According to the researchers, China’s planned mission goes beyond NASA’s DART demonstration by attempting a...
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Interesting Engineering
China prepares to hit asteroid using projectile with 26 times the speed of sound
Abatify Summary
Nature & Climate Perspective
**The escalating scale of space launch programs threatens stratospheric ozone depletion and alters radiative forcing, complicating earth-bound nature-based carbon sequestration baselines. **
- Rocket launches emit black carbon directly into the stratosphere, persisting longer than tropospheric emissions and accelerating warming that stresses fragile terrestrial ecosystems.
- Disrupted radiative forcing and micro-climatic shifts from increased space missions could destabilize the long-term carbon sequestration capacity of global LULUCF projects.
- The lack of multilateral environmental frameworks for planetary defense initiatives risks unchecked atmospheric degradation, undermining the ecological permanence of high-quality Blue Carbon assets.
Market & Policy Outlook
**Geopolitical dominance in aerospace and planetary defense diverts sovereign capital from Article 6. 2/6.4 mechanisms while challenging the ICVCM principles of environmental integrity.**
- State-funded space defense missions operate outside international carbon accounting, creating massive Scope 3 reporting blind spots for national defense and aerospace supply chains.
- High-tech aerospace resource allocation starves the voluntary carbon market of liquidity needed to scale high-permanence technical Carbon Dioxide Removal (CDR) pathways.
- Increasing emissions from defense-related aerospace activities highlight a critical gap in SBTi standards, which currently lack robust metrics for stratospheric warming compared to ground-level emissions tracked by I-RECs.
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