What was our planet like in years past? How has our civilization affected Earth and its ecology? Harvesting Space for a Greener Planet, the Second Edition of Paradise Regained: The Regreening of the Earth, begins by discussing these questions, and then generates a scenario for the restoration of Earth. It introduces new and innovative ideas on how we could use the Solar System and its resources for terrestrial benefit. The environmental challenges that face us today cannot be resolved by conservation and current technologies alone. Harvesting Space highlights the risk of humankind’s future extinction from environmental degradation. Population growth, global climate change, and maintaining sustainability of habitats for wildlife are all considered, among other issues. Rather than losing heart, we need to realize that the solutions to these problems lie in being good stewards of the planet and in the development of space. Not only will the solutions offered here avert a crisis, they will also provide the basis for continued technological and societal progress. Tapping the resources of near-Earth asteroids will lead to methods of diverting those asteroids that threaten Earth. Space-based terrestrial power generation systems will work synergistically with Earth-based conservation. This book needs to be read urgently and widely, if we are to save ourselves from environmental disaster, reduce the risk of catastrophic cosmic impacts, and build a prosperous and sustainable future for all the creatures of Earth.

The Space Industry of the Future consists of the first instance of guidance for the space industry on how value creation in space can occur for the greater benefit of humanity using principles of capitalism and sustainability. The timing of this book is ideal given (1) sustainability challenges facing humanity and (2) that the growth of the commercial space economy is now occurring at a rate never seen before. This book presents an opportune guide written for technical, business, and policy practitioners alike that frames how this industry growth should occur from an integrated values and commercial perspective. This perspective is presented in the context of the modern technical capabilities of space systems relative to the world’s greatest problems. The guidance contained in this book for the growing commercial space industry includes considerations beyond profit seeking alone. This guidance is founded on a bespoke value creation criteria to apply in the context of for-profit outer space activities that, if used, will result in the maximum value creation that a company is capable of. The criteria are developed and presented through a rigorous discussion on capitalism, economics, value theory, the circular economy, stakeholder management, and ethics. The value creation criteria are then discussed at length in relation to the space industry. The primary audience for this book is practitioners within the space industry; this includes investors, business managers, policy makers, engineers, and scientists. The secondary audience includes students and researchers, as well as a growing range of parties interested in space policy and entrepreneurship.

The only thing we can be absolutely sure of is our own consciousness. But what is consciousness? Is it a property that is unique to humans or do we share it with other lifeforms? Or is the philosophical doctrine of panpsychism correct—are stars and the entire universe conscious in some sense? Early chapters in this book examine the prehistory, mythology, and history of this topic. Arguments are presented from the viewpoints of shamans, philosophers, poets, quantum physicists, and novelists. A simple “toy” model of panpsychism is then presented, in which a universal field of proto- consciousness interacts with molecular bonds via the vacuum fluctuation pressure of the Casimir Effect. It is shown how this model is in congruence with an anomaly in stellar motions called “Parenago’s Discontinuity.” Cool, redder, less massive stars such as the Sun apparently circle the center of the galaxy faster than their hotter, bluer, more massive sisters. This discontinuity occurs at the point in the stellar distribution where molecules begin to appear in stellar spectra. As described in the first edition of this book, observations of main sequence stars out to ~260 light years and giant stars out to >1,000 light years—using the ESA Hipparcos space observatory—support the reality and non-locality of Parenago’s Discontinuity. Local, more conventional explanations for this phenomenon are not supported by observations of other galaxies and the spiral arms of the Milky Way. Since 2014, the new ESA Gaia space observatory has been obtaining kinematics and position data for ~1 billion stars in our galaxy. The first Gaia data release in 2016 has been used in 2018 by a Russian team to demonstrate Parenago’s Discontinuity for a large stellar sample out to ~500 light years from the Sun. These observations support the hypothesis that anomalistic stellar motion is due to stellar volition, as described by philosopher/author Olaf Stapledon in his classic novel Star Maker, as previously discussed by the author in the peer-reviewed Journal of the British Interplanetary Society (JBIS). In light of the new Gaia observations and work by other researchers, it is not impossible that panpsychism is emerging from the realm of philosophy as a new subdivision of observational astronomy. Simple models of universal proto-consciousness may be subject to inductive tests using current and future space observatories. A special feature of this book is the chapter frontispiece art by C Bangs.

"Dark Skies is the first work to assess the full impacts of space expansion, past, present and future. Thinking about space, and the visions fervently promoted by the global space movement, are dominated by geographic misperceptions and utopian illusions. The parts of space where almost all activity has occurred are part of the planet Earth, its astrosphere, and are, in practical terms, smaller than the atmosphere. Contrary to frontier visions, orbital space is already congested and degraded with dangerous space debris. The largest impact of actual space activities is an increased likelihood of catastrophic nuclear war stemming from the use of orbital space and space technology to lob nuclear weapons at intercontinental distances. Building large-scale orbital infrastructures will probably require or produce world government. The ultimate goal of space advocates, the colonization of Mars and asteroids, is promoted to guarantee the survival of humanity if major catastrophes strike Earth. But the spread of humanity into a multi-planet species will likely produce an interstate anarchy highly prone to total war, with Earth having many disadvantages. Altering the orbits of asteroids, a readily achievable technology vital for space colonization, also makes possible 'planetoid bombs' with destructive potentials millions of times great than all nuclear weapons. The biological diversification of humanity into multiple species, anticipated by space advocates, will further stoke interworld wars. Astrocide - the extinction of humanity resulting from significant space expansion - must join the lengthening list of potential threats to human survival. Large-scale space expansion should be relinquished in favour of an Earth-oriented space program of arms control and planetary security. Dark Skies is the first work to assess the full impacts of space expansion, past, present and future. Thinking about space, and the visions fervently promoted by the global space movement, are dominated by geographic misperceptions and utopian illusions. The parts of space where almost all activity has occurred are part of the planet Earth, its astrosphere, and are, in practical terms, smaller than the atmosphere. Contrary to frontier visions, orbital space is already congested and degraded with dangerous space debris. The largest impact of actual space activities is an increased likelihood of catastrophic nuclear war stemming from the use of orbital space and space technology to lob nuclear weapons at intercontinental distances. Building large-scale orbital infrastructures will probably require or produce world government. The ultimate goal of space advocates, the colonization of Mars and asteroids, is promoted to guarantee the survival of humanity if major catastrophes strike Earth. But the spread of humanity into a multi-planet species will likely produce an interstate anarchy highly prone to total war, with Earth having many disadvantages. Altering the orbits of asteroids, a readily achievable technology vital for space colonization, also makes possible 'planetoid bombs' with destructive potentials millions of times great than all nuclear weapons. The biological diversification of humanity into multiple species, anticipated by space advocates, will further stoke interworld wars. Astrocide - the extinction of humanity resulting from significant space expansion - must join the lengthening list of potential threats to human survival. Large-scale space expansion should be relinquished in favour of an Earth-oriented space program of arms control and planetary security"--

In The Value of Science in Space Exploration, James S.J. Schwartz provides a thoughtful and rigorous defense of the view that space exploration activities should focus primarily on science, and that the knowledge and understanding we will gain from expanded space science activities will benefit humanity more over the next century than any attempts to settle Mars or mine asteroids.

This book aims to contribute significantly to the understanding of issues of value (including the ultimate value of space-related activities) which repeatedly emerge in interdisciplinary discussions on space and society. Although a recurring feature of discussions about space in the humanities, the treatment of value questions has tended to be patchy, of uneven quality and even, on occasion, idiosyncratic rather than drawing upon a close familiarity with state-of-the-art ethical theory. One of the volume's aims is to promote a more robust and theoretically informed approach to the ethical dimension of discussions on space and society. While the contributions are written in a manner which is accessible across disciplines, the book still withstands scrutiny by those whose work is primarily on ethics. At the same time it allows academics across a range of disciplines an insight into current approaches toward how the work of ethics gets done. The issues of value raised could be used to inform debates about regulation, space law and protocols for microbial discovery as well as longer-range policy debates about funding.

The Yearbook on Space Policy, edited by the European Space Policy Institute (ESPI), is the reference publication analysing space policy developments. Each year it presents issues and trends in space policy and the space sector as a whole. Its scope is global and its perspective is European. The Yearbook also links space policy with other policy areas. It highlights specific events and issues, and provides useful insights, data and information on space activities. The first part of the Yearbook sets out a comprehensive overview of the economic, political, technological and institutional trends that have affected space activities. The second part of the Yearbook offers a more analytical perspective on the yearly ESPI theme and consists of external contributions written by professionals with diverse backgrounds and areas of expertise. The third part of the Yearbook carries forward the character of the Yearbook as an archive of space activities. The Yearbook is designed for government decision-makers and agencies, industry professionals, as well as the service sectors, researchers and scientists and the interested public.