Skip to main content

Trinity College Dublin, The University of Dublin

Menu Search


Trinity College Dublin By using this website you consent to the use of cookies in accordance with the Trinity cookie policy. For more information on cookies see our cookie policy.

      
Profile Photo

Dr. Michael Stock

Assistant Professor (Geology)

 


RESEARCH My research is divided into 2 themes: Igneous petrology: my core research is focussed on using novel petrological/geochemical techniques to understand the architecture/dynamics of magma systems. I have developed a multidisciplinary research method which integrates these datasets with aspects of petrography, geophysics, thermodynamics, fluid mechanics and analytical development. Environmental geochemistry: since arriving in TCD, I have established the Earth Surface Research Laboratory as a national geochemical facility. I have directed the lab through a 2-year process to obtain a prestigious ISO17025 accreditation and manage a €2.5M GSI grant to maintain the facility and run Government analyses. In founding the ESRL, I developed a new interest in environmental chemistry, specifically investigating heavy metal pollution in urban soils. I have established a vibrant research group which currently includes 2 technicians, 1 postdoc, 1 PhD and 1 research MSc student, with another 2 PhDs and 2 postdocs arriving in the next 6-24 months (and 1 MSc pending approval). I supervise one of the technicians as a part-time PhD student and co-supervise a PhD student in the UK. I also have 2 long-term Visiting Academic Fellows intending to join the group in the next 6 months. Since arriving in TCD, I have published 6 papers in top journals as first/co-author (2 in Nature Communications), with 2 in review and 1 for imminent submission. I have funded this research through competitive grants and postgraduate studentships, including: an SFI Frontiers for the Future Project (€625,552 FEC), an IRC Postdoctoral Fellowship (€91,970 FEC) and a Provost's PhD Award (€131,240 FEC). I am also co-I on NERC Future Leaders Fellowship and GSI Short Call project, and recently contributed to a successful GSI Equipment Call. TEACHING I have a research-led teaching philosophy, using my experience in volcanology/environmental geochemistry to show students how theoretical chemistry/physics can be applied to solve real-world problems. By introducing them to recent research breakthroughs and outstanding challenges, I aim to produce inquisitive, independent students with the ability to pursue their own interests. I have developed a Senior Freshman module (Introduction to Geochemistry) which equips SNS students with the chemical background required to undertake advanced geochemistry courses. This is a theory-heavy course, requiring innovative teaching to engage students: I contextualise conceptual ideas with clear geological examples in lecturers and run practicals where the students apply their learning to real-world datasets. I also embed quizzes within lectures to retain attention. I am currently taking over the Geology Research Methods module and am working with colleagues to explore novel teaching methods. I am also developing a Senior Sophister module in Advanced Igneous Petrology, which will provide TCD students with the skills required to pursue volcanological research, building on Ireland's reputation as a centre of excellence in this area. To continue improving as a teacher, I am undertaking an MEd in Higher Education in the School of Education. COLLEGE CONTRIBUTION I am the Geology International Students Coordinator and SNS Global Relations Committee rep. The department has recently seen an increase in the number of students wishing to take a year abroad, and I have been working to facilitate greater mobility through streamlining the Geology Erasmus programme (better integration with the TR062 course) and exploring opportunities for new Erasmus agreements. I am a College Tutor and enjoy supporting students, even with some of my Chamber struggling through difficult circumstances during COVID. I have extensively represented the College nationally and internationally: I regularly engage with the media (print, radio, TV), I am a member of a UK Government committee on national geoscience resourcing, and I've made high-level policy contributions
  apatite   Economic Geology   EXPLORATION GEOCHEMISTRY   GEOCHEMISTRY   GEOLOGY   Igenous and metamorphic petrology   Petrology, Minerology, Geochemistry   SOIL CHEMISTRY   TRACE ELEMENT GEOCHEMISTRY   Volcanology
 Developing a process-based understanding of platinum group element mineralisation: a natural laboratory in Ireland (Critical-Ireland)
 Determining the impact of mush dynamics on the style of volcanic eruptions at the active Campi Flegrei caldera, Italy
 Messages from the deep: Assessing the thermal and chemical evolution of the mantle during the initiation of the North Atlantic Igneous Province
 Earth Surface Research Laboratory
 Hyperspectral Analysis of the Mourne Mountains (HAMM)

Details Date
Member of the NERC Deep Dive Working Group on Earth and Terrestrial Science Support Facilities
Invited presentation: Stock, M.J. 2019. 'Assessing natural hazard risks in the UK'. CSaP workshop - The role of evidence and expertise in effective policy making. Cambridge, UK.
Invited presentation: Stock, M.J., 2019. 'Complex magma systems beneath monotonous basaltic volcanoes: petrological insights from Galápagos'. Manchester Volcanology Group Seminar, University of Manchester, UK.
Invited presentation: Stock, M.J., Humphreys, M.C.S., Smith, V.C., Isaia, R., Brooker, R.A., and Pyle, D.M., 2017. 'Apatite as a tool to investigate the changing pre-eruptive volatile compositions of magmas'. IAVCEI 2017, Portland, USA.
Invited presentation: Stock, M.J., Humphreys, M.C.S., Smith, V.C., Pyle, D.M., and Isaia, R., 2016. 'Apatite: A new tool for understanding the temporal variability of magmatic volatile contents'. G3 Seminar, University of Southampton, UK.
Journal reviewer: Nature Communications, Geology, Earth and Planetary Science Letters, Chemical Geology, Journal of Petrology
Research grant reviewer: United States National Science Foundation, Swiss National Science Foundation, German Research Foundation, University of Iceland
Guest Editor: Frontiers in Earth Science volume on 'Multidisciplinary investigations for determining the structure and dynamics of active volcanic systems'.
Consulted as a policy expert by UK House of Lords Select Committee Enquiry on 'Risk Assessment and Risk Planning' 11-11-20
Consulted as a policy expert for a UK Parliamentary Office of Science and Technology briefing on 'How Government Departments make decisions on investment in risk planning' 29-09-20
UK Parliamentary Academic Fellow and Author of Policy Brief on 'Assessing UK natural hazard risks'
Invited presentation: Stock, M.J., 2019. 'Science meets policy: experience of a UK Parliamentary Academic Fellow'. SFI Public Service Fellowship Event, Dublin, Ireland.
Invited presentation: Stock, M.J., 2019. 'Complex magma systems beneath monotonous basaltic volcanoes: petrological insights from Galápagos'. Charles Darwin and Galápagos Fund Anniversary Celebration, Linnean Society, UK.
Language Skill Reading Skill Writing Skill Speaking
English Fluent Fluent Fluent
Details Date From Date To
Volcanic and Magmatic Studies Group 2012
Fellow of the Geological Society of London 2015 2020
Member of the International Association of Volcanology and the Chemistry of the Earth's Interior 2015 2020
Member of the Mineralogical Society of Great Britain and Ireland 2012 2018
Frontiers in Earth Science, 8, (2022), Isaia, R., Di Giuseppe, M.G., Gottsmann, J., Stock, M., and Troiano, A., [Topic Editor in Volcanology], 2 years, Notes: [Topic Editor for a Special Volume on "Multidisciplinary Investigations for Determining the Structure and Dynamics of Active Volcanic Systems"], Journal, IN_PRESS
Brookfield, A., Cassidy, M., Popa, R-G, Bachmann, O., and Stock, M.J., Magmatic volatile content and the overpressure 'sweet spot': implications for volcanic eruption style, Geology, 2022, Journal Article, SUBMITTED
Horn, E.L., Taylor, R.N., Gernon, T.M., Stock, M.J., and Farley, E.M.R., Compositional evidence for dynamic, transcrustal mush systems at an ocean island volcano: The 289 ka Fasnia eruption, Tenerife, Journal of Petrology, 2022, Journal Article, SUBMITTED
Bell, A.F., LaFemina, P.C., Ruiz, M., Amelung, F., Bagnardi, M., Bean, C., Bernard, B., Ebinger, C., Gleeson, M., Grannell, J., Hernandez, S., Higgins, M., Liorzou, C., Lundgren, P., Meier, N., Möllhoff, M., Oliva, S-J., Ruiz, A.G., Stock, M.J., Nature Communications, Caldera resurgence during the 2018 eruption cycle of Sierra Negra volcano, Galápagos Islands, 12, 2021, p1397-, Journal Article, PUBLISHED  DOI
Humphreys, M.C.S., Smith, V.C., Coumans, J.P., Riker, J.M., Stock, M.J., de Hoog, C.-J., Brooker, R., Rapid pre-eruptive mush reorganisation and atmospheric volatile emissions from the 12.9 ka Laacher See eruption, determined using apatite, Earth and Planetary Science Letters, 576, 2021, p117198-, Journal Article, PUBLISHED
Gleeson, M.L.M., Gibson, S.A., Stock, M.J., and EIMF, Constraints on the behaviour and content of volatiles in Galápagos magmas from melt inclusions and nominally anhydrous minerals, Geochimica et Cosmochimica Acta, 2021, Journal Article, IN_PRESS
Stock, M.J., Geist, D., Neave, D.A., Gleeson, M.L.M., Bernard, B., Howard, K.A., Buisman, I., and Maclennan, J., Cryptic evolved melts beneath monotonous basaltic shield volcanoes in the Galápagos Archipelago, Nature Communications, 11, 2020, p3767-, Journal Article, PUBLISHED  TARA - Full Text  DOI
Gleeson, M.L.M., Gibson, S.A., and Stock, M.J., Upper mantle mush zones beneath low melt flux ocean island volcanoes: insights from Isla Floreana, Galápagos, Journal of Petrology, 61, 2020, pegaa094-, Journal Article, PUBLISHED  DOI
Vukmanovic, Z., Holness, M.B., Stock, M.J., Roberts, R.J., The Creation and Evolution of Crystal Mush in the Upper Zone of the Rustenburg Layered Suite, Bushveld Complex, South Africa, Journal of Petrology, 60, (8), 2019, p1523 - 1542, Journal Article, PUBLISHED  DOI
Woods A.W., Stock M.J., Some fluid mechanical constraints on crystallization and recharge within sills, Philosophical Transactions of the Royal Society A: Mathematical, Physical and Engineering Sciences, 377, (2139), 2019, Journal Article, PUBLISHED  DOI
  

Page 1 of 3
Michael J Stock, The volatile history of past volcanic eruptions, University of Oxford, 2016, Thesis, PUBLISHED

  

Award Date
Sedgwick Prize, University of Cambridge 2018
Bob Hunter Prize, VMSG 2015
Best Graduating Geology Student Prize, University of Southampton 2011
Progression Scholarship, University of Southampton 2010
Progression Scholarship, University of Southampton 2009
D. E. Wisden Prize, University of Southampton 2009
My research falls into two main themes: igneous petrology and environmental geochemistry. In both cases, my methodology is strongly multidisciplinary and involves working with a diverse network of international collaborators to place fundamental new constraints on geological systems. My research consistently tackles issues with major societal relevance, from predicting volcanic eruptions and identifying new mineral deposits, to investigating the pollutant sources in urban soils. Since arriving in Trinity, I have published 6 papers in top journals as first/co-author (2 in Nature Communications), with 2 in review and 1 for imminent submission. I have funded this research through competitive grants and postgraduate studentships, including: an SFI Frontiers for the Future Project (€625,552 FEC), an IRC Postdoctoral Fellowship (€91,970 FEC) and a Provost's PhD Award (€131,240 FEC). I am co-I on a NERC Future Leaders Fellowship and GSI Short Call project, and recently contributed to a successful GSI Equipment Call. I am also co-I on two Frontiers for the Future Projects currently in review. IGNEOUS PETROLOGY My core research is focussed on using novel petrological/geochemical techniques to understand the architecture and dynamics of magmatic systems. I typically integrate geochemical datasets with petrographic (textural) observations and thermodynamic/fluid mechanical models, comparing my results with independent datasets (e.g. geophysics) to gain a more complete understanding of magmatic processes. Most of my petrological work has focused on understanding the structure and processes operating within sub-volcanic magma systems. Achievements include identifying a new triggering mechanism for large volcanic eruptions and recognising that monotonous lava-producing volcanoes can have hidden explosive magmas within the sub-volcanic cust. I consistently collaborate with scientists in local volcano observatories to ensure my work achieves its maximum societal impact through incorporation into volcano monitoring programmes. I recently diversified my research to investigate the formation of igneous ore deposits. Specifically, I have established a new research programme using igneous intrusions on the island of Ireland as a natural laboratory to understand the fundamental magmatic processes driving sulphide-type mineralisation. This has major societal relevance and will unlocking Irelands potential as a global producer of Platinum Group Elements (classified as critical raw materials for the EU). I won an SFI grant to fund this work and am currently recruiting 2 PhD students to work on the project. ENVIRONMENTAL GEOCHEMISTRY I have established the Earth Surface Research Laboratory as a national geochemistry facility for researchers on the island of Ireland, hosted within Trinity. The lab welcomes users from across Ireland to analyse diverse geological and environmental samples and is the main geochemical data supplier for Geological Survey Ireland's Tellus survey. On arriving in Trinity, I managed a €1.3M grant to establish the lab, and I now manage a €2.5M grant to maintain the ESRL as a national facility. I have directed the ESRL through a 2-year process to obtain a prestigious ISO17025 accreditation for Calibration and Testing Laboratories from the Irish National Accreditation Board, permitting it to undertake Government analyses for use in policy making. In establishing the ESRL, I developed a new research interest in environmental geochemistry. I am particularly interested in how land use patterns (e.g. different types of industry) and correlate with heavy metal pollution in soils, and how pollutants are transferred from the geosphere into the biosphere; I currently have a PhD student investigating spatial trends in soil pollution across Dublin. I am also interested in how peatland can act as an atmospheric carbon sink and have recently begun collaborating on several projects in this area.