<p>I assume you mean "what if the Earth's equator was perpendicular to it's orbit?" in which case the seasons would be greatly exaggerated at the poles and day and night would only really mean something for about half the year if you're nearer the equator. Temperature differential would be much more significant than it is now.</p>

<p>Unless you mean that the axis of Earth's rotation is exactly perpendicular with respect to it's orbit, in which case there would be no seasonal variation whatsoever. (Not including Malkovitch cycles and solar cycles)</p>

CC BY-SA 3.0
2016-06-25T03:13:10.433Z
2016-06-25T05:44:44.240Z
2016-06-25T05:44:44.240Z
Tanenthor
<p>If Earth's axis of rotation were tilted 90 degrees, what type of seasons would be observed at the equator. </p>

<p>My prediction is that there would be no seasons, as the orientation of the equator would be the same as if the Earth </p>

CC BY-SA 3.0
2016-06-25T06:51:41.047Z
Its unclear if you mean that the axis is perpendicular to the orbit, or in the plane of the orbit.
James K
<rotation>
How would seasons at the equator be if the Earth were tilted 90 degrees?
John Michaels
# How would seasons at the equator be if the Earth were tilted 90 degrees?

(Asked by: username_0 on 2016-06-24)

If Earth's axis of rotation were tilted 90 degrees, what type of seasons would be observed at the equator.

My prediction is that there would be no seasons, as the orientation of the equator would be the same as if the Earth

**Tags:** rotation
> **Comments:**
> **username_1**: Its unclear if you mean that the axis is perpendicular to the orbit, or in the plane of the orbit.  

---

## 1 answers

### Answer by username_2 on 2016-06-25. Score: 3

I assume you mean "what if the Earth's equator was perpendicular to it's orbit?" in which case the seasons would be greatly exaggerated at the poles and day and night would only really mean something for about half the year if you're nearer the equator. Temperature differential would be much more significant than it is now.

Unless you mean that the axis of Earth's rotation is exactly perpendicular with respect to it's orbit, in which case there would be no seasonal variation whatsoever. (Not including Malkovitch cycles and solar cycles)


---

