The Core Argument
As the Artemis II mission (NASA, April 2026) marks humanity’s first crewed return to the lunar orbit in over 50 years, the absence of binding multilateral governance over lunar resources is becoming a strategic liability. The existing framework — primarily the Outer Space Treaty (1967) and the U.S.-led Artemis Accords — is fragmented, non-binding, and dominated by spacefaring powers. The editorial argues that lunar governance must be grounded in a UN COPUOS-led multilateral treaty — not bilateral or plurilateral arrangements — to prevent a “land grab” that reproduces terrestrial geopolitical rivalries in space.
What’s at Stake — Lunar Resources
The Moon is not just a scientific destination. It holds resources of enormous strategic value:
| Resource | Location | Significance |
|---|---|---|
| Water ice | Permanently Shadowed Regions (PSRs) — poles | Electrolysis → hydrogen (fuel) + oxygen (life support); essential for Moon base |
| Helium-3 | Lunar regolith | Potential fusion reactor fuel (very rare on Earth) |
| Rare earth elements | Lunar crust | Neodymium, europium, gadolinium — critical for electronics |
| Titanium, silicon | Abundant in regolith | In-situ resource utilisation (ISRU) for construction |
| Platinum-group metals | Impact craters | High-value catalysts, electronics |
The South Pole (target of India’s Chandrayaan-3 and NASA’s Artemis programme) has the highest concentration of water ice — making it the most contested lunar territory.
The Existing Legal Framework — And Its Gaps
Outer Space Treaty (OST) — 1967
| Provision | Text | Implication |
|---|---|---|
| Article I | Space is “province of all mankind”; exploration for benefit of all | Non-exclusive access in principle |
| Article II | No national appropriation of celestial bodies by claim of sovereignty | States cannot claim territory |
| Article VI | States responsible for national activities including private actors | Government liability for commercial space companies |
| Article IX | Due regard; harmful contamination prohibition | Weak enforcement |
Gap: Article II prohibits state sovereignty over lunar territory but does NOT explicitly address resource extraction by private companies. The U.S. Commercial Space Launch Competitiveness Act (2015) and the UAE Space Law explicitly permit companies to own resources they extract — a position contested by many nations.
The Moon Agreement (1979) — The Unratified Treaty
The Agreement Governing the Activities of States on the Moon and Other Celestial Bodies (Moon Agreement, 1979) declared the Moon and its resources the “Common Heritage of Mankind” — requiring an international regime for resource management before exploitation.
Problem: The Moon Agreement has been signed/ratified by only 17 states — NOT including the USA, Russia, China, India, or any major spacefaring nation. It has effectively failed.
Artemis Accords (2020, USA-led)
The Artemis Accords are bilateral agreements between the U.S. and partner nations:
| Provision | Significance |
|---|---|
| Peaceful purposes | No military weapons on Moon |
| Transparency | Share scientific data |
| Interoperability | Compatible systems |
| Safety zones | Each operator establishes “safety/exclusion zones” around operations |
| Resource extraction | Permits extraction and ownership of resources |
| Registration | Consistent with OST registration |
Signatories (as of 2026): 40+ countries — including Japan, UK, UAE, South Korea, Canada, Brazil, Australia, France, Germany, India (signed 2023).
India’s Position: India signed the Artemis Accords in June 2023 — a pragmatic step toward NASA collaboration (NISAR satellite, astronaut training). However, India has not abandoned its position favouring stronger multilateral governance.
Critical Issue: “Safety zones” can function as de facto territorial claims — a spacefaring nation establishes an exclusion zone around its mining operation, effectively controlling that lunar area without formal sovereignty claim.
China-Russia Response — The ILRS Framework
International Lunar Research Station (ILRS): China and Russia’s alternative to Artemis:
| ILRS Parameter | Detail |
|---|---|
| Lead countries | China (CNSA) + Russia (Roscosmos) |
| Other partners | Venezuela, Pakistan, UAE (partial), several African nations |
| Target | Permanent robotic + crewed Moon base at South Pole by 2035-40 |
| Governance | Bilateral MOUs; no multilateral treaty |
| Resource framework | Not specified |
The ILRS creates a parallel architecture — meaning two competing blocs racing for the same South Pole water ice deposits, with no agreed rules on how to share or allocate resources.
The Multilateral Governance Deficit
UN COPUOS — The Legitimate Forum
COPUOS (Committee on the Peaceful Uses of Outer Space):
- 104 member states (as of 2026)
- Negotiated the major space law treaties (OST, Moon Agreement, Liability Convention)
- Has a Legal Subcommittee and Scientific Subcommittee
- HQ: Vienna (UNOOSA — UN Office for Outer Space Affairs)
Why COPUOS, not Artemis Accords?
- Universal membership (104 countries vs. 40+ Artemis signatories)
- UN authority confers binding treaty-making capacity
- “Common Heritage of Mankind” principle from UNCLOS (seabed mining) offers precedent
- Prevents great-power monopoly on lunar resources
UNCLOS as Model
The UN Convention on the Law of the Sea (UNCLOS, 1982) established the International Seabed Authority (ISA) to govern deep-sea mining — an area beyond national jurisdiction. The editorial argues a similar International Lunar Authority (ILA) is needed.
India’s Stake and Opportunity
India is uniquely positioned:
- Chandrayaan-3 (2023): First soft landing near the lunar South Pole — India has demonstrated lunar capability
- Gaganyaan (2024-25): India’s human spaceflight programme
- Artemis Accords signatory: Operational relationship with NASA
- BRICS/Global South voice: India can champion multilateral governance without being purely aligned with either bloc
India can use its position in both the Artemis framework and BRICS/UN to bridge the two blocs and push for a COPUOS-led lunar governance treaty.
UPSC Angle
| Paper | Angle |
|---|---|
| GS2 — IR | Artemis Accords, COPUOS, UNOOSA, multilateralism, space governance |
| GS3 — S&T | Moon resources, Chandrayaan, ISRO, lunar South Pole, helium-3 |
| GS3 — S&T | Outer Space Treaty 1967, Moon Agreement 1979, ILRS vs Artemis |
| GS2 — IR | India’s space diplomacy, BRICS, global commons |
Mains Keywords: Artemis Accords, Outer Space Treaty 1967, Moon Agreement 1979, COPUOS, UNOOSA, Common Heritage of Mankind, Chandrayaan-3, ILRS, Safety zones, UNCLOS, International Seabed Authority, helium-3, water ice
Probable Question: “The Artemis Accords undermine multilateral outer space governance. Critically analyse India’s position.” (GS2 Mains)
