Science, Engineering, & Mathematics Resource Guide

The illustrations in this book are created by "Team Educohack". The rise in extreme weather events globally serves as a stark reminder of the impacts of climate change. Floods, droughts, and heatwaves have become more frequent, affecting vulnerable populations worldwide. This book rigorously explores the scientific aspects of climate change while delivering a compelling message. We delve into the intricacies of climate change causes, providing a vivid description of the natural systems sustaining Earth's climate. The book explains the harmful impacts of global warming on ecosystems, biodiversity, and human civilization. We trace the history of increasing greenhouse gas concentrations, offering a roadmap for a better future. A wide range of topics is discussed in detail, including the Carbon Cycle, climate change drivers, historical climate insights, atmospheric layers, the Hydrological Cycle, and future climate risks. With relevant illustrations, the book is accessible to readers beyond just academics and experts. The book emphasizes the human role in making Earth's living conditions increasingly unsustainable. Activities like deforestation and industrial farming have altered natural dynamics. By retracing historical paths of civilizations and studying the role of climate change in their rise and fall, we gain a deeper understanding crucial for future action against climate change.

Saving the world won't happen on the silver screen. In our fragile ecosystem, climate change is swiftly becoming the defining issue of how to prepare--and protect--the earth for the future. The climate change debate raged on in America in 2015, but the facts and the science now show irrefutably that our world is rapidly changing, and that irreparable damage has already begun. From rising sea levels to the spread of disease-carrying insects, from disappearing glaciers to the hottest temperatures ever recorded, climate change as a direct result of human beings' actions affects everyone, and for many it is a matter of life or death. But progress is being made--with an historic United Nations meeting in Paris, with pledges by over one hundred countries to reduce emissions, with simple awareness. While many changes cannot be undone, great strides can still be made to stabilize regions most likely to be affected by climate change over the course of future generations. The Washington Post tackles this issue in vivid detail, profiling those who are at the forefront of the climate change debate--and those who are in the field, promoting the causes and doing the science that both warns and advocates for a safer tomorrow, for the earth and all its inhabitants.

Housewives, hard hats, and an Ohio town's restoration of the radioactive wasteland in its backyard In 1984, a uranium leak at Ohio's outdated Fernald Feed Materials Production Center highlighted the decades of harm inflicted on Cold War communities by negligent radioactive waste disposal. Casey A. Huegel tells the story of the unlikely partnership of grassroots activists, regulators, union workers, and politicians that responded to the event with a new kind of environmental movement. The community group Fernald Residents for Environmental Safety and Health (FRESH) drew on the expertise of national organizations while maintaining its autonomy and focus on Fernald. Leveraging local patriotism and employment concerns, FRESH recruited blue-collar allies into an innovative program that fought for both local jobs and a healthier environment. Fernald's transformation into a nature reserve with an on-site radioactive storage facility reflected the political compromises that left waste sites improved yet imperfect. At the same time, FRESH's outsized influence transformed how the government scaled down the Cold War weapons complex, enforced health and safety standards, and reckoned with the immense environmental legacy of the nuclear arms race. A compelling history of environmental mobilization, Cleaning Up the Bomb Factory details the diverse goals and mixed successes of a groundbreaking activist movement.

As a detailed look at the rising stakes and urgency of the various interconnected issues, this book is an important first step toward that understanding--and consequently toward the rethinking and reengineering that will allow people to live sustainably in the American West under the conditions of future global warming.

From the pilot's seat in the B-29 that dropped the atomic bomb on Hiroshima, to Chernobyl's exclusion zone and to the site in Finland where highly radioactive waste will be buried, this is the incredible story of nuclear power. Providing a vivid account of the characters and events that have shaped the world's most controversial energy source and our thinking around it, The Power of Nuclear weaves politics, culture and technology to explore nuclear power's past and future. In his quest to disentangle myth from facts, Marco Visscher asks: How dangerous is radiation? What should you do after a nuclear accident? Have nuclear weapons really made the world less safe? And why do some still reject the evidence showing the atom can provide unlimited clean energy, free countries of their dependence on fossil fuels and combat climate change? This is an informed look at what we might do with nuclear power - and what nuclear power is doing to us.

For billions of years, microbes have produced and consumed greenhouse gases that regulate global temperature and in turn other aspects of our climate. The balance of these gases maintains Earth's habitability. Methane, a greenhouse gas produced only by microbes, may have kept Earth out of a deep freeze billions of years ago. Likewise, variations in carbon dioxide, another greenhouse gas released by microbes and other organisms, help to explain the comings and goings of ice ages over the last million years.Now we face a human-made climate crisis with drastic consequences. The complete story behind greenhouse gases, however, involves microbes and their role in natural ecosystems. Microscopic organisms are also part of the solution, producing biofuels and other forms of green energy which keep fossil fuels in the ground. Other microbes can be harnessed to reduce the release of methane and nitrous oxide from agriculture, and geoengineering solutions that depend on microbes could pull carbon dioxide out of the atmosphere. In this book, David L. Kirchman introduces a unique and timely contribution to the climate change conversation and the part microbes play in our past, present, and future. He takes readers into the unseen world behind the most important environmental problem facing society today and encourages us to embrace microbial solutions that are essential to mitigating climate change.

Combining the instincts of a journalist and the insight of the leader of a national business organization at the forefront of climate policy, Bob Keefe provides the first in-depth look at how the most important climate action in history is reshaping our economy, the way we live, and the future of our planet. He shows how the future long predicted by pundits, policymakers and prognosticators has arrived, and how smart businesses and communities are seizing the opportunities that come with it. Keefe introduces readers to the next generation of clean energy entrepreneurs and innovators, and takes us to places like Kings Mountain, N.C. and Blue Oval City, Tenn., modern-day clean economy frontier towns where battery and electric vehicle factories are sprouting from fallow fields and reinvigorating communities previously bypassed by earlier economic shifts.

Every one of Earth's teeming ecosystems is an evolutionary cauldron Christopher Wills's claim has its roots in an insight from Charles Darwin: the interactions between species in an ecosystem are a powerful driver of evolution. In this book Wills describes how, by using the latest genetic techniques, we are probing ecosystems and discovering that even the most apparently barren of them are rich in variety, especially of microbes. Exploring the many ways in which ecosystems have coped with past change, and how rapidly an ecosystem can develop complexity, Wills illuminates a pathway of hope for the natural world that we have so damaged and depleted. Our new genetic knowledge can help these evolutionary cauldrons to continue brewing richness and diversity, the better to heal our living world and to enable our own survival.

A practical guide to cultivating expansive understandings of climate change and environmental regeneration in K-12 students through classroom instructional practices and curricula.   Teaching Climate Change lays out a comprehensive, NGSS-aligned approach to climate change education that builds in-depth knowledge of the subject, empowers students, and promotes a social justice mindset. In this fortifying and inspiring work, Mark Windschitl guides classroom teachers and educational leaders through an ambitious multilevel, multidisciplinary framing of climate change education as an integral element of school curricula.  Exuding hope for the future, Windschitl emphasizes the big picture of research-informed teaching about climate change. He presents real-life classroom examples that illustrate not only key STEM concepts such as carbon cycles and the greenhouse effect, biodiversity, and sustainability, but also broader issues, including the countering of misinformation, decarbonizing solutions, the centering of human stories, and the advancement of equity and environmental justice.  Windschitl offers keen advice for using methods such as storytelling, project-based learning, and models of inquiry backed by authoritative evidence as core strategies in science teaching and learning. He also addresses the social-emotional toll that discussion of the climate crisis may exact on both students and teachers. This timely book equips teachers to approach climate education with the urgency and empathy that the topic requires and shows how the classroom can inspire students to activism.  

We now live in the Anthropocene, the first epoch of our own making. We have altered the Earth's atmosphere, landscapes, and bodies of water. The burning of fossil fuels has warmed the planet enough to change weather patterns, melt glaciers, and raise sea levels, a situation made worse by rampant deforestation and resource depletion. Many look to governments to confront these existential challenges. In Maya Wisdom and the Survival of Our Planet, Lisa Lucero looks to the Maya, past and present. Through the lens of the traditional Maya inclusive worldview--one in which humans are part of the world, not separate from it, and where everything is connected--Lucero provides a practical roadmap on how to sustainably address climate change and environmental degradation. She shows how the Maya collaborate with rather than try to subjugate forests, animals, soils, water, and other nonhuman entities. The Maya sustainably farmed for millennia and provided goods, labor, and services to their kings in cities. In return, kings performed vital ceremonies to the Rain God Chahk, other gods, and ancestors to replenish urban reservoirs that lasted throughout the long dry season--a balancing act that worked for over 1,000 years. Lucero shows how approaches to tackle climate change from the bottom-up, beginning with the family or household, are just as important as top-down governmental mitigation, and how learning from traditional knowledge is vital for the survival of us all. She brings to life the tropical jungles of Central America and reveals the valuable solutions its ancient and contemporary inhabitants offer us to save our planet.