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There's never been a better time to be an armchair astronaut. Readers are invited to spend a summer on the Phoenix Mars mission--something that has taken nearly the entirety of human knowledge to achieve.
A space enthusiast goes inside mission control with a motley crew of rocket scientists in this “fascinating journey of discovery peppered with humor” (Publishers Weekly). The Phoenix Mars mission was the first man-made probe ever sent to the Martian arctic. Its purpose was to find out how climate change could turn a warm, wet planet (read: Earth) into a cold, barren desert (read: Mars). Along the way, Phoenix discovered a giant frozen ocean trapped beneath the north pole of Mars, exotic food for aliens, and liquid water, and laid the foundation for NASA’s current exploration of Mars using the Curiosity rover. This is not science fiction. It’s fact. And for the luckiest fanboy in fandom, it was the best vacation ever. Andrew Kessler spent the summer of 2008 in NASA’s mission control with one hundred thirty of the world’s best planetary scientists and engineers as they carried out this ambitious operation. He came back with a story of human drama about modern-day pioneers battling NASA politics, temperamental robots, and the bizarre world of daily life in mission control.
The tranquility of Mars is disrupted by humans who want to conquer space, colonize the planet, and escape a doomed Earth.
A spectacular book a it is based on Lowell's extensive study of Mars. It contains several of his interesting discoveries and theories including the one about intelligent life on Mars. A must-read, especially for readers fascinated by astronomy....
As I write this short preface, the red orb of Mars is high in the eastern sky, and is brighter than it has been for many years. Last night my telescope again revealed the strange polar hood which is a feature of the planet at this time in its cycle. Because of its current prominence in the night sky, it is a very appropriate time to bring together and reappraise what we know of Mars and look forward to the next wave of planetary exploration. The initial notion of writing a book about Mars is an exciting one; the practicalities involved in working through and completing the project are, however, more than a trifle exacting. The first problem I encountered was the sheer vastness of the library of information about Mars which now exists. The second was the natural extension of the first, that is, how best to analyse it and reach widely acceptable interpretations. I have tried to write the story of Mars in a logical and unbiased way, however, we all have our individual prejudices, and I would be less than truthful if I did not admit to personal bias here and there. With this in mind, I apologise to any authors who may feel either misinterpreted or less than adequately acknowledged. The project is now completed and has been superbly prepared by Chapman & Hall.
Mars is a small world with a big reputation. This mysterious, singular planet—with volcanoes that dwarf Mount Everest, a canyon system that would stretch fully across the United States, and curious landscapes that perhaps once harbored water—has fascinated us for centuries. In the most up-to-date account available of the elusive Red Planet, Stephen James O’Meara follows our longstanding love affair with this unique celestial body, from the musings of humanity’s first stargazers to the imaginings of science-fiction writers, radio broadcasters, and filmmakers, to the latest images and discoveries from the Curiosity rover. The book also reviews plans for piloted missions to Mars—and what it will take for those missions to succeed.
“Last Day on Mars is thrillingly ambitious and imaginative. Like a lovechild of Gravity and The Martian, it's a rousing space opera for any age, meticulously researched and relentlessly paced, that balances action, science, humor, and most importantly, two compelling main characters in Liam and Phoebe. A fantastic start to an epic new series.” —Soman Chainani, New York Times bestselling author of the School for Good and Evil series “Emerson's writing explodes off the page in this irresistible space adventure, filled with startling plot twists, diabolical aliens, and (my favorite!) courageous young heroes faced with an impossible task.” —Lisa McMann, New York Times bestselling author of the Unwanteds series It is Earth year 2213—but, of course, there is no Earth anymore. Not since it was burned to a cinder by the sun, which has mysteriously begun the process of going supernova. The human race has fled to Mars, but this was only a temporary solution while we have prepared for a second trip: a one-hundred-fifty-year journey to a distant star, our best guess at where we might find a new home. Liam Saunders-Chang is one of the last humans left on Mars. The son of two scientists who have been racing against time to create technology vital to humanity’s survival, Liam, along with his friend Phoebe, will be on the last starliner to depart before Mars, like Earth before it, is destroyed. Or so he thinks. Because before this day is over, Liam and Phoebe will make a series of profound discoveries about the nature of time and space and find out that the human race is just one of many in our universe locked in a dangerous struggle for survival.
This is an informative, up-to-date and well-illustrated guide to planetary observations for amateurs. After a brief description of the solar system and a chapter on the celestial sphere, readers are shown how to choose, test and use a telescope with various accessories and how to make observations and record results. For each planet and the asteroids, details are given of observational techniques, together with suggestions for how to make contributions of scientific value. From a general description and detailed observational history of each planet, observers can anticipate what they should see and assess their own observations. The chapter on planetary photography includes the revolutionary use of videography, charge coupled devices and video-assisted drawing. There are also chapters on making maps and planispheres and on photoelectric photometry.
Introduction: The book "Exploring Mars: The Red Planet Revealed" welcomes readers to the enigmatic world of Mars, a planet that has captivated human imagination for centuries. It emphasizes the importance of Mars exploration and provides an overview of the topics covered in the book. Chapter 1: The Geology of Mars: This chapter delves into the geological history of Mars, covering its formation and evolution. It explores surface features such as volcanoes, valleys, and impact craters, comparing geological similarities and differences with Earth. Recent discoveries in Martian geology are highlighted, providing insights into the planet's past. Chapter 2: The Atmosphere of Mars: The atmospheric conditions of Mars are examined in detail, including its composition, structure, and climate patterns. Atmospheric phenomena such as dust storms and clouds are discussed, along with the challenges posed by the thin atmosphere for human exploration. Chapter 3: Potential for Life on Mars: This chapter explores the historical perspectives on Martian life and examines the factors influencing habitability, such as water, temperature, and radiation. The search for extremophiles and current/future missions focusing on astrobiology are also addressed. Chapter 4: Exploration History: A historical overview of Mars exploration is provided, from early observations to recent robotic missions like Curiosity and Perseverance. The contributions of international space agencies and private companies to Martian exploration are discussed. Chapter 5: Future Missions and Human Colonization: The chapter outlines plans for future human missions to Mars, addressing the challenges of long-duration space travel and living on the planet. Proposals for Martian habitats, life support systems, and the concept of terraforming are explored. Chapter 6: Technological Advancements and Innovations: Technological breakthroughs in Martian exploration are examined, including advancements in rovers, landers, and orbiters. Emerging technologies and the role of AI and robotics in Mars exploration are also discussed. Chapter 7: Economic Opportunities and Resource Utilization: The potential resources on Mars, such as water, minerals, and gases, are explored for their applications in in-situ resource utilization. Economic incentives for private sector involvement in Mars exploration and ethical considerations are addressed. Chapter 8: Cultural Impact and Imagination: This chapter delves into the cultural impact of Mars exploration, including its portrayal in literature, film, and popular culture. The significance of Mars exploration and its role in inspiring future generations of explorers are highlighted. Conclusion: The book concludes by reflecting on the journey of exploring Mars and the ongoing exploration efforts. It looks ahead to the next chapter in Martian exploration and the possibilities it holds for humanity. Addendum: The addendum includes a glossary of terms, a list of organic and inorganic matter found on Mars, as well as additional information on volcanoes, valleys, and craters on the planet. References are provided for further reading and research.