We would like to let you know that a scientific discussion meeting on "Ocean ventilation and deoxygenation in a warming world" will take place at the Royal Society of London, UK on 12-13 September 2016. This meeting will discuss the less obvious but important indirect impacts of climate change on the oceans. Increased stratification will affect ocean circulation and ventilation, and lead to reduced upwelling and deep water formation. This will reduce oxygenation through (still uncertain) interactions with biological production and remineralisation, with potential socio-economic consequences on fisheries and ecosystems.
The event is free but advance registration is essential (max capacity: 280).
Organisation
Scientific discussion meeting is organised by John Shepherd (National Oceanography Centre, University of Southampton, UK), Andrew Watson (University of Exeter, UK), Andreas Oschlies (GEOMAR, Germany) and Peter Brewer (Monterey Bay Aquarium Research Institute, USA).
Schedule of talks
Day 1:
Session 1 - 09:05-12:30 - Fundamentals: oxygen and the ocean
Session 2 - 13:30-18:15 - Physical controls: circulation, mixing and ventilation
Day 2
Session 3 - 09:05-12:30 - Biogeochemistry and anoxia
Session 4 - 13:30-17:00 - Whole system issues and impacts
For a complete list of talks and speakers please see the meeting website:
https://royalsociety.org/events/2016/09/ocean-ventilation/
Venue information
The meeting will take place at: The Royal Society, London, 6-9 Carlton House Terrace, London, SW1Y 5AG
For information about directions and accessibility please see the link HERE.
Attending this event
- This event is intended for researchers in relevant fields and is free to attend, but advance registration is essential.
- The meeting capacity is 280.
- An optional lunch can be purchased at the time of registration and is priced at £20.
- An optional evening poster session and drinks reception will be held following the close of the meeting on Monday 12 September, priced at £10.
For any enquiries please contact the events team via