Alkaline lake

Uvs Lake

Natural Earth’s outline of Uvs Lake measures about 3,310 km² (1,280 mi²), the 45th largest of the 104 lakes on sizeversus, and 84% of the size of Cape Verde.

50 km
  • Cape Verde
  • Uvs Lake

The numbers

The area is measured from the outline drawn above, on the WGS84 ellipsoid; the published figure is shown beside it, and a water body is kept only if the two are within 10%.

What the numbers say about Uvs Lake

About the same size as

On the shore

Natural Earth’s outlines of Mongolia and Russia contain or lie within 4 km of the outline of Uvs Lake. That is what its geometry says, and it is not a statement about who owns the water or where any border runs in it.

Names

Where Uvs Lake ranks

Uvs Lake is the 45th largest of the 104 lakes on sizeversus, ranked by measured area.

Ranked lakes

  1. 42Sarygamysh Lake3,820 km²
  2. 43Lake Van3,510 km²
  3. 44North Aral Sea3,420 km²
  4. 45Uvs Lake3,310 km²
  5. 46Amadjuak Lake3,130 km²
  6. 47Lake Alakol2,840 km²
  7. 48Khövsgöl Lake2,770 km²

All lakes, matched to countries

Share this outline

Outline of Uvs Lake, about 3,310 km², drawn to true scale
Outlines are drawn at true scale.
Sources and method
Outline
Natural Earth, 1:10m Lakes + Reservoirs, public domain (Lakes + Reservoirs). Outlines of lakes are drawn at 1:10 million.
Boundary
A lake or a sea has no legal boundary of its own. The outline is a cartographic one, and the page says so by showing the measured area beside the published one.
Area basis
Measured outline: computed on the WGS84 ellipsoid from the full-detail outline and shown rounded. Published figure: Wikidata (CC0), fetched 2026-11-11. An outline is kept within 10% of the published figure and matched to other places automatically within 5%.
Depth, volume, height
As recorded in Wikidata; a volume that cannot be right for the area and depth is left out.
Shore
Countries whose Natural Earth outline contains or comes close to the water's outline; computed, not a statement of ownership.
Drawing
Each outline is projected with an equal-area projection centred on its own centroid, so areas stay true and two can be laid over each other.
Data built
2026-11-11

Full method