With interviews from Chris Hadfield and Marc Garneau, the tale of Canada’s involvement in international space exploration from the 1960s to the present day Canada is a small but mighty power in space exploration. After providing the Canadarm robotic arm for the space shuttle in 1981, Canada received an invitation to start an astronaut program — a program that quickly let its people accumulate skill and prestige. Canadian astronauts have since commanded the International Space Station, flown as co-pilots on spacecraft, and even held senior roles within NASA. This book traces how Canada grew from small beginnings into a major player in international space policy. You will hear about Canada’s space program from the words of its astronauts, from Canadian celebrity Chris Hadfield to Liberal cabinet minister Marc Garneau to Governor General Julie Payette. You will experience the excitement and challenges of reporting on a rocket launch in Kazakhstan, as Canada sent its latest astronaut to space in preparation for possible moon missions in the 2020s. And you will learn from the people who work behind the scenes on Canadian space technology and space policy about why we are doing this — and what we plan to do next.

What happens in space that causes the body to change? Learn about life in space from astronauts Is the human body built for Mars? NASA’s studies on the International Space Station show we need to fix a few things before sending people to the Red Planet. Astronauts go into space with good vision and come back needing eyeglasses. Cognition and DNA expression could be affected for years. And then there’s the discomfort of living in a tight space with crewmates, depression, and separation from the people you love. Space doctors are on the case. You’ll meet the first twin to spend a year in space, the woman who racked up three physically challenging spacewalks in between 320 days of confinement, and the cosmonaut who was temporarily stranded on space station Mir while the Soviet Union broke up underneath him. What are we learning about the human body? As astronauts target moon missions and eventual landings on Mars, one of the major questions is how the human body will behave in “partial gravity.” How does the human body change on another world, as opposed to floating freely in microgravity? What can studies on Earth and in space tell us about planetary exploration? These questions will be important to the future of space exploration and to related studies of seniors and people with reduced mobility on Earth.

Intelligent investigative writing meets experiential journalism in this important look at one of North America’s most voraciously invasive species Politicians, ecologists, and government wildlife officials are fighting a desperate rearguard action to halt the onward reach of Asian Carp, four troublesome fish now within a handful of miles from entering Lake Michigan. From aquaculture farms in Arkansas to the bayous of Louisiana; from marshlands in Indiana to labs in Minnesota; and from the Illinois River to the streets of Chicago where the last line of defense has been laid to keep Asian carp from reaching the Great Lakes, Overrun takes us on a firsthand journey into the heart of a crisis. Along the way, environmental journalist Andrew Reeves discovers that saving the Great Lakes is only half the challenge. The other is a radical scientific and political shift to rethink how we can bring back our degraded and ignored rivers and waterways and reconsider how we create equilibrium in a shrinking world. With writing that is both urgent and wildly entertaining, Andrew Reeves traces the carp’s explosive spread throughout North America from an unknown import meant to tackle invasive water weeds to a continental scourge that bulldozes through everything in its path.

A journey for readers through thousands of years extending from the innovation of silk & porcelain in China and paper & kohl in Pharaonic Egypt to the modern innovations in Europe and USA. This book introduces a summary of experiences for innovative nations through history. Imitation, copycatting, and knocking-off are the code that nations use as a response to the shock of “technological gap” before embarking on innovation

The NASA way: lessons on leadership, teamwork, and corporate culture. How does NASA take on seemingly insurmountable challenges, recover from tragedy and continue to attract the best and brightest talent? Space exploration is as much a story of leadership and teamwork as it is a story of exploration and discovery. Leadership Moments from NASA delves into the culture of the famed organization and examines the leadership styles and insights of NASA senior executives spanning five decades of human spaceflight to share the lessons they learned from critical moments. How did they prioritize? How did they resolve differences? How did they decide what to do when no one had done it before? How did they build highly competent teams? How did they build organizational resilience? How did they fight complacency and rebuild a culture of safety and innovation? Through the use of NASA oral histories and interviews, this book shows how NASA recovered from tragedy and adversity, and how it developed a culture of competency that continues to attract the best and brightest.

A lavishly illustrated catalog of space technology of the future: lab-tested devices, experiments, and habitats for the age of participatory space exploration. As Earthlings, we stand on the brink of a new age: the Anthropocosmos—an era of space exploration in which we can expand humanity’s horizons beyond our planet’s bounds. And in this new era, we have twin responsibilities, to Earth and to space; we should neither abandon our own planet to environmental degradation nor litter the galaxy with space junk. This fascinating and generously illustrated volume—designed by MIT Media Lab researcher Sands Fish—presents space technology for this new age: prototypes, artifacts, experiments, and habitats for an era of participatory space exploration. These projects, developed as part of MIT’s Space Exploration Initiative, range from nanoscale imaging of microbes to responsive, sensor-mediated living environments. They show the usefulness of a seahorse tail for humans in microgravity, document the promise of shape-memory alloys for CubeSat in-orbit maneuvering, and introduce TESSERAE (Tessellated Electromagnetic Space Structures for the Exploration of Reconfigurable, Adaptive Environments), self-assembling space architecture. Some are ongoing, real-world systems: an art payload sent to the International Space Station via Space X CRS-20, for example, and a crowdsourced interplanetary cookbook. More than forty large-format, coffee table book–quality, full-color photographs make our future in space seem palpable. Short explanatory texts by Ariel Ekblaw, astronaut Cady Coleman, and others accompany the images.

For millenia humans have considered Mars the most fascinating planet in our solar system. We’ve watched this Earth-like world first with the naked eye, then using telescopes, and, most recently, through robotic orbiters and landers and rovers on the surface. Historian William Sheehan and astronomer and planetary scientist Jim Bell combine their talents to tell a unique story of what we’ve learned by studying Mars through evolving technologies. What the eye sees as a mysterious red dot wandering through the sky becomes a blurry mirage of apparent seas, continents, and canals as viewed through Earth-based telescopes. Beginning with the Mariner and Viking missions of the 1960s and 1970s, space-based instruments and monitoring systems have flooded scientists with data on Mars’s meteorology and geology, and have even sought evidence of possible existence of life-forms on or beneath the surface. This knowledge has transformed our perception of the Red Planet and has provided clues for better understanding our own blue world. Discovering Mars vividly conveys the way our understanding of this other planet has grown from earliest times to the present. The story is epic in scope—an Iliad or Odyssey for our time, at least so far largely without the folly, greed, lust, and tragedy of those ancient stories. Instead, the narrative of our quest for the Red Planet has showcased some of our species’ most hopeful attributes: curiosity, cooperation, exploration, and the restless drive to understand our place in the larger universe. Sheehan and Bell have written an ambitious first draft of that narrative even as the latest chapters continue to be added both by researchers on Earth and our robotic emissaries on and around Mars, including the latest: the Perseverance rover and its Ingenuity helicopter drone, which set down in Mars’s Jezero Crater in February 2021.