Science · Open for opinions
Will an independent scientific study in a peer-reviewed journal confirm the interpretation of active magmatic activity on Mars based on ExoMars TGO data by April 2027?
A study published in Science Advances in November 2026 interpreted HCl detected in Alba Mons as evidence of active magma beneath the… 89 opinions, 60% No
- Yes — 40%
- No — 60%
Deadline: April 30, 2027 at 12:00 AM UTC · 89 opinions
Resolution rules
A study published in Science Advances in November 2026 interpreted HCl detected in Alba Mons as evidence of active magma beneath the Martian surface, sparking debate in the scientific community about Mars' habitability.
Source: www.livescience.com
Frequently asked questions about this event
How is this event resolved?
Resolve 'Sim' se equipe de pesquisa independente da autora do estudo original publicar artigo peer-reviewed em revista científica indexada (ex.: Nature, Science, JGR Planets, Icarus) confirmando atividade magmática ativa em Marte a partir de dados do ExoMars TGO ou outra fonte independente, até 2027-04-30. Verificável via Google Scholar ou NASA ADS.
How are points scored?
Points depend on the share of votes your side had when you gave your opinion. Being right earns 100 minus that share. Being wrong costs that share.
Right now No has 60% of the votes: an opinion on it that turns out right earns about 40 points, a wrong one costs about 60.