Dynamics and Properties of Marine Systems
The DPMS Theme addresses the complex physical, chemical and biological interactions within dynamic marine systems. Marine physics, biogeochemistry, coastal dynamics and oceanography come together to provide a process-resolving, quantitative description of the marine system which requires the understanding of past conditions, the characterisation of present conditions and the prediction of future changes to the dynamics and properties of the system. Technological developments that allow improved characterisation and interpretation of marine systems are integral to this Theme.
The effect of climate change on marine systems and the effect of changes in the marine system on the wider earth system fall within this theme. Observing, modelling, quantifying and, ultimately, understanding marine systems is key to understanding their response to a changing Earth’s climate. Beyond their immediate domain, the oceans determine the character, variability and trend of local, regional and global climate by their long-term storage and transport of heat and carbon and dominance of the global fresh-water cycle. A critical challenge is to integrate our knowledge of ocean systems at different spatial and temporal scales and across disciplines, and to understand how these systems interact. Advances in technology, particularly the development of new observing platforms and novel sensors will enable sustained and highly resolved observations of physical, chemical, biological and geological properties, and so play a critical role in this. Development and application of appropriate modelling tools, in conjunction with high quality observational data, are crucial for transforming data into information that can be used to inform society and policy making, and to support key user groups in the sustainable exploitation of marine resources.
This theme hosts expertise from the MASTS community in four fora: Technology, Platforms & Sensors, Numerical & Experimental Hydrodynamic Modelling, Marine Biogeochemistry and Marine Climate Change. Each is integral to our theme by allowing improved interpretation of marine systems from novel observing platforms and sensors, modelling and quantifying ocean processes integrated across physical, chemical, biological and geological properties, and describing the present and past ocean climate and investigating how it is changing and the effects this may have on habitats and ecosystems. In our DPMS Theme Case Studies, topical cross-disciplinary challenges are addressed. These evaluate and explore our current knowledge and pool scientific expertise across the Theme and wider MASTS community.
MASTS also has links with the SAGES research pool which has shared interests in the dynamics and properties of marine systems.
The DPMS theme will
1 – sponsor, review and co-ordinate the activities of relevant fora, which provide the thematic granularity appropriate to the Theme’s remit.
2 – communicate the activities of the sponsored fora to the MASTS Executive Committee.
3 – propose and conduct activities relevant to the overall Theme remit, beyond that of its individual fora, such as dissemination sessions at the MASTS Annual Science Meeting.
4 – host Case Studies, topical cross-disciplinary challenges which address specific areas of importance or knowledge gaps of relevance to the Theme.
5 – communicate and collaborate with external initiatives with shared interests such as other research pooling initiatives, thematic networks, marine co-ordination initiatives, partnerships, etc.
Link to DPMS Theme Case Studies
Theme leader: Dr Alejandro Gallego (Marine Scotland Science)
Deputy Leader: TBC
Steering Group: Dr David McKee (MASTS Lecturer, University of Strathclyde); Dr Seb Hennige (Heriot Watt University); Dr Ted Schlicke (SEPA); Dr Lars Boehme (Forum Convenor for Technology, Platforms & Sensors); Dr Nick Kamenos (Forum Convenor for Marine Biogeochemistry); Dr David Woolf (Numerical Hydrodynamic Modelling Forum Convenor); Dr Marie Porter (SAMS); Dr Bee Berx (Marine Climate Change Forum Convenor)
Related news for Marine Systems
Scotland's National Marine Plan Review 2021
Submit before the 31st of May comments on the latest review of the Scotland's National Martine Plan.
MASTS supported work published: Inter- and Intra-Annual Bacterioplankton Community Patterns in a Deepwater Sub-Arctic Region: Persistent High Background Abundance of Putative Oil Degraders
MASTS members from Marine Scotland Science, Heriot-Watt Uni, Aberdeen uni and Edinburgh Uni have published work partially supported by MASTS: Angelina G. Angelova, Barbara Berx, Eileen Bresnan, Samantha B. Joye, Andrew Free, Tony Gutierrez.
Related case studies for Marine Systems