Prof David M. Paterson:
Executive Director of MASTS:
The Marine Alliance for Science and Technology for Scotland

Prof David M. Paterson

Prof David M. Paterson
Scottish Oceans Institute
East Sands
University of St Andrews
St Andrews
KY16 8LB

tel: 01334 463472 (Sec)
fax: 01334 463443
room: 1.11

Related Content:

Sediment Ecology Research Group

Sediment Ecology Research Group
School of Biology
Centre for Biological Diversity
Scottish Oceans Institute
Marine Alliance for Science and Technology Scotland
Biology Equality and Diversity Committee

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Ecology, biodiversity and dynamics of coastal systems


Research on the ecology and dynamics of coastal systems with a strong focus on the biodiversity-ecosystem function debate. This work is supported by extensive field studies and laboratory mesocosms often using multiple stressors. This adds aspects of climate change research including the combined effects of temperature and CO2 on system response. The primary productivity of coastal systems is an important funcional response and  is also under investigation using flux chambers and PAM fluorescence techniques. This work includes interdisciplinary study of "biogenic stabilisation" by microphytobenthos, through the extracellular polymers produced by microbial biofilms that increase the critical threshold force for sediment re-suspension. We have also developed novel techniques to measure the stability of sediments in situ, the relative adhesion capacity of different surfaces and  the structural analysis of sediments by low-temperature scanning electron microscopy. Recently, we have aslo been examining the effects of ocean acidiication on benthic biogeochemistry and on the ecology and feeding behaviour of calcified foraminifera. 


Research on the ecology and dynamics of coastal and estuarine systems. I am interested in the biodiversity and functional ecology and dynamics of coastal systems: the so-called biodiversity/ecosystem function debate (BEF). This includes research into the primary productivity of marine microbes (microbial mats and biofilms). The resiliance of coastal systems in the face of global change, their funtional variability and the services they provide are key areas of investigation. Part of my interest in ecosystem function includes the interdisciplinary study of "biogenic stabilisation", defined as an increase in the critical threshold force for sediment re-suspension brought about by biological activity and have recently developed a magnetic particle induction technique to measure the adhesive nature of natural surfaces (MagPI) I have also developed techniques to measure the stability of sediments in situ and other methods to allow microspatial discrimination (100 um scale) of the physical (density, porosity, mineralogy) and biological (pigments, organics, polymeric substances, microbes) properties of cohesive sediments. In cooperation with other groups, I have also been involved with: The modelling of biogenic effects on sediment erosion and transport; light climate and primary productivity in cohesive sediments using PAM fluorescence; and the impact of multiple stressors on benthic and microbial systems. We are now using molecular techniques (NGS) to examine the response of sediment bacteria in microcosm experiments to the influence of ecosystem engineering activity by infauna, in a contribution to the "niche construction" debate. I have also recently contributed to the evidence surrounding the debate concerning the decommissioning of oil and gas platforms in the North Sea (http://doi:10.1093/icesjms/fsy130).

source: symbiosis

Recent Publications:

5 (of 183 /dk/atira/pure/researchoutput/status/published available) for dp1 (source: University of St Andrews PURE)
Please click title of any item for full details

Biomediation of submarine sediment gravity flow dynamics Melissa J. Craig, Jaco H. Baas, Kathryn J. Amos, Lorna J. Strachan, Andrew J. Manning, David Maxwell Paterson, Scott D. Nodder, Megan L. Baker
Geology 2020 vol. 48 pp. 72-76
Assessing risk of E. coli resuspension from intertidal estuarine sediments David Maxwell Paterson, Emma Clare Defew, Marc I Stuttter, Lisa M Avery
International Journal of Environmental Research and Public Health 2019 vol. 16
Chemical dispersant enhances microbial exopolymer (EPS) production and formation of marine oil/dispersant snow in surface waters of the subarctic northeast Atlantic Laura Duran Suja, Xindi Chen, Stephen Summers, David Maxwell Paterson, Tony Gutierrez
Frontiers in Microbiology 2019 vol. 10
Factors affecting the spatial and temporal distribution of E. coli in intertidal estuarine sediments David Maxwell Paterson, Tania Mendo, Emma Clare Defew, Marc I. Stutter, Lisa M. Avery
Science of the Total Environment 2019 vol. 661 pp. 155-167
Integrating field and laboratory approaches for ripple development in mixed sand–clay–EPS J.H. Baas, Megan L. Baker, J. Malarkey, Sarah J. Bass, A.J. Manning, J. Peakall, I.D. Lichtman, L. Ye, Alan G. Davies, D.R. Parsons, David Maxwell Paterson, Peter D. Thorne
Sedimentology 2019 vol. 66 pp. 2749-2768