Ningxia is 1.05× the size of Ungava Bay

Ningxia (autonomous region) covers about 52,100 km² (20,100 mi²) and the Ungava Bay (bay) about 49,600 km² (19,200 mi²). Below, both outlines are drawn at one scale and centred on each other. The Ungava Bay outline is Natural Earth’s, checked against the published area.

100 km
  • Ningxia
  • Ungava Bay

What fits

How they differ

Who wins on what

MeasureWinnerBy
Larger areaNingxia1.05×
Farther northUngava Bay22.3° of latitude
Stretched more on a web mapUngava Bay3.9× against 1.6×

Both against the same yardsticks

YardstickNingxiaUngava Bay
Belgium 30,700 km²1.70×1.62×
United Kingdom 244,000 km²0.21×0.20×
Germany 358,000 km²0.15×0.14×
Japan 374,000 km²0.14×0.13×
France 548,000 km²0.10×0.09×
India 3,151,000 km²0.02×0.02×
Brazil 8,473,000 km²0.01×0.01×
United States 9,447,000 km²0.01×0.01×
Russia 16,980,000 km²1 in 3261 in 342

Each figure is the place's area divided by the yardstick's.

Side by side

NingxiaUngava Bay
Is aAutonomous RegionChinaBaysea on sizeversus
Area, measured52,100 km²20,100 mi²49,600 km²19,200 mi²
Area, published52,200 km²Wikidata50,000 km²Wikidata
Rank by area–32nd of 42seas
Greatest depth–150 mWikidata
Latitude range35°N to 39°N58°N to 61°N
On the shore–1 on the shore

Published figures: Wikidata (CC0). A lake or a sea has no legal boundary: the measured area is that of Natural Earth’s outline, and it is shown beside the published one.

More comparisons

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Ningxia is 1.05× the size of Ungava Bay: outlines of Ningxia and Ungava Bay at the same scale
Outlines are drawn at true scale.
Sources and method
Outlines
Lakes and seas: Natural Earth 1:10m physical vectors (public domain), kept only where the measured area is within 10% of the published one. Countries and regions: Natural Earth, 1:10m Admin 0 and Admin 1, public domain.
Boundary
De facto, as drawn by Natural Earth. A lake or a sea has no legal boundary of its own; the outline is a cartographic one.
Area
Measured on the WGS84 ellipsoid from the full-detail outlines, shown rounded. The published figure comes from Wikidata (CC0), fetched 2026-11-11, and is shown beside the measured one.
Drawing
Each outline is projected with an equal-area projection centred on its own centroid, so areas stay true and the two can be laid over each other.
Data built
2026-11-11

Full method