Published: 13 July 2026
Author: Dr Andrew Gates

After months of planning we have set sail on our latest expedition on the RRS James Cook to continue our long-term study of ecological change at abyssal depths of the north east Atlantic Ocean and maintain ocean observations throughout the water column. 

NOC Southampton

The view of the NOC offices from the RRS James Cook as we departed.

This year marks the 40th anniversary of science at the Porcupine Abyssal Plain Sustained Observatory (PAP-SO). Our international team on board are reflecting on the importance of long-term observations and looking to how we can maintain and enhance the science in future.

Joining the National Oceanography Centre team are scientists and engineers from the Horizon Europe ‘GEORGE’ project (Next Generation Multiplatform Ocean Observing Technologies for Research). GEORGE will demonstrate novel technologies for ocean observations alongside the established methods we currently use at PAP-SO. We will also be deploying sensors to listen to the soundscape of the ocean.

Sensors fitted onto the keel of a buoy

The NOC team setting up sensors in the keel of a surface ocean buoy that will be deployed for a year in 4,850 m water depth in the challenging NE Atlantic conditions.

The lead up to our departure was very busy with final preparations for the science alongside some media interest from the BBC South. Members of the team were interviewed for TV news, radio and online reports about the long-running scientific programme.

Read the BBC Article

BBC South interview

BBC South carrying out interviews during mobilisation.

In the coming weeks we look forward to sharing perspectives from our team through this blog.

Get Involved

Be part of the community helping our ocean thrive.


Donate to NOC
Get in touch
Andy Gates
Author

Dr Andrew Gates

Research Fellow

I am a deep-sea ecologist in the Ocean Biogeochemistry and Ecosystems group (OBE) at the National Oceanography Centre (NOC). I aim to understand variation in benthic assemblages over a variety of spatial and temporal scales and determine the effects of anthropogenic impacts. I work to enhance ocean observation through European observatories (EMSO) and by accessing offshore industry data (SERPENT).

More Blogs

Hydrophone unit preparation

JC278: Revealing the Hidden Soundscapes of the Deep North Atlantic

17 June 2025
Dr Sophie Clayton

JC278: Seeing the Ocean in a New Light

13 June 2025
Ben Walker, Mike Thurston and Tammy Horton

JC278: Passing the Torch: Three Generations of Amphipod Science in the Northeast Atlantic

10 June 2025
Lego model stood on a buoy

JC278: Can You Spot Mini Diver?

4 June 2025