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Monitoring arctic Glaciers AUV surveys glacier fronts in Norway for climate studies

Research output: Contribution to specialist publication or web blog › Article

Abstract

These observations show how the seafloor can influence the water masses in the glacial-front environment and in some cases lead to warmer water being actively introduced into the fjord and, hence, promoting glacier retreat. Shallow-water sills within the fjord can promote mixing; while they can protect the glacier front from direct contact with the warming Atlantic water, they can also enhance local circulation, driven in part by the meltwater injection from the glacier.

Original languageEnglish
Pages14-16
Number of pages3
Volume60
No.12
Specialist publicationSea Technology
Publication statusPublished - 2019

Keywords

  • Atlantic Ocean
  • Norway
  • glaciers
  • Atlantic water
  • climate studies
  • direct contact
  • glacier retreat
  • seafloors
  • shallow waters
  • warm water
  • water mass
  • autonomous underwater vehicle
  • fjord
  • meltwater
  • mixing ratio
  • monitoring system
  • warming
  • water injection

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