Dr. Geoff Abbott has more than three decades of research experience in organic geochemistry. He is a member of the Geoscience group which is now incorporated into the School of Civil Engineering and Geosciences. His research focuses on the carbon cycle in peat, soils, ancient sediments and waters. This work therefore has a potential impact on mitigating climate change. His teaching focuses on biomarkers, kinetics and analytical geochemical methods.
European Association of Organic Geochemists (EAOG);
Founding member of British Organic Geochemical Society (BOGS).
PhD in Chemistry (Southampton University, 1980)
MSc in Chemistry (Southampton University, 1976)
BSc in Chemical Physics (University of Kent at Canterbury, 1975)
Dr. Geoff Abbott's research interests and expertise currently encompass the following areas: (i) the fundamental processes controlling carbon cycling in peat, soil, litter, and waters within peatland, forest, moorland and grassland ecosystems; (ii) the structure and function of asphaltenes where the recent application of acoustic spectroscopy has been particularly exciting; (iii) the identification, fates and the reaction kinetics of biomarkers in sedimentary rocks, kerogens, asphaltenes and coals; and (iv) the molecular characterization of early land plants and the unravelling of past climate and environmental change during phytoterrestrialisation (Ordovician-Silurian-Devonian).
Associate Editor Organic Geochemistry 2002 -
Associate Editor Journal of Marine and Petroleum Geology 2008 -
Invited Speaker to the John Ray Society, University of Cambridge March 7th 2013.
Invited Plenary Speaker International Symposium on Analytical and Applied Pyrolysis, Austria, May 2012.
Invited Speaker at the University of Amsterdam, Institute for Biodiversity and Ecosystem Dynamics (IBED) Seminar, September 17th 2010.
Co-convenor of session on "Exploring Biomolecules in Terrestrial Carbon Sinks": Goldschmidt 2010 Conference, Knoxville, USA, June 13 - 18 2010.
Member Committee of the 15th International Humic Substances Society Meeting (IHSS15) Tenerife, Spain 27 June - 2 July 2010.
Member of Scientific Committee and Session Chair for 18th International Symposium on Analytical and Applied Pyrolysis (PYR08), Canary Islands, Spain 18-23 May 2008.
Invited Speaker at Trinity College Dublin, Department of Geology Seminar February 20th 2009.
Keynote Speaker at the Symposium on Biological Chirality, Hungary.
Invited Speaker at 18th International Symposium on Analytical and Applied Pyrolysis (PYR08), Canary Islands, Spain 18-23 May 2008.
Invited Speaker at 223rd American Chemical Society, Orlando, USA.
Invited Speaker at the Society of Organic Petrology (19th meeting) with the Canadian Society for Coal and Organic Petrology CSCOP-TSOP 2002, Banff, Canada.
Invited Speaker at 17th International Symposium on Analytical and Applied Pyrolysis (Pyrolysis 2006) conference in Budapest, Hungary.
Invited Session Chair (the Analytical Pyrolysis of Soil and Natural Organic Matter session) at the 17th International Symposium on Analytical and Applied Pyrolysis (Pyrolysis 2006) conference in Budapest, Hungary.
Convenor of an international meeting on ‘biomass pyrolysis’ held in Norway.
Reviewer for many international funding agencies including the NSF.
External Examiner for Chemistry and associated programmes at the University of Plymouth (2002 - 2006).
Coordinator for the Marie Curie RTN in Biogeochemistry at Newcastle University.
Current funding includes:
1) Geochemical control of organic matter turnover in peatlands: Long-term security or short-term vulnerability of a major carbon store?
Dr Geoff Abbott (with Belyea (Queen Mary) and Cowie (Edinburgh)
Peatlands cover vast areas of the world - around 4 million square kilometres - and store about as much carbon as do the living plants in tropical rainforests. For the past 5,000-10,000 years, the plants living on peatlands have been fixing carbon dioxide from the atmosphere and storing it as dead plant matter - "peat". In a future warmer, and possibly drier, climate, this stored carbon could be respired back to the atmosphere or leached into rivers. Will increased temperatures and decreased rainfall lead to rapid loss of the peatland carbon store? If so, then the extra carbon released from peatlands could enhance "greenhouse" warming further, leading to a runaway positive feedback on global climate. Or will rapid climate change trigger a shift to peatland types that accumulate peat (and store carbon) at a faster rate than present-day peatlands? If the latter, then peatlands could buffer further climate change.
2) Lignin in the soil-water continuum.
Dr. Geoff Abbott (with Dr JAJ Dungait & Dr. R. Bol, Rothamsted Research, North Wyke Research)
Period of Award: 1 Oct 2009 - 30 Sep 2013
NERC Award Type: DTG - Directed
3) Carbon turnover in forest and grassland soils – will global warming turn carbon sinks into sources?
Dr. Geoff Abbott (with Dr. M. Perks (Northern Research Station) and Dr. E Vanguelova (Alice Holt Lodge) both from Forest Research (Forestry Commission))
Period of award: 1 Oct 2008 - 30 Sep 2012
NERC Award Type: DTG - Directed
Value: ~ £70,000
4) Molecular organic geochemistry and controls on facies architecture – a case study from N. African oil pteroleum source rocks (Ordovician of northern Gondwana).
2nd supervisor Dr. Geoff Abbott. 1st Supervisor Dr. H. Armstrong (Durham University) Funded by ENI (Italy)
5) Molecular characterization of DOC from peat waters. 2nd supervisor
Dr. Geoff Abbott. 1st Supervisor Dr. G. Cowie (Edinburgh University) Funded by NERC
6) Structure and function of asphaltenes.
Dr. Geoff Abbott.
Funded by PTDF (Nigeria)
Period of award: 1 May 2010 - 30 Sep 2014
Current (First Supervisor):
Eleanor Swain, PhD, 'The biogeochemistry of peat and soils'
Jon Williams, PhD, 'Organics in riverine dissolved organic matter (DOM) and the soil-water interface'
Reuben Agbidi, PhD, 'The structure and function of asphaltenes in petroleum'
Jon Bradley, PhD, 'Exploring northern soil and peat biogeochemistry as a function of climate change'
Jasmine Black, PhD, 'Effects of climate change on soil organic matter (SOM) C dynamics and turnover in the Rupununi region, Guyana'
I am always interested in discussing opportunites for postgraduate study within my group. A list of projects currently on offer can be found by clicking on each of these links:
but I am also open to discussing other potential projects. Funding can be secured from a variety of sources, including an annual competition for research council funding.
I teach the following modules:
Induction Chemistry for all Geochemistry postgraduate courses;
CEG8621: Molecular Marker Compounds - Module Leader;
CEG8623: Maturation and the Generation of Oil and Gas - Module Leader;
CEG8625: Chemical Analysis of Organic Matter - Module Leader.