Mars Regions Vastitas Borealis Central
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Vastitas Borealis Central

The deepest point of the sea that may once have covered northern Mars.

Vastitas Borealis Central occupies the heart of Mars's northern lowland, the sector that would have been the deepest water if the hypothesized Oceanus Borealis ever existed. It lies well below the planet's mean elevation and is buried under sediment and ice.

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65°N · 30°W · Vastitas Borealis Central
Key facts

Vastitas Borealis Central at a glance

Region
Northern lowlands (center)
Center
~65° N, 30° W
Depth
Deepest of the basin
below Martian datum
Hypothesis
Deepest ancient ocean
Cover
Vastitas Borealis Formation
Adjacent
North polar cap
to the north
The story

How Vastitas Borealis Central came to be

The central lowlands form the low point of the northern basin, ringed by the higher west, east, and shoreline sectors. If a northern ocean once existed, this is where the water would have been deepest — and where the thickest layers of settled sediment might survive today under the icy mantle.

Sitting close to the north polar cap, this sector connects the lowland plains to the layered polar ice deposits. The combination of deep basin, sediment, and abundant ground ice makes central Vastitas Borealis one of the most compelling places to search for the buried record of Mars's watery history.

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FAQ

Vastitas Borealis Central, answered

Why is this the deepest part?
The central lowlands mark the low point of the northern basin, so any ancient ocean would have reached its greatest depth here.
Is Vastitas Borealis Central real?
Yes — it is the central sector of the genuine Vastitas Borealis lowland surrounding the Martian north pole.
What could be buried here?
The thickest ocean sediments and extensive ground ice may lie beneath the surface, potentially preserving Mars's climate history.
How does it connect to the poles?
It lies just south of the north polar cap, linking the lowland plains to the layered polar ice deposits.
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