Climate Science

Michael E. Mann and Peter J. Hotez are two of the most respected and well-known scientists in the world and have spent the last twenty years on the front lines of the battle to convey accurate, reliable, and trustworthy information about science in the face of determined and nihilistic opposition. In this powerful manifesto, they reveal the five main forces threatening science: plutocrats, pros, petrostates, phonies, and the press.

What will become of our self-destructed planet? The answer shatters all expectations in this subversive speculation from the Hugo Award - winning author of the Broken Earth trilogy. An explorer returns to gather information from a climate-ravaged Earth that his ancestors, and others among the planet’s finest, fled centuries ago. The mission comes with a warning: A graveyard world awaits him. But so do those left behind - hopeless and unbeautiful wastes of humanity who should have died out ages ago.

In The Ice at the End of the World, Jon Gertner explains how Greenland has evolved from one of earth’s last frontiers to its largest scientific laboratory. The history of Greenland’s ice begins with the explorers who arrived here at the turn of the 20th century. Their original goal was to conquer Greenland’s seemingly infinite interior. Yet their efforts eventually gave way to scientists who built lonely encampments out on the ice and began drilling - one mile, two miles down.Their aim was to pull up ice cores that could reveal the deepest mysteries of earth’s past.

Hackett, in his trusty ship the Perseus, is not just a space traveller—beginning his travels with an expedition to Neptune and back—but, thanks to the time-dilation effect, a time traveller as well. His new mission will take him to Andromeda, to get a close-up look at the constellation which will eventually crash into the Milky Way, and give humanity a heads-up about the challenges which are coming. A mission which will take him five million years to complete. Not only is Hackett exploring unknown space, but he will return to a vastly different time.

Through clear-eyed essays and vibrant conversations, infused with data and poetry, Ayana Elizabeth Johnson guides us through solutions and possibilities at the nexus of science, policy, culture, and justice. Visionary farmers and financiers, architects and advocates, help us conjure a flourishing future, one worth the effort it will take—from every one of us, with whatever we have to offer—to create.

Global warming's physical impacts can be separated into three broad categories: melt, drought, and deluge. Funk travels to two dozen countries to profile entrepreneurial people who see a potential windfall in each of these forces. The melt is a boon for newly arable, mineral rich regions of the Arctic, such as Greenland - and for the man-made snow trade. Drought creates opportunities for private firefighters working for insurance companies as well as for fund managers backing south Sudanese warlords who control local farmland.

The roots of today's environmental catastrophe run deep into humanity's past. Through this unprecedented reading of Homer's Iliad, the award-winning classicist Edith Hall examines how this foundational text both documents the environmental practices of the ancient Greeks and betrays an awareness of the dangers posed by the destruction of the natural landscape. Underlying Homer's account of brutal military operations, alliances, and cataclysmic struggle is a palpable understanding that the direction in which humanity was headed could create a world that was uninhabitable.

An "epoch-defining book" (The Guardian) and "this generation’s Silent Spring" (The Washington Post), The Uninhabitable Earth is both a travelogue of the near future and a meditation on how that future will look to those living through it - the ways that warming promises to transform global politics, the meaning of technology and nature in the modern world, the sustainability of capitalism and the trajectory of human progress. The Uninhabitable Earth is also an impassioned call to action.

Consider a world without weather prediction. How would we know when to evacuate communities ahead of fires or floods, or figure out what to wear tomorrow? Until 40 years ago, we couldn’t forecast weather conditions beyond ten days. Renowned climate scientist Dr. Jagadish Shukla is largely to thank for modern weather forecasting. Born in rural India with no electricity, plumbing, or formal schools, he attended classes that were held in a cow shed. Shukla grew up amid turmoil: overwhelming monsoons, devastating droughts, and unpredictable crop yields.

The Pyrocene tells the story of what happened when a fire-wielding species, humanity, met an especially fire-receptive time in Earth's history. Since terrestrial life first appeared, flames have flourished. Over the past two million years, however, one genus gained the ability to manipulate fire, swiftly remaking both itself and eventually the world. We developed small guts and big heads by cooking food; we climbed the food chain by cooking landscapes; and now we have become a geologic force by cooking the planet.

They say ignorance is bliss, but is it really? Just because you’re unaware of the impact something has doesn’t mean there isn’t one. My goal with this book isn’t to convince anyone to go plant-based or to push a specific agenda. Instead, I want to share the information that often goes unnoticed—the facts most people don’t know. By shedding light on these truths, I hope to empower you to make choices based on knowledge rather than ignorance.

In 2035, solar-powered Aurelia City gleams with promise—until precision blackouts mask a devastating financial heist. Mara Reyes can see what others can't. Fired from the CleanGrid Authority for whistleblowing, her rare chromesthesia lets her perceive data fluctuations as color shifts in the city's transparent PV-glass towers. When a mysterious $2 billion theft coincides with millisecond power interruptions, the CGA has no choice but to bring her back. 72 hours. That's all Mara has to solve the case before a solar eclipse provides perfect cover for the ultimate data heist. Partnering with...

In 2023, author and activist Mike Tidwell decided to keep a record for a full year of the growing impacts of climate change on his one urban block right on the border with Washington, DC. Tidwell's story depicts the neighborhood's battle to save the trees and combat climate change: The midwife who builds a geothermal energy system, the Congressman who battles cancer and climate change, and the Chinese-American climate scientist who wants to bury billions of the world's dying trees to store their carbon and help stabilize the atmosphere.

Everybody wants to be a superhero, because superheroes save the world. Kids can become superheroes too, by helping to save Earth. This hilarious fictional book with factual information will show children how they can start to help save their planet. Kids will learn about environmental concerns like recycling, global warming, greenhouse gases, water and energy saving, and they won’t even know because they’ll be laughing so much in this fun-filled, illustrated story for middle-grade children. All the knowledge they need is given in a light-hearted fictional way so they can help themselves...

The revised and expanded third edition of Hot Talk, Cold Science forms the capstone of the distinguished astrophysicist Dr. S. Fred Singer’s lucid, yet hard scientific look at climate change. And the book is no less explosive than its predecessors—and certainly never more timely. Singer explores the inaccuracies in historical climate data and the failures of climate models, as well as the impact of solar variability, clouds, ocean currents, and sea levels on global climate—plus factors that could mitigate any human impact on world climate.

In Revolutionary Power, Shalanda Baker arms those made most vulnerable by our current energy system with the tools they need to remake the system in the service of their humanity. She argues that people of color, poor people, and indigenous people must engage in the creation of the new energy system in order to upend the unequal power dynamics of the current system.

Lyme disease is spreading rapidly around the globe as ticks move into places they could not survive before. The first epidemic to emerge in the era of climate change, the disease infects half a million people in the US and Europe each year, and untold multitudes in Canada, China, Russia, and Australia. Mary Beth Pfeiffer shows how we have contributed to this growing menace and how modern medicine has underestimated its danger.

Many of us have concerns about the effects of climate change on Earth, but we often overlook the essential issue of human health. This book addresses that oversight and enlightens listeners about the most important aspect of one of the greatest challenges of our time. By weighing in from a physician's perspective, authors Jay Lemery and Paul Auerbach clarify the science, dispel the myths, and help listeners understand the threats of climate change to human health.

In the past two decades, our understanding of the navigational and physiological feats that enable birds to cross immense oceans, fly above the highest mountains, or remain in unbroken flight for months at a stretch has exploded. What we've learned of these key migrations is nothing short of extraordinary. This breathtaking work of nature writing also introduces listeners to those scientists, researchers, and bird lovers trying to preserve global migratory patterns in the face of climate change and other environmental challenges.

We have never had so much information at our fingertips, and yet most of us simply don't understand how our world really works. Professor Vaclav Smil is not a pessimist or an optimist, he is a scientist, and this book is a much-needed reality check on topics ranging from food production and nutrition, through energy and the environment, to globalisation and the future. For example, the carbon footprint of meat is well known, but did you know that the equivalent of five tablespoons of diesel fuel goes into the production of each greenhouse-grown, medium-size, supermarket-bought tomato?