Outer space Sample Clauses

Outer space. 1. The Parties shall enhance the exchange of views and information on their respective space policies and activities. 2. The Parties shall endeavour to cooperate, where appropriate, including through regular dialogue, in the exploration and peaceful uses of outer space, including in the mutual compatibility of their navigation satellite systems, earth observation and monitoring, climate change, space science and technologies, security aspects of space activities and other areas of mutual interest.

Outer space. New Challenges to Law and Policy, (1984) Xxxxx xx., E.R. and Xxxxx, X.X., Astrobusiness: A Guide to the Commerce and Law of Outer Space, (1985) Xxxxxxxxxxx, X.X., The Law and Practice of the International Court of Justice, (1986) Xxxxxx, X., Fairness in International Law and Institutions (1995) Fr¨ohlich, M., Xxx Xxxxxxxxxxxx u¨nd Die Vereinten Nationen: Die Politische Ethik Des Uno-Generalsekretars, (2002) Xxxxxxxxx, X., Guide to Dispute Settlement, (2002) Xxxxxxxxx, X., The Politics of Verification (1999) GATT, GATT Basic Instruments and Selected Documents, (1990) 26S/21 GATT, Analytical Index, Guide to GATT Law and Practice (6th ed., 1994) Xxxxxxxx, X.X., Xxxxxx, F.E.A. and Xxxxxx, N.H., Dispute Resolution, Negotiation, Medi- ation, and Other Processes, (1999) Xxxxxxxx, X.X., Xxxxx, X.X. and Xxxxxx, F.E.A., Dispute Resolution, (1985) Gorove, S., Cases on Space Law: Texts, Comments and References, (1996) Xxxxxx, S., Developments in Space Law: Issues and Policies, (1991) Xxxxxx, X., United States Space Law: National and International Regulation, (1982) Gosovic, B., The Quest for World Environmental Cooperation: The Case of the UN Global Environmental Monitoring System (1992) Xxxx, X., Judicial Remedies in International Law (1990) Xxxxxxxxx, X., Les Formations restreintes des jurisdictions internationals, (1992) Xxxxxxxxx, P.P.C., The Law and Policy of Air Space and Outer Space: A Comparative Approach, (2003) Hague Academy of International Law / United Nations University (eds.), The Settlement of Disputes on the New Natural Resources, (1983), Workshop, The Hague 8 - 10 November 1982, (1983) Xxxxxx, X.X., (ed.), Technology and the Civil Future in Space (1981) Xxxxxxxxx, X., The Dispute Resolution Manual: A Practical Handbook for Lawyers and Other Advisers, Version 1.0 (1993)

Outer space. The Outer Space Treaty and subsequent treaties do not define the point where national airspace ends and outer space begins, nor is there any international consensus on the line of delimitation.52 NASA awards astronaut status to anyone who flies above 50 miles (264,000 feet) in altitude. Many space flight engineers, dealing with the effects of friction and heating of spacecraft due to atmospheric particles, define the boundary to be at 400,000 feet (75.76 miles). They call this the “re-entry interface,” the point at which heating on re-entry becomes observable. Many in the international community recognize the edge of space as 100 kilometers (62 miles) above mean sea level. Others argue that space begins where orbit can be maintained. The closest orbital perigee is approximately 93 NM (107 miles) for highly elliptical orbits (HEO). The United States has consistently opposed establishing such a boundary in the absence of a showing that one is needed. A primary rationale for not accepting a predetermined boundary is that once such a boundary is established, it might work to prevent the United States from taking advantage of evolving space technologies and capabilities.