Global Governance and Sustainable Design Needed to Address Growing Cislunar Debris Threats
Original framing: “Risks of debris between the Earth and the moon for future exploration” — Phys.org
Scientific studies quantify debris density, collision probabilities, and cascade effects (Kessler syndrome) in cislunar orbits, demonstrating that even small fragments can jeopardize crewed missions and lunar infrastructure. However, scientific data is often presented without linking to policy or ethical implications. Integrating science with systemic analysis is essential.
The surge of lunar ambitions reproduces historic patterns of colonial extraction, now projected onto the shared expanse between Earth and Moon, where debris becomes the new waste of empire.
By weaving Indigenous relational ethics, cross‑cultural governance concepts, and robust scientific modelling, a pluralistic treaty can transform cislunar space from a contested frontier into a commons managed for all humanity. Marginalised nations and communities must be empowered through inclusive design standards and shared liability mechanisms, while active debris removal technologies, co‑developed across borders, keep the orbital pathway clear. Artistic and spiritual engagements can galvanize global public will, ensuring that the narrative of progress does not eclipse the responsibility to preserve the celestial environment for future generations.