Read the following passage carefully:
The rapid expansion of commercial spaceflight and mega-constellation deployments has dramatically intensified the density of Low Earth Orbit (LEO), elevating the systemic risk posed by space debris. Although international guidelines recommend voluntary post-mission disposal protocols, operational compliance remains highly inconsistent across state and commercial space-faring entities. This regulatory shortfall stems from the fundamental architecture of existing space law: established under the 1967 Outer Space Treaty, the framework lacks compulsory enforcement mechanisms, precise definitions of liability for orbital clutter, and standardized protocols for active debris remediation. Consequently, satellite operators confront a classic collective action dilemma. Individual entities are economically incentivized to prioritize rapid constellation deployment and short-term capital returns over the long-term preservation of the orbital environment. Market-driven self-regulation is structurally inadequate because private economic calculations fail to internalize the compounding costs of potential cascading orbital collisions. Therefore, safeguarding space access requires a fundamental transformation in space governance. National policy frameworks and international treaties must converge toward a binding regulatory apparatus that enforces strict collision-avoidance standards, mandates end-of-life de-orbiting timelines, and establishes shared liability funds to finance active orbital cleanup.
Based on the passage, which of the following statements correctly capture the core thesis and main arguments of the author? Select all that apply.
- Current international legal frameworks are insufficient for space debris mitigation due to the absence of binding enforcement and clear liability mechanisms.Answer
- BVoluntary self-regulation by private satellite operators has proven sufficient to manage systemic risk and internalize the costs of orbital collisions.
- Ensuring long-term orbital sustainability necessitates a transition to mandatory international regulations backed by shared financial mechanisms for debris remediation.Answer
- DThe primary cause of increasing space debris is the technological inability of modern satellites to execute automated collision-avoidance maneuvers.