Artemis II’s success reveals systemic gaps in space sustainability and human adaptation beyond Earth

Indigenous knowledge systems offer critical insights into closed-loop resource management, such as the Māori practice of *whakapapa* (genealogical interconnectedness) applied to life support systems, or the Quechua concept of *ayni* (reciprocal exchange) for waste-to-resource cycles. These frameworks prioritize harmony over domination, directly challenging the extractive logics embedded in Artemis II’s mission design. However, NASA and corporate space programs have historically sidelined such knowledge in favor of technocratic solutions.

The fixation on urine recycling echoes colonial-era resource extraction, where 'waste' was repurposed for profit (e.g., guano as fertilizer, whale oil as fuel). The Apollo missions’ reliance on disposable systems (e.g., urine bags) reflects a broader pattern of short-term thinking in space exploration, mirroring the Industrial Revolution’s approach to environmental degradation. Historical precedents like the Soviet *Salyut* stations’ early water reclamation systems highlight how incremental progress is often overshadowed by sensationalism.

In Japan, space agencies emphasize *monozukuri* (craftsmanship) and precision in life support systems, contrasting with the West’s focus on scalability. The Indian Space Research Organisation (ISRO) integrates low-cost, high-efficiency solutions (e.g., Chandrayaan’s water extraction from lunar soil) that prioritize sustainability over spectacle. Meanwhile, African space programs like Nigeria’s NASRDA often collaborate with local communities to address terrestrial needs before venturing into deep space, offering a model of responsible expansion.

NASA’s Environmental Control and Life Support System (ECLSS) recycles 98% of water aboard the ISS, including urine, but the Artemis II mission’s success in this area is not yet peer-reviewed or replicated in peer-reviewed literature. The psychological impacts of closed-loop systems (e.g., 'toilet fixation' as a stressor) are understudied, despite evidence from Antarctic research stations showing how waste management affects crew morale. The lack of standardized metrics for 'success' in life support systems obscures systemic vulnerabilities.

Artists like Trevor Paglen and Agnes Denes have critiqued space exploration as a form of celestial colonialism, framing the 'final frontier' as a site of extraction rather than discovery. In Indigenous art, celestial bodies are often depicted as living entities (e.g., the Māori *Ranginui* and *Papatūānuku*), challenging the Western gaze that sees them as mere destinations. The fixation on urine as a 'novelty' reflects a broader cultural discomfort with the embodied realities of space travel, which spiritual traditions might reframe as a return to Earth’s cyclical nature.

By 2040, lunar and Martian bases will require fully closed-loop systems to avoid resource depletion, but current Artemis missions lack scalable models for psychological and cultural adaptation. Scenario planning must account for the 'tragedy of the cosmic commons,' where unregulated space activity leads to environmental degradation (e.g., lunar dust contamination, orbital debris). The focus on urine recycling distracts from the need for international treaties on space sustainability, akin to the Antarctic Treaty System.

Women and people of color in space programs have long highlighted the gendered and racial biases in life support design (e.g., spacesuit fit, waste management ergonomics), yet their critiques are often dismissed as 'non-technical.' Janitorial and maintenance staff—disproportionately from marginalized backgrounds—are the invisible labor ensuring mission success, yet their perspectives are excluded from narratives of 'heroic' spaceflight. Global South scientists, who face funding disparities, are rarely credited in Western space discourse, despite their contributions to sustainable technologies.