The Prince Madog, 欧美性爱片's research vessel docked in Menai Bridge

Oceanographers uncover the vital role of mixing down of oxygen in sustaining deep sea health

New research has shown for the first time the important role of the 鈥榤ixing down鈥 of oxygen in maintaining healthy conditions in the deep waters around the UK and elsewhere.

There is growing concern for the health of our coastal oceans as the climate warms because warmer water holds less oxygen. Living creatures in the ocean are reliant on oxygen to survive in the same way as animals on land are. Oxygen is also used up as rotting matter decomposes in the depths of the ocean. This creates a summer oxygen deficit in the deep seas around the UK. Unfortunately, as our climate warms, this deficit is forecast to grow.

The formation of stratification in the summer in the deeper water around the UK isolates the deep water from the atmosphere, which is the main source of oxygen.

The research team, from the School of Ocean Sciences at 欧美性爱片, the University of Liverpool and the National Oceanography Centre, used novel new techniques developed at 欧美性爱片 to estimate oxygen fluxes in the ocean. These new results show that the mixing down of oxygen by summer storms can slow the development of the deepwater oxygen deficit by as much as 50%.

These new results also have important implications for the proposed mass development of floating wind farms, in places like the Celtic Sea and northern North Sea, in pursuance of NetZero:

鈥淭he tidal flow passed from the proposed floating wind turbines will generate a turbulent wake which will mix down oxygen in the summer. This positive impact will improve ocean health. However, this new research highlights the need for the potential impacts of this modi铿乪d mixing to be considered in the design of turbine foundations and in the spatial planning of new wind farms,鈥 says Professor Rippeth.

The observations were collected as part of the United Kingdom (UK) Natural Environment Research Council (NERC) Carbon and Nutrient Dynamics and Fluxes over Shelf Systems (CaNDyFloSS) project, which forms part of the Shelf Sea Biogeochemistry research programme co-funded by the Department for Environment, Food and Rural Affairs (Defra) through UK Research and Innovation grants.

It looks like you鈥檙e visiting from outside the UK, would you like to be redirected to the international page?