element of the environment. Human beings' sound living depends on a healthy and sustainable climate. However, our climate is losing its natural balance day by day. As a result, it is posing harmful effects on us through different types of natural calamities. Apart from several natural processes, anthropocentric (human-caused) activities are the main cause of it. Different types of natural disasters that are occurring in the environment—for instance, hurricanes, cyclones, earthquakes, mudslides, floods, wildfires, volcanic eruptions, and (...) weather events like extreme droughts and monsoons—are likely increasing in frequency due to climate change. On the other hand, sea level is gradually rising because of global warming, which is affecting all of us in various ways. Sea-level rise has potentially harmful consequences for the inhabitants of this surface. It will not only force the coastal population to migrate from the coastal zone to inland zones, but it will also affect the global population. Along with the sea-level rise, downpours and winter storms are also occurring in many places. These are some of the risks modeled by climate change. Therefore, climate change is a complex problem that should be addressed by the physical and life sciences, psychology, economics, and politics. Moreover, climate change also raises ethical questions, such as our obligations, rights, and duty to preserve a sound climate for future generations. The main aim of this paper is to provide arguments on behalf of our moral obligations to protect a balanced and secure climate for future generations from an ethical perspective. In this paper, I intend to discuss climate change and future generations, our moral obligations to preserve a sound climate for future generations, the rights of future generations to live in a healthy climate, as well as some ways to establish justice toward future generations regarding climate change, and finally, I will confer upon the role of present generations for sustaining a sound and healthy atmosphere of the climate. (shrink)