Physics and Astronomy › Astronomy and Astrophysics

Space exploration and regulation

Works Count: 80562

Wikipedia

Description

This cluster of papers encompasses a wide range of topics related to space exploration, governance, and the commercialization of space activities. It covers issues such as space tourism, satellite programs, space policy, sustainability of outer space activities, geopolitics of outer space, and the development of international space law. The cluster also delves into the globalization of space activities, space diplomacy, and the challenges and opportunities associated with the commercial space industry.

Keywords

Space Tourism; Space Policy; Satellite Programs; Globalization of Space Activities; Commercial Space Industry; Space Diplomacy; Sustainability of Outer Space Activities; Geopolitics of Outer Space; Space Technology Transfer; International Space Law

EUROPEAN SPACE AGENCY

1983-01-01

Kevin Madders

Annual Review of Earth and Planetary Sciences

1993-01-01

Elazar Uchupi

Observation of the Earth and Its Environment

2002-01-01

Herbert J. Kramer

An anthropologist on Mars

1994-01-01

Oliver Sacks , Albert Freeman

Illustrated paperback cover, 319 pages, illustrated in colour and black and white. 200 x 130 mm. Illustrated paperback cover, 319 pages, illustrated in colour and black and white. 200 x 130 mm.

Mars express : the scientific payload

2004-01-01

Andrew Wilson , A. F. Chicarro

2.11. 40th international astronautical congress

1989-04-01

Jennifer Wall Msfc

Unmanned aircraft systems: Surveillance, ethics and privacy in civil applications

2012-03-24

Rachel Finn , David Wright

The Organization of Space in Developing Countries

1970-12-31

Eric A. Johnson

The collapse of the Kyoto Protocol and the struggle to slow global warming

2001-10-01

David G. Victor

Preface vii CHAPTER 1 Crisis and Opportunity 3 CHAPTER 2 Kyoto's Fantasyland: Allocating the Atmosphere 25 CHAPTER 3 Monitoring and Enforcement 55 CHAPTER 4 Rethinking the Architecture 75 CHAPTER 5 … Preface vii CHAPTER 1 Crisis and Opportunity 3 CHAPTER 2 Kyoto's Fantasyland: Allocating the Atmosphere 25 CHAPTER 3 Monitoring and Enforcement 55 CHAPTER 4 Rethinking the Architecture 75 CHAPTER 5 After Kyoto: What Next? 109 APPENDIX The Causes and Effects of Global Warming: A Brief Survey of the Science 117 Notes 123 Works Cited 155 Index 173

International responses to technology: Concepts and trends

1975-01-01

John Gerard Ruggie

With increasing frequency and growing vehemence, we are being told that on our “only one earth” we are, for the first time, living a single history. By this is meant … With increasing frequency and growing vehemence, we are being told that on our “only one earth” we are, for the first time, living a single history. By this is meant that technological, ecological, political, economic, and social environments are becoming so globally enmeshed that changes taking place in one segment of international society will have consequential repercussions in all others. An equally frequent and no less vehement remonstration attending this observation is that the scope and complexity of new scientific and technological developments are outpacing the capacities of our systems of international organization to manage them. The necessity has emerged, this line of reasoning continues, to restructure our international institutional frameworks in keeping with the unhitching of nature's constants which science and technology have effected. But on what basis? According to what principles? Toward what ends?

The Challenger Launch Decision: Risky Technology, Culture, and Deviance at NASA.

1997-06-01

Eugene A. Rosa , Diane Vaughan

he Eve of the Launch Learning Culture, Revising History Risk, Work Group Culture, and the Norma lization of Deviance The Normalization of Deviance, 1981-1984 The Normalization of Deviance, 19856: The … he Eve of the Launch Learning Culture, Revising History Risk, Work Group Culture, and the Norma lization of Deviance The Normalization of Deviance, 1981-1984 The Normalization of Deviance, 19856: The Culture of Production St ructural Secrecy The Eve of the Launch Revisited Conformity and Tragedy Lessons Learned Appendix A Cost/Safety Trade-Offs? Scra pping the Escape Rockets and the SRB Contract Award Decision. Appendix B Supporting Charts and Documents Appendix C On Theory Elaboration, Organizations, and Historical Ethnography.

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Who launched what, when and why; trends in global land-cover observation capacity from civilian earth observation satellites

2014-04-28

Alan Belward , Jon Olav Skøien

This paper presents a compendium of satellites under civilian and/or commercial control with the potential to gather global land-cover observations. From this we show that a growing number of sovereign … This paper presents a compendium of satellites under civilian and/or commercial control with the potential to gather global land-cover observations. From this we show that a growing number of sovereign states are acquiring capacity for space based land-cover observations and show how geopolitical patterns of ownership are changing. We discuss how the number of satellites flying at any time has progressed as a function of increased launch rates and mission longevity, and how the spatial resolutions of the data they collect has evolved. The first such satellite was launched by the USA in 1972. Since then government and/or private entities in 33 other sovereign states and geopolitical groups have chosen to finance such missions and 197 individual satellites with a global land-cover observing capacity have been successfully launched. Of these 98 were still operating at the end of 2013. Since the 1970s the number of such missions failing within 3 years of launch has dropped from around 60% to less than 20%, the average operational life of a mission has almost tripled, increasing from 3.3 years in the 1970s to 8.6 years (and still lengthening), the average number of satellites launched per-year/per-decade has increased from 2 to 12 and spatial resolution increased from around 80 m to less than 1 m multispectral and less than half a meter for panchromatic; synthetic aperture radar resolution has also fallen, from 25 m in the 1970s to 1 m post 2007. More people in more countries have access to data from global land-cover observing spaceborne missions at a greater range of spatial resolutions than ever before. We provide a compendium of such missions, analyze the changes and shows how innovation, the need for secure data-supply, national pride, falling costs and technological advances may underpin the trends we document.

Ozone Diplomacy: New Directions in Safeguarding the Planet

1991-01-01

Andrew J. Pierre , Richard Elliot Benedick

The Montreal Protocol on Substances That Deplete the Ozone Layer, adopted in 1987 and revised in 1990, saved life on Earth from possible destruction - the first time that the … The Montreal Protocol on Substances That Deplete the Ozone Layer, adopted in 1987 and revised in 1990, saved life on Earth from possible destruction - the first time that the international community faced such a global threat. Ambassador Richard Benedick, who was the chief U.S. negotiator of this treaty, combines science, politics, economics, and diplomacy in a fascinating and definitive account of the origins and realization of this precedent-setting international agreement. Ozone Diplomacy provides a dramatic portrayal of the participants in this dynamic process - scientists, industrialists, and government officials - and offers useful models for international approaches to other emerging issues such as global warming. This intriguing story will be invaluable to all those concerned with the environment, international law, and the practice of modern diplomacy.

Love Canal: Science, Politics, and People

1984-02-01

Adeline G. Levine

14. Montreal Protocol on Substances that Deplete the Ozone Layer

1993-12-31

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Space, Time, and Spacetime.

1975-10-01

John North , Lawrence Sklar

Journal Article Book Reviews Get access Space, Time, and Spacetime. By Lawrence Sklar. (Berkeley, Los Angeles and London: University of California Press. 1974. Pp. xii + 423. Price $15) J. … Journal Article Book Reviews Get access Space, Time, and Spacetime. By Lawrence Sklar. (Berkeley, Los Angeles and London: University of California Press. 1974. Pp. xii + 423. Price $15) J. D. North J. D. North Search for other works by this author on: Oxford Academic Google Scholar The Philosophical Quarterly, Volume 25, Issue 101, October 1975, Pages 374–376, https://doi.org/10.2307/2218991 Published: 01 October 1975

The Challenger Launch Decision: Risky Technology, Culture, and Deviance at NASA.

1997-06-01

Karl E. Weick , Diane Vaughan

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Autonomy, Interdependence, and Social Control: NASA and the Space Shuttle Challenger

1990-06-01

Diane Vaughan

Amendment to the Montreal Protocol on Substances that Deplete the Ozone Layer (Kigali Amendment)

2017-02-01

Eric A. Heath

An abstract is not available for this content so a preview has been provided. Please use the Get access link above for information on how to access this content. An abstract is not available for this content so a preview has been provided. Please use the Get access link above for information on how to access this content.

Danger and Survival: Choices about the Bomb in the First Fifty Years

1989-01-01

Gregory F. Treverton , McGeorge Bundy

ESA WorldCover 10 m 2020 v100

2021-10-20

Daniele Zanaga , Ruben Van De Kerchove , Wanda De Keersmaecker +7 more

<strong>ESA WorldCover 10 m 2020 v100</strong> The European Space Agency (ESA) WorldCover 10 m 2020 product provides a global land cover map for 2020 at 10 m resolution based on … <strong>ESA WorldCover 10 m 2020 v100</strong> The European Space Agency (ESA) WorldCover 10 m 2020 product provides a global land cover map for 2020 at 10 m resolution based on Sentinel-1 and Sentinel-2 data. The WorldCover product comes with 11 land cover classes, aligned with UN-FAO's Land Cover Classification System, and has been generated in the framework of the ESA WorldCover project. The WorldCover product is developed by a consortium lead by VITO Remote Sensing together with partners Brockmann Consult, CS SI, Gamma Remote Sensing AG, IIASA and Wageningen University Click here to view the maps More information about the land cover maps Product User Manual & Product Validation Report

Vision and Voyages for Planetary Science in the Decade 2013-2022

2011-12-30

National Research Council

Prime among these SSB inputs is identification of priority Prime among these SSB inputs is identification of priority

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Journal of the British interplanetary society

1975-01-01

Carl Sagan

Planetary Gentrification

2017-10-30

Marco Amati

National Aeronautics and Space Administration

1994-02-15

M. Catherine White

NASA has requested a $14.3 billion budget for fiscal year 1995, which is $250 million below the $14.5 billion it received in fiscal 1994. NASA Administrator Daniel S. Goldin said … NASA has requested a $14.3 billion budget for fiscal year 1995, which is $250 million below the $14.5 billion it received in fiscal 1994. NASA Administrator Daniel S. Goldin said the budget conveys the president's commitment to a strong and vital aeronautics and space program while reflecting today's very real fiscal constraints. No major programs were canceled. “The president's budget plan for NASA is a sound one, with reductions that still preserve a meaningful space program, but this is it. We can't get any closer to the bone,” Goldin warned. In real terms, this 5‐year fiscal 1995 budget represents a 30% cut in the last 2 years. “We must hold the line at this level and will work closely with Congress to do so,” Goldin said.

40th Lunar and Planetary Science Conference

2009-03-01

O. Mousis , J.I. Lunine , C. Thomas +7 more

Orbital Mechanics for Engineering Students

2014-01-01

Location and Space-Economy

1957-11-01

John I. Griffin , Walter Isard

Advances in Space Research

2008-08-01

The Challenger Launch Decision: Risky Technology, Culture, and Deviance at NASA.

1997-06-01

Scott D. Sagan , Diane Vaughan

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Location and Space-Economy

1957-07-01

Werner Hochwald , Walter Isard

National Aeronautics and Space Administration

2012-02-08

Tom D. Crouch

Surveys the history of the National Aeronautics and Space Administration and describes its structure, current functions, and influence on our society. Surveys the history of the National Aeronautics and Space Administration and describes its structure, current functions, and influence on our society.

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24th International Symposium on Space Technology and Science

2004-11-01

宏山本

Consultative Committee For Space Data Systems

2010-01-01

Martin Pilgram

The major space agencies of the world recognize that there are benefits in using standard techniques for handling space data and that, by cooperatively developing these techniques, future data system … The major space agencies of the world recognize that there are benefits in using standard techniques for handling space data and that, by cooperatively developing these techniques, future data system interoperability will be enhanced. In order to assure that work towards standardization of space-related information technologies provides the maximum benefi t for the interested agencies, both individually and collectively, an international Consultative Committee for Space Data Systems (CCSDS) was established in 1982 as a forum for international cooperation in the development of data handling techniques supporting space research, including space science and applications. In 1991, the committee was incorporated as a subcommittee of the International Organization for Standardization (ISO). The article describs the work of CCSDS till its beginning in the 80s till today (2009).

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On the History of the Inception of Space Television

2025-06-25

Vasily Borisov | Science management theory and practice

The article examines the main milestones in the early years of the era of space television, starting with an epoch-making event in this field, namely the development of the first … The article examines the main milestones in the early years of the era of space television, starting with an epoch-making event in this field, namely the development of the first Yenisei television equipment. It was designed to capture and transmit images of the invisible side of the Moon from the Luna 3 space probe (the automatic interplanetary station was launched in 1959). It is noted that the day of October 7, 1959 marked the birth date of space television, as on that day the radio and television system Luna 3 began transmitting images of the far side of the Moon to Earth. The article describes a number of technical solutions (including outdated ones for terrestrial television systems) that have found successful application in space television equipment. In particular, an example of the use of optical and mechanical systems in television equipment installed on the Mars, Luna, and Zond spacecraft, on the landers of the Venera program, and on the American spacecraft of the Ranger and Viking types is discussed. Another important milestone in the evolution of space television was the development of a television camera delivering fairly good image quality. This technical invention allowed scientists to monitor the condition of the first cosmonaut of the Earth, Yuri Gagarin, during his orbital flight on the Vostok satellite spacecraft on April 12, 1961. The article also discusses other achievements of Russian and global space television.

Responsible business conduct and anticipatory governance of emerging technology

2025-06-25

| OECD business and finance policy papers

Space race

2025-06-24

John M. Logsdon | Edward Elgar Publishing eBooks

Space warfare

2025-06-24

Jeremy Grunert | Edward Elgar Publishing eBooks

European Space Agency (ESA)

2025-06-24

Ulrike M. Bohlmann , Lukas C. Jung , S. Richard +1 more | Edward Elgar Publishing eBooks

Asia-Pacific Space Cooperation Organization (APSCO)

2025-06-24

Zhenjun Zhang | Edward Elgar Publishing eBooks

Space security

2025-06-24

Arne Sönnichsen | Edward Elgar Publishing eBooks

Space law

2025-06-24

Fabio Tronchetti | Edward Elgar Publishing eBooks

Arms race in outer space

2025-06-24

Xavier Pasco | Edward Elgar Publishing eBooks

Space safety

2025-06-24

Joseph N. Pelton , Michael T. Kezirian , Taro Kuusiholma +1 more | Edward Elgar Publishing eBooks

Space economy

2025-06-24

Henry R. Hertzfeld | Edward Elgar Publishing eBooks

Space sustainability

2025-06-24

John Napier | Edward Elgar Publishing eBooks

Asia-Pacific Regional Space Agency Forum (APRSAF)

2025-06-24

Hajime Shinomiya | Edward Elgar Publishing eBooks

Space weaponisation

2025-06-24

Jeremy Grunert | Edward Elgar Publishing eBooks

Outer Space Treaty

2025-06-24

Christian Brünner , Hannes Mayer | Edward Elgar Publishing eBooks

Space technology transfer (STT)

2025-06-24

Arne Sönnichsen | Edward Elgar Publishing eBooks

Space commercialisation

2025-06-24

Jean-Jacques Tortora , Sa’id Mosteshar , Christoph Beischl | Edward Elgar Publishing eBooks

Space diplomacy

2025-06-24

Ken Hodgkins | Edward Elgar Publishing eBooks

Spacepower

2025-06-24

Marco Aliberti , Ottorino Cappelli , Rodrigo Praino | Edward Elgar Publishing eBooks

Elgar Encyclopedia of Space Policy and Governance

2025-06-24

| Edward Elgar Publishing eBooks

Space agency roles

2025-06-24

Arne Sönnichsen | Edward Elgar Publishing eBooks

Delimitation and definition of outer space

2025-06-24

Ranjana Kaul | Edward Elgar Publishing eBooks

Governance of space

2025-06-24

Tanja Masson-Zwaan | Edward Elgar Publishing eBooks

Space policy

2025-06-24

Ntorina Antoni , Christina Giannopapa , Kai-Uwe Schrogl | Edward Elgar Publishing eBooks

Astropolitics

2025-06-24

Tomas Hrozensky | Edward Elgar Publishing eBooks

Daily briefing: Space shots from the largest digital camera in the world

2025-06-23

Flora Graham | Nature

Banks in Space

2025-06-23

Ezra Oberfield , Nicholas Trachter , Esteban Rossi‐Hansberg +1 more | Federal Reserve Bank of Richmond Working Papers

Outer Space and Sovereignty in Post-Planetary Politics

2025-06-23

Katharina Glaab | Bristol University Press eBooks

To Unveil Nature’s Secrets: International Cooperation in the International Geophysical Year

2025-06-23

Jie Yao | Bristol University Press eBooks

Space and security

2025-06-23

Ian Shields | Routledge eBooks

U.K. Space Weather Prediction System Goes Operational

2025-06-23

Saima Sidik | Eos

Officials now have access to a suite of models they can use to head off damage to critical infrastructure. Officials now have access to a suite of models they can use to head off damage to critical infrastructure.

A “Tech First” Approach to Foreign Policy? The Three Meanings of Tech Diplomacy

2025-06-23

Ilan Manor | Global Policy

ABSTRACT Scholars have recently argued that international politics is plagued by instability as the world rapidly transitions from one crisis to another. This state of “Permacrisis,” or permanent crises between … ABSTRACT Scholars have recently argued that international politics is plagued by instability as the world rapidly transitions from one crisis to another. This state of “Permacrisis,” or permanent crises between states, is driven by technological innovations which create new kinds of crises and drive competitions between adversarial states. It is amid the backdrop of “Permacrisis” that this article conceptualizes and defines the term tech diplomacy which has three meanings. First, tech diplomacy denotes a shift in how foreign ministries (MFAs) contend with the rapid development of new digital technologies. The article suggests that tech diplomacy constitutes a form of proactive digitalization in which diplomats foster networks with tech actors to prepare for future digital landscapes and map potential tech‐based challenges. Second, tech diplomacy refers to diplomats' growing need to manage tech‐related issues. In a digitally connected world, technologies have national, regional, and global ramifications necessitating diplomatic action. Finally, tech diplomacy denotes a “Tech First” approach to foreign policy in which tech‐based negotiations are viewed as a steppingstone towards diplomatic engagement between adversarial states. The article uses the case study of cryptocurrency regulation in the US and China to discuss the potential and the limitations of tech diplomacy.

Recent Trends in Satellite Communication

2025-06-21

Ms. Dighe Yogita Nanasaheb | International Journal of Advanced Research in Science Communication and Technology

This paper reviews major developments in satellite communication between 2024 and 2025. Topics include LEO mega constellations, D2D and 5G NTN integration, optical links, AI/Cybersecurity, small satellites & IoT, sovereign … This paper reviews major developments in satellite communication between 2024 and 2025. Topics include LEO mega constellations, D2D and 5G NTN integration, optical links, AI/Cybersecurity, small satellites & IoT, sovereign networks, and orbital sustainability. Implications for market dynamics, policy, and future research are discussed

Multilateral Approaches to Space Security: The Uneven Integration of ‘Cyber Threats

2025-06-21

Laetitia Cesaria | Air and Space Law

Linking strategic astrophysics missions, technology gaps, and technology maturation investments

2025-06-20

O. Ganel , Pin Chen , B. P. Crill +4 more | Journal of Astronomical Telescopes Instruments and Systems

Aerobiology, post COVID-19, within the emerging Industrial Revolution 5.0 and Society 5.0

2025-06-20

Andrew Macrae , Rafaela Nascimento Lopes , Regina C. Allil +1 more | Discover Environment

Complex Earth–outer space systems and new spacetime for international law

2025-06-20

Elena Cirkovic , Danielle Wood | International Journal of Law in Context

Abstract Earth–outer space interactions challenge conventional legal structures through dynamics that transcend jurisdictional boundaries and temporal scales. International law historically operates through specific spatiotemporal assumptions: geometric space, chronometric time, and … Abstract Earth–outer space interactions challenge conventional legal structures through dynamics that transcend jurisdictional boundaries and temporal scales. International law historically operates through specific spatiotemporal assumptions: geometric space, chronometric time, and cartographic politics. These elements structure how legal authority is conceptualised and enacted. This study recognizes the interconnectedness between Earth and outer space, positioning legal thought and practice within planetary and cosmic contexts. This integrative framework moves beyond anthropocentric and state-centric paradigms to address the indeterminate nature of multifaceted systems. The research employs an interdisciplinary methodology that integrates legal theory and doctrine, systems engineering, and systems science to analyse emergent phenomena such as orbital debris dynamics. The study concludes that addressing Earth–outer space interactions effectively requires not merely integrating existing legal regimes but reconceptualizing core legal concepts to align better with complex, multi-scalar and emergent dynamics.

Satellite swarms mar Rubin’s pristine view

2025-06-19

Daniel Clery | Science

Space Invaders (1978)

2025-06-19

Axel Brandenburg | transcript Verlag eBooks

Empowering voices and building bridges across the space community with Black In Astro

2025-06-19

Naia Butler-Craig , B. H. Hadnott , KeShawn Ivory +7 more | Nature Astronomy

Welcome to Astronautics: A Note from the Editorial Office

2025-06-19

Li Lin | Astronautics

When humanity first broke free from Earth’s gravitational bonds, we began the grandest chapter in the history of our civilization [...] When humanity first broke free from Earth’s gravitational bonds, we began the grandest chapter in the history of our civilization [...]

Law and Infrastructure: Reliability, Automation Transition, and Irregularities of “U‐Space”

2025-06-18

Samar Abbas Nawaz | Regulation & Governance

ABSTRACT The European Union (EU) is making regulatory efforts to allow for the safe integration of drones into civilian airspace through automated means. Commission Implementing Regulation (EU) 2021/664 concerning unmanned … ABSTRACT The European Union (EU) is making regulatory efforts to allow for the safe integration of drones into civilian airspace through automated means. Commission Implementing Regulation (EU) 2021/664 concerning unmanned traffic management (a system referred to as “U‐Space”) furthers that commitment. Accordingly, drone operators must avail themselves of automatic traffic‐related “U‐Space services” concerning flight authorization, geo awareness, traffic information, and network identification before entering U‐Space airspace. Using infrastructural analysis, as proposed within Science and Technology Studies (STS), this article shows that while automation is meant to ensure safe traffic, it could also challenge U‐Space safety in at least three ways: by inviting reliability concerns for U‐Space infrastructure; because of the transition from human‐centric to automation‐centric systems; and by being subject to irregularities within the EU's framework. An infrastructural analysis, therefore, helps in unveiling important factors which influence the safety of automated technologies and in critically discussing the role of law in their regulation.

Small Space-Time Scale Environmental Impacts

2025-06-18

Carlo Villante , Sonia Dell’Aversano , Stefano Ranieri | CRC Press eBooks

Space power governance, war and diplomacy: The new challenge for states

2025-06-18

Guy d’Urso , Giorgio Giosafatto | Media War & Conflict

This article addresses the issue of space power and highlights the fact that space is becoming an arena with fervent competition among states to increase their geopolitical influence and acquire … This article addresses the issue of space power and highlights the fact that space is becoming an arena with fervent competition among states to increase their geopolitical influence and acquire the advantages that space economy offers. Outer space is a domain characterized by highly complex conditions and high fluidity, in which the presence of public and private actors, and the convergence of national interests can lead to the escalation of perpetual political–economic tensions and culminate in armed confrontation with counter-opponents, changing/defending the current international balance of power. Globalization and competition among states have increased the need for a more comprehensive characterization of outer space and contributed to a growing awareness that space is an autonomous and heterogeneous dimension with strategic significance since it can affect a country’s vital sectors transversally. Although a subject of geopolitical interest, the concept of space power has not yet been uniquely defined. The authors try to define this concept in strict connection with national power and support the idea that it has assumed, over time, an increasingly multidimensional connotation and is closely interrelated with the other components of state power – diplomatic, informational, military and economic (DIME) as each contributes to it and establishes interactions from which the components draw mutual benefits and opportunities. In addition, the article suggests a new approach to national policy to the states that requires governments to deploy all available national resources/means from a broader ‘country system’ perspective to favour the introduction of an innovative framework adapted to the new needs to increase the certainty of operating and ensuring equitable benefits from outer space’s opportunities. The Italian case study represents a valuable example of a country that tries to approach the national policy by considering the contribution of all the instruments of national power and all resources to guarantee a systemic approach that makes space power governance more effective and sustainable, and enables a better management of national power, even in crises situations.

The Woomera Manual on the International Law of Military Space Operationsedited by Jack BEARD, Dale STEPHENS and David KOPLOW. Oxford: Oxford University Press, 2024. xxxviii + 439 pp. Hardcover: £125.00; Softcover: £44.99; eBook: £39.32. doi: 10.1093/law/9780192870667.001.0001

2025-06-17

Nirbindu Banerjee | Asian Journal of International Law

Outer Space and Sovereignty in Post-Planetary Politics

2025-06-17

Katharina Glaab | Bristol University Press eBooks