Jump to content

J. A. D. Jensen Nunataks

Coordinates: 62°49′N 48°55′W / 62.817°N 48.917°W / 62.817; -48.917
From Wikipedia, the free encyclopedia

This is an old revision of this page, as edited by NihlusBOT (talk | contribs) at 05:37, 14 November 2017 (Bot: fix deprecated Citation Style 1 parameters (Task 9)). The present address (URL) is a permanent link to this revision, which may differ significantly from the current revision.

J. A. D. Jensen Nunataks
J. A. D. Jensen Nunatakker
J. A. D. Jensen Nunataks is located in Greenland
J. A. D. Jensen Nunataks
J. A. D. Jensen Nunataks
Highest point
Elevation1,667 m (5,469 ft)[1]
Coordinates62°49′N 48°55′W / 62.817°N 48.917°W / 62.817; -48.917[2]
Geography
LocationSermersooq, Greenland
Climbing
First ascentUnknown

J. A. D. Jensen Nunataks (Template:Lang-da) are a nunatak group in Greenland. Administratively it falls under the Sermersooq Municipality.

This geographic feature was named after Danish naval officer and Arctic explorer Jens Arnold Diderich Jensen.[3]

Geography

The J. A. D. Jensen Nunataks are located in Southwest Greenland to the northeast of the Dalager Nunataks, near the western limit of the Greenland Ice Sheet and about 60 km from the coast.[2]

The nunatak area is 13 km in length and its maximum width is 8 km; the highest elevation is located at the southeastern end and is 1,667.8 metres (5,472 ft) high.[1]

Climate

Polar climate prevails in the region. The average annual temperature in the area of the J. A. D. Jensen Nunataks is -14 °C. The warmest month is July when the average temperature reaches -4 °C and the coldest is February when the temperature sinks to -20 °C.[4]

See also

References

  1. ^ a b GoogleEarth
  2. ^ a b "J. A. D. Jensen Nunatakker". Mapcarta. Retrieved 12 August 2016.
  3. ^ Jensen, J. A. D. (1878). J.A.D. Jensens indberetning om den af ham ledede expedition i 1878 [Report on the J.A.D. Jensen Expedition 1878]. Meddelelser om Grønland (in Danish). Vol. 1.
  4. ^ "NASA Earth Observations Data Set Index". NASA. Retrieved 30 January 2016.