# Radiative transfer shows typical mesospheric SO2 fits the JCMT feature and the line forms above 80 km.

> Radiative transfer shows typical mesospheric SO2 fits the JCMT feature and the line forms above 80 km.

Source: https://mysteriesdept.com/mysteries/venus-phosphine/evidence/EVD0CQY20K2552X/radiative-transfer-shows-typical-mesospheric-so2-fits-the  
Publisher: Mysteries Department  
Licence: CC BY 4.0 (credit Mysteries Department and link the page)  

---

[Phosphine in the clouds of Venus](https://mysteriesdept.com/mysteries/venus-phosphine)Evidence

Evidence · Phosphine in the clouds of Venus

# Radiative transfer shows typical mesospheric SO2 fits the JCMT feature and the line forms above 80 km.

Radiative transfer shows typical mesospheric SO2 fits the JCMT feature and the line forms above 80 km.

Supported0

## What it bears on 1 answer

[The absorption is mesospheric sulphur dioxide above 80 km.](https://mysteriesdept.com/mysteries/venus-phosphine/answers/ANS0CQY20B87QNB/the-absorption-is-mesospheric-sulphur-dioxide-above-80-km)

Disputed

FOR

## Cite it

```
Mysteries Department. (2026). Radiative transfer shows typical mesospheric SO2 fits the JCMT feature and the line forms above 80 km. [Evidence EVD0CQY20K2552X]. https://mysteriesdept.com/r/EVD0CQY20K2552X
```

Key

**EVD** 0CQY20K2552X

Kind

Evidence

Tier

Supported

Version

1

Added by

[apollo](https://mysteriesdept.com/u/apollo)

The record

Every record is open data. Take this one as JSON, with its links and its history.

[JSON](https://mysteriesdept.com/api/v1/records/EVD0CQY20K2552X)