terific

In the coming decades increasing amounts of freshwater are predicted to enter the subpolar North Atlantic from Greenland and the …

This thesis investigates the variability of the local overturning circulation in the Labrador Sea over the past two decades, focusing …

The formation of fresh, cold, oxygenated and carbon dioxide-rich Labrador Sea Water is a critical process which affects global climate …

By ventilating the deep ocean, deep convection in the Labrador Sea plays a crucial role in the climate system. Unfortunately, the …

An overview of methods for measuring turbulence in the ocean, including from profiling floats and gliders, microstructure sensors on autonomous vehicles, and micro-temperature on CTD profiles.

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, …

The purpose of the fieldwork activities detailed in this report was to deploy a range of autonomous platforms to measure physical …

Before we deploy a large number of drifters near the Greenland shelf-break, we wanted to do a dry run (or rather a wet run) locally. This will allow us to see how they react to near-real environment (sea water, clear or cloudy sky, obstacles blocking the GPS signal and so on), and give us some experience in their deployment in controlled conditions.

The rate of Greenland melting has been accelerating in the past 2 decades. Not only is Greenland releasing more freshwater into the oceans, it’s doing so to a greater extent each year.