
Offshore Engineering Society
The OES acts to promote interest and scholarship in both the scientific and applied aspects of offshore engineering.
Event organised by Offshore Engineering Society
The future ocean may be subjected to unprecedented levels and scales of disturbance associated with industrial activities, such as deep-sea mining, alongside a shifting baseline caused by other global change. We currently can’t predict accurately how abyssal communities will respond to these disturbance events or know if they have serious consequences especially alongside other changes taking place simultaneously.
In this presentation you will discover the progress being made to address this knowledge gap, with a particular focus on the communities associated with deep-sea mining resources in the abyssal Pacific. Starting with the foundations you will learn how we have built a better understanding of the fundamental ecology of the region, particularly the factors responsible for the natural spatial and temporal patterns in communities. This work extends from scales of centimetres to that of ocean basins.
Studying the ecological effects of seabed disturbances from test mining over a range of recovery times provides additional insight. You'll find out how we can use this information to inform the development of robust management strategies to mitigate some of the potential effects of anthropogenic disturbances. Examples of how engaging with regulators can inform evidence-based decision making and help us move towards a future where scientific understanding better guides our interactions with this unique and fragile environment will also be presented.
Please note that you can now book to attend OES events in-person, as well as online.
Booking is not required, but preference will be given to those that have pre-registered.
The OES acts to promote interest and scholarship in both the scientific and applied aspects of offshore engineering.
Registration and refreshments
Introductions
Lecture: The ecological effects of deep sea mining
Discussion
Event ends
National Oceanography Centre
head, ocean biogeosciences
Prof. Daniel Jones is a deep-sea biologist who specialises in understanding temporal and spatial patterns in deep-water ecosystems, including those impacted by anthropogenic disturbances. He applies his experience in working in the deep sea to improving environmental assessment and management including for deep-sea mining and offshore energy industries.
He provides regular advice to government and engages in policy development. He has joined around forty research expeditions and worked in all the world’s oceans. His 150+ scientific papers primarily focus on describing patterns and processes in deep-sea ecosystems.
At present, he has a key role in several major international research initiatives focussed on environmental aspects of deep-sea mining and is leading a £5M UK research programme, SMARTEX, investigating the responses of ecosystems to deep-sea mining disturbance.
Aimed at students, this series of seven webinars which runs until May 2025 will enable you to learn about professional life from recent graduates from across the industry.
This session aims to provide guidance on ICE membership pathways, categories, and the registration process. It is designed to help aspiring new members understand the benefits of joining the Institution of Civil Engineers (ICE).
Free
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