Skip to main navigationSkip to main content
The University of Southampton

Marine sensors funding will help researchers probe mysteries of the deep

Published: 9 November 2017
Boaty McBoatface

Researchers at the University of Southampton have received a share of more than £4m in funding to develop sensors capable of working in extreme ocean conditions.

Two projects at the University, and a further two with University involvement at the National Oceanography Centre (NOC) in Southampton, are among five to be awarded a total of £4.3m by the Natural Environment Research Council (NERC).

The sensors that will result from the projects – designed to be compatible with autonomous underwater systems such as NOC’s autosub Boaty McBoatface – will be able to perform a variety of functions at sea, helping researchers to answer questions about our changing oceans.

The University of Southampton projects are:

BioCam - Mapping of Benthic Biology, Geology and Ecology with Essential Ocean Variables, led by Dr Blair Thornton.

This project will develop a 3D visual mapping system to obtain detailed colour images and topographical measurements of the sea floor, such as measuring the cover of live cold-water coral within marine protected areas. This sensor will be able to integrate with autosub, ALR and ISIS underwater platforms operated by NOC.

Dr Thornton said: “This is an exciting opportunity for the University of Southampton to develop the next generation of seafloor 3D imaging technology for marine robotic systems.

“BioCam will allow vast regions of the sea floor to be visually mapped to generate high-resolution 3D reconstructions that can be seamlessly visualised and explored.

“The technology will not only improve the efficiency with which the fine-scale features of seafloor ecosystems can be recognised, but will also yield insights into features and patterns on broader spatial scales that cannot otherwise be observed.”

Single Turnover Active Fluorometry of Enclosed Samples for Autonomous Phytoplankton Productivity (STAFES-APP), led by Professor Mark Moore.

This project will develop an active chlorophyll fluorometer sensor capable of measuring how phytoplankton –marine micro-organisms that play a key role in the Earth’s carbon cycle – process carbon for food in situ. It will be able to monitor and understand this process from the smallest scales up to oceanic basin scales.

Professor Moore said: “This represents a really exciting opportunity to develop the next generation of instruments for the in-situ autonomous measurement of primary production in the oceans.

“The development of STAFES-APP will facilitate a step change in the scales over which we will be able to observe primary productivity within the biggest environment on Earth.

“Oceanic phytoplankton are responsible for around half the primary production on the planet, but our ability to monitor how this process varies in time and space is still relatively basic.

“Autonomous measurements of primary production will ultimately enable us to observe and understand how this crucial ecosystem process varies naturally in the environment and as a result of human impacts.”

In addition, Professor Matt Mowlem is leading two projects for the National Oceanography Centre.

One will develop miniaturised laboratories able to perform seawater chemical analysis to detect nutrients and micronutrients, while the other will create a sensor capable of taking the first autonomous measurements of the seawater carbonate chemistry from the surface to full ocean depth.

The NERC funding is part of £61.5m being awarded by the Industrial Strategy Challenge Fund (ISCF) to the latest ground-breaking research and innovation projects in robotics and artificial intelligence systems.

This in turn is part of a £93m government investment announced in the Budget earlier this year.

The programme aims to develop robotic solutions to make a safer working environment in industries such as off-shore energy, nuclear energy, space and deep mining, increase productivity and open up new cross disciplinary opportunities, not currently available.

NERC chief executive Professor Duncan Wingham commented: “These sensors will help us to better understand our oceans, helping us to manage them sustainably for the future. The projects will develop ambitious new technologies that work in hazardous and extreme environments, maintaining the UK's world-class status in marine robotics. Other industries, such as the water, aquaculture and industrial waste, are also likely to benefit from these technologies.”

The ISCF is a strategic element of the Government’s Industrial Strategy that aims to ensure the UK continues to be one of the best places in the world for science and innovation.

NERC, the UK’s main agency for funding and managing research, training and knowledge exchange in the environmental sciences, is taking a leading role in delivering this funding to ensure the UK secures maximum benefit from science and innovation.


Related Staff Member

Related Staff Member

Related Staff Member

Privacy Settings