<p>I'm looking to create a database of relatively consistent measurements for various cosmic bodies. Please inform if there's a way to gather reproducible signatures, with the same set of instruments to derive the same measurements within a given margin of error.</p>
<p>If also possible, please link to an academically-trusted data source.</p>

CC BY-SA 4.0
2021-04-06T22:41:33.623Z
Terms like "simple database" and "unique" and "reproducible" and "good data source"  all need to be defined, or better-yet, replaced. I think you question is both too broad and needs clarity, and right now theres no way to tell what a "right" answer would be. Is it possible to narrow this down and more clearly specify what it is you need? *Thanks!*
uhoh
CC BY-SA 4.0
2021-04-06T22:43:18.110Z
thanks for the feedback, i'll edit
irth
<observational-astronomy><data-analysis>
Can we identify planets, moons, and large asteroids in our solar system have a unique spectroscopy?
irth
# Can we identify planets, moons, and large asteroids in our solar system have a unique spectroscopy?

(Asked by: username_0 on 2021-04-06)

I'm looking to create a database of relatively consistent measurements for various cosmic bodies. Please inform if there's a way to gather reproducible signatures, with the same set of instruments to derive the same measurements within a given margin of error.

If also possible, please link to an academically-trusted data source.

**Tags:** observational-astronomy, data-analysis

> **Comments:**
> **username_1**: Terms like "simple database" and "unique" and "reproducible" and "good data source"  all need to be defined, or better-yet, replaced. I think you question is both too broad and needs clarity, and right now theres no way to tell what a "right" answer would be. Is it possible to narrow this down and more clearly specify what it is you need? *Thanks!*  
> **username_0**: thanks for the feedback, i'll edit  

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