Experimental Oceanography
Experimental Oceanography
People
Publications
Teaching
Resources
Contact
Light
Dark
Automatic
terific
Cessation of Labrador Sea Convection Triggered by Distinct Fresh and Warm (Sub)Mesoscale Flows
By ventilating the deep ocean, deep convection in the Labrador Sea plays a crucial role in the climate system. Unfortunately, the …
Louis Clement
,
Eleanor Frajka-Williams
,
Nicolai von Oppeln-Bronikowski
,
I. Goszczko
,
Brad de Young
July 2023
J. Phys. Oceanogr.
terific
PDF
Cite
Project
DOI
Technicalities: Exploring the Labrador Sea with autonomous vehicles
The Labrador Sea is a fascinating and difficult environment in which to work. In the winter, wind speeds can gust upwards of 200 km/hr, …
Brad de Young
,
Eleanor Frajka-Williams
,
Nicolai von Oppeln-Bronikowski
,
Stephen Woodward
October 2020
The Journal of Ocean Technology
terific
PDF
Cite
Project
URL
Cruise Report #65: TERIFIC project, 26 November – 10 December 2019
The purpose of the fieldwork activities detailed in this report was to deploy a range of autonomous platforms to measure physical …
Eleanor Frajka-Williams
January 2020
National Oceanography Centre Cruise Report
terific
PDF
Cite
Dataset
Project
URL
Wind-driven transport of fresh shelf water into the upper 30m of the Labrador Sea
The Labrador Sea is one of a small number of deep convection sites in the North Atlantic, that contribute to the meridional overturning …
Lena M. Schulze Chretien
,
Eleanor Frajka-Williams
January 2018
Oc. Sci.
terific
PDF
Cite
Project
DOI
URL
Horizontal stratification during Deep convection in the Labrader Sea
Deep convection—the process by which surface waters are mixed down to 1000 m or deeper—forms the primary downwelling of the meridional …
Eleanor Frajka-Williams
,
Peter B. Rhines
,
Charles C. Eriksen
January 2014
J. Phys. Ocean.
terific
PDF
Cite
Project
DOI
URL
Cite
×