Abstract

The growth of orbital space debris is both a consequence of and a potential hindrance to space activities. The risks posed by space debris propagation in the most used orbital regions highlight the need to adequately address the challenges posed to the sustainability in outer space. The preservation of the access to and usability of outer space in the long-term requires that action is taken which has to be the result of both mitigation and remediation measures for existing and future space missions. As the enforcement of such technical measures will depend on adequate regulation, they need to be approached also from a legal perspective. The deficiencies in law for space debris remediation mechanisms originate from the fact that although technical concepts have been developed, the legal framework for space activities does not impose any legal obligations for debris removal and on-orbit servicing. Nevertheless, an overview of the relevant legal framework shows that there is a legal basis for the protection of the outer space environment which can, as has already been the case with space debris mitigation guidelines, be substantiated in more concrete terms by the formulation of voluntary, non-binding instruments and included in national legislation.

Highlights

  • The importance of the sustainability of outer space as the sum of measures ensuring that the outer space environment is preserved for current and future generations has gained international recognition from a technical, legal and policy perspective

  • 60% and collision avoidance against all objects in low-Earth orbit (LEO), the results show that remediation of two objects per year decreases 12% of the final population [24]

  • While the conflict between the use and the protection of outer space which results in the current trends of exponential and non-reversible growth of space debris is a pressing problem, the legal response hitherto has not been not effective so as to offer binding rules for space debris mitigation and remediation

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Summary

Introduction

The importance of the sustainability of outer space as the sum of measures ensuring that the outer space environment is preserved for current and future generations has gained international recognition from a technical, legal and policy perspective. Given a backdrop of the risks posed to some of the most used orbital regions in near-Earth space by the growing amount of space debris, adequate consideration of instruments aiming at the mitigation and remediation of space debris represents an important tool to ensure the viability of space activities in the future. Studies modelling the orbital evolution of space debris show that the application only of mitigation measures will not suffice to ensure the future access and usability of outer space [1]. While technical mitigation measures for future missions have acquired legal relevance by being included in instruments regulating space activities, space debris remediation models have not yet become part of the legal framework.

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