Ashby De La Launde and Bloxholm

Ashby de la Launde and Bloxholm is a human settlement in Lincolnshire, England.

Population

The population of Ashby de la Launde and Bloxholm is 765, in the 2021 census of the United Kingdom1.

In Ashby de la Launde and Bloxholm there are 381 males, and 384 females.

Location

Ashby de la Launde and Bloxholm is located at a Latitude of 53.074995 (53°4'29.98"N), and Longitude of -0.435343 (0°26'7.23"E)2.

Elevation

The elevation of Ashby de la Launde and Bloxholm is an average of 31 metres34.

The elevation of Ashby de la Launde and Bloxholm ranges from a low point of about 7 metres, to a high point of about 88 metres.

Nearby to Ashby de la Launde and Bloxholm

Human settlements nearby to Ashby de la Launde and Bloxholm are Temple Bruer with Temple High Grange, Roxholm, Rowston, and Scopwick.

Woodland coverage of Ashby de la Launde and Bloxholm

Ashby de la Launde and Bloxholm has approximately 6% woodland coverage which is approximately 268.7 hectare of woodland5.

Water coverage of Ashby de la Launde and Bloxholm

How much of Ashby de la Launde and Bloxholm is water? Well, Ashby de la Launde and Bloxholm has 0.20% water coverage, which is 9.2 hectare of water5.

  1. Population values are aggregated by myself from the 178,605 census output areas in England, for the 2021 census of the United Kingdom, and are published on NOMIS official government census website. ↩︎

  2. location is the calculated centroid for geometries published by ONS Geography Linked Data portal. ↩︎

  3. From GDEM V3 (Global Digital Elevation Model V003) dataset I have sampled at a resolution of 13 million per degree latitude and degree longitude. In everyday terms the town of Andover, Hampshire is sampled approximately 45 thousand times. From my testing this is enough to pickup subtle changes in road elevation over small distances, such as a couple of house blocks. ↩︎

  4. The average listed is a median value for elevation samples recorded in the polygon for a given location. ↩︎

  5. Woodland, and water coverage calculated from OpenStreetMap data retrieved February 2024. ↩︎ ↩︎