David Large

Contact

• workRoom B21 Coates
  University Park
  Nottingham
  NG7 2RD
  UK
• work0115 951 4114
• David.Large@nottingham.ac.uk

Biography

David Large is a member of the Environmental Fluid Mechanics and Geoprocesses research group.

Expertise Summary

My main research expertise is in peatland systems in particular the use of satellite measures of surface motion to quantify peat condition, peat mechanics and quantifying the response to peat restoration measures.

Other interests include the use of peat, lignite and coal to understand the earth system and fossil energy resources.

Research Summary

My current research focusses on the dynamics of peatland systems. I am currently running two projects using satellite radar (InSAR) to characterise the surface motion "bog breathing" of peatland. The… read more

Selected Publications

• WANG, J., SHAO, L. Y., WANG, H., SPIRO, B. and LARGE, D., 2018. SHRIMP zircon U–Pb ages from coal beds across the Permian–Triassic boundary, eastern Yunnan, southwestern China: Journal of Palaeogeography Journal of Palaeogeography. 7(2), 117-129
• UGUNA, JACOB O., CARR, ANDREW D., MARSHALL, CHRIS, LARGE, DAVID J., MEREDITH, WILL, JOCHMANN, MALTE, SNAPE, COLIN E., VANE, CHRISTOPHER H., JENSEN, MARIA A. and OLAUSSEN, SNORRE, 2017. Improving spatial predictability of petroleum resources within the Central Tertiary Basin, Spitsbergen: A geochemical and petrographic study of coals from the eastern and western coalfields: International Journal of Coal Geology International Journal of Coal Geology. 179, 278-294
• MARSHALL, CHRIS, LARGE, DAVID J. and HEAVENS, NICHOLAS G., 2016. Coal-derived rates of atmospheric dust deposition during the Permian: Gondwana Research Gondwana Research. 31, 20-29
• LARGE, D. J. and MARSHALL, C., 2015. Use of carbon accumulation rates to estimate the duration of coal seams and the influence of atmospheric dust deposition on coal composition

• View all publications

Current Research

My current research focusses on the dynamics of peatland systems. I am currently running two projects using satellite radar (InSAR) to characterise the surface motion "bog breathing" of peatland. The seasonal surface motion of peat landscapes can then be used to quantify peat condition and carbon emissions. Changes in water storage and the surface energy balance appear determine surface motion. Satellite techniques have the potential to transform our understanding or peatland dynamics across whole landscapes and regions. The dynamic characteristics are particularly powerful as unlike vegetation they are highly responsive to change. The key site for our investigation is Flow Country, Northern Scotland and the NERC funded InSAR Tops Soil Security Programme project is determining the accuracy of using of the satellite methods to quantify peatland surface motion over the Flow Country in Northern Scotland. In other projects, I am using peat records to quantify dust deposition over the Falkland Islands. Past research includes work on peats through earth history and including landscape control on peat, lignite and coal deposits, using coal and lignite to determine palaeo-dust deposition rates and calculate the amount of time contained within thick coal deposits.

Past Research

In the past my research interest have been many and varied ranging from the petrology and formation of black shale copper deposits, organic geochemistry, oil shales, black carbon and the link between coal composition and health. Much of my previous research focussed on understanding time in coal with a view to understanding the limits to long term peat accumulation. The most important finding was the demonstration that peat can accumulate continuously for periods exceeding 1 million years. An observation that raises profound questions with respect to the physical limits to peat growth in non-subsiding terrestrial systems

Future Research

My future research aims to understand the mechanics and dynamic behaviour of peatland systems under different climate conditions. To achieve this I am looking for PhD students with an interest in remote sensing and the application of mathematical modelling to peat. Potential project topics include:

• Modelling and testing the link between peatland motion and gas emissions in natural and disturbed systems
• Mechanical limits to peat growth
• Investigating systematic variations in peat surface motion under different climates
• Influence of wind erosion on peat
• Landscape scale processes and marginal peatland systems

• ADILAN W. MAHDIYASA, DAVID J. LARGE, BAGUS P. MULJADI and MATTEO ICARDI, 2023. Modelling the influence of mechanical-ecohydrological feedback on the nonlinear dynamics of peatlands Ecological Modelling. 478, 110299
• LEDGER, M. J., EVANS, C. D., LARGE, D. J., EVERS, S., BROWN, C., JOVANI-SANCHO, A. J., CALLAGHAN, N., VANE, C. H., MARSHALL, C., BASKARAN, A., GAN, J. Y., SOWTER, A., MORRISON, K. and SJÖGERSTEN, S., 2023. Tropical peat surface oscillations are a function of peat condition at North Selangor peat swamp forest, Malaysia: Frontiers in Environmental Science Frontiers in Environmental Science. 11,
• DE LA BARREDA-BAUTISTA, B, BOYD DS, LEDGER M, SIEWERT MB, CHANDLER C, BRADLEY AV, GEE D, LARGE DJ, OLOFSSON J, SOWTER A and SJÖGERSTEN S, 2022. Towards a Monitoring Approach for Understanding Permafrost Degradation and Linked Subsidence in Arctic Peatlands Remote Sensing. 14(3), 444
• MARSHALL C, STERK HP, GILBERT PJ, ANDERSEN R, BRADLEY AV, SOWTER A, MARSH S and LARGE DJ, 2022. Multiscale Variability and the Comparison of Ground and Satellite Radar Based Measures of Peatland Surface Motion for Peatland Monitoring Remote Sensing. 14(2), 336
• BRADLEY, A. V., ANDERSEN, R., MARSHALL, C., SOWTER, A. and LARGE, D. J., 2022. Identification of typical ecohydrological behaviours using InSAR allows landscape-scale mapping of peatland condition: Earth Surface Dynamics Earth Surface Dynamics. 10(2), 261-277
• ISLAM, M. T., BRADLEY, A. V., SOWTER, A., ANDERSEN, R., MARSHALL, C., LONG, M., BOURKE, M. C., CONNOLLY, J. and LARGE, D. J., 2022. Potential use of APSIS-InSAR measures of the range of vertical surface motion to improve hazard assessment of peat landslides: Mires and Peat Mires and Peat. 28,
• SHAO, L., WEN, H., GAO, X., SPIRO, B., WANG, X., YAN, Z. and LARGE, D. J., 2022. Identification of Milankovitch Cycles and Calculation of Net Primary Productivity of Paleo-peatlands using Geophysical Logs of Coal Seams: Acta Geologica Sinica (English Edition) Acta Geologica Sinica (English Edition).
• LOISEL, J., GALLEGO-SALA, A. V., AMESBURY, M. J., MAGNAN, G., ANSHARI, G., BEILMAN, D. W., BENAVIDES, J. C., BLEWETT, J., CAMILL, P., CHARMAN, D. J., CHAWCHAI, S., HEDGPETH, A., KLEINEN, T., KORHOLA, A., LARGE, D., MANSILLA, C. A., MÜLLER, J., VAN BELLEN, S., WEST, J. B., YU, Z., BUBIER, J. L., GARNEAU, M., MOORE, T., SANNEL, A. B. K., PAGE, S., VÄLIRANTA, M., BECHTOLD, M., BROVKIN, V., COLE, L. E. S., CHANTON, J. P., CHRISTENSEN, T. R., DAVIES, M. A., DE VLEESCHOUWER, F., FINKELSTEIN, S. A., FROLKING, S., GAŁKA, M., GANDOIS, L., GIRKIN, N., HARRIS, L. I., HEINEMEYER, A., HOYT, A. M., JONES, M. C., JOOS, F., JUUTINEN, S., KAISER, K., LACOURSE, T., LAMENTOWICZ, M., LARMOLA, T., LEIFELD, J., LOHILA, A., MILNER, A. M., MINKKINEN, K., MOSS, P., NAAFS, B. D. A., NICHOLS, J., O’DONNELL, J., PAYNE, R., PHILBEN, M., PIILO, S., QUILLET, A., RATNAYAKE, A. S., ROLAND, T. P., SJÖGERSTEN, S., SONNENTAG, O., SWINDLES, G. T., SWINNEN, W., TALBOT, J., TREAT, C., VALACH, A. C. and WU, J., 2021. Author Correction: Expert assessment of future vulnerability of the global peatland carbon sink (Nature Climate Change, (2021), 11, 1, (70-77), 10.1038/s41558-020-00944-0): Nature Climate Change Nature Climate Change.
• LARGE, D. J., MARSHALL, C., JOCHMANN, M., JENSEN, M., SPIRO, B. F. and OLAUSSEN, S., 2021. Time, Hydrologic Landscape, and the Long-Term Storage of Peatland Carbon in Sedimentary Basins: Journal of Geophysical Research: Earth Surface Journal of Geophysical Research: Earth Surface. 126(3),
• MAHDIYASA, A. W., LARGE, D. J., MULJADI, B. P., ICARDI, M. and TRIANTAFYLLOU, S., 2021. MPeat—A fully coupled mechanical-ecohydrological model of peatland development: Ecohydrology Ecohydrology.
• PITCHER, E. G., LARGE, D. J., FLETCHER, R. S. and RIGBY, S. P., 2021. Multi-scale pore structural change across a paleodepositional transition in Utica shale probed by gas sorption overcondensation and scanning: Marine and Petroleum Geology Marine and Petroleum Geology. 134,
• MORGAN, H., LARGE, D. J., BATEMAN, K., HANSTOCK, D. and GREGORY, S. P., 2021. Potential impacts of oxygen impurities in carbon capture and storage on microbial community composition and activity: International Journal of Greenhouse Gas Control International Journal of Greenhouse Gas Control. 111,
• RIGBY, S. P., JAHAN, H., STEVENS, L., UGUNA, C., SNAPE, C., MACNAUGHTON, B., LARGE, D. J. and FLETCHER, R. S., 2020. Pore structural evolution of shale following thermochemical treatment: Marine and Petroleum Geology Marine and Petroleum Geology. 112,
• SAMUEL C COE, MATTHEW D. WADGE, REDA M. FELFEL, IFTY AHMED, GAVIN S WALKER, COLIN A. SCOTCHFORD and DAVID M. GRANT, 2020. Production of High Silicon-Doped Hydroxyapatite Thin Film Coatings via Magnetron Sputtering: Deposition, Characterisation, and In Vitro Biocompatibility Coatings. 10(2), 190
• LOISEL, J., GALLEGO-SALA, A. V., AMESBURY, M. J., MAGNAN, G., ANSHARI, G., BEILMAN, D. W., BENAVIDES, J. C., BLEWETT, J., CAMILL, P., CHARMAN, D. J., CHAWCHAI, S., HEDGPETH, A., KLEINEN, T., KORHOLA, A., LARGE, D., MANSILLA, C. A., MÜLLER, J., VAN BELLEN, S., WEST, J. B., YU, Z., BUBIER, J. L., GARNEAU, M., MOORE, T., SANNEL, A. B. K., PAGE, S., VÄLIRANTA, M., BECHTOLD, M., BROVKIN, V., COLE, L. E. S., CHANTON, J. P., CHRISTENSEN, T. R., DAVIES, M. A., DE VLEESCHOUWER, F., FINKELSTEIN, S. A., FROLKING, S., GAŁKA, M., GANDOIS, L., GIRKIN, N., HARRIS, L. I., HEINEMEYER, A., HOYT, A. M., JONES, M. C., JOOS, F., JUUTINEN, S., KAISER, K., LACOURSE, T., LAMENTOWICZ, M., LARMOLA, T., LEIFELD, J., LOHILA, A., MILNER, A. M., MINKKINEN, K., MOSS, P., NAAFS, B. D. A., NICHOLS, J., O’DONNELL, J., PAYNE, R., PHILBEN, M., PIILO, S., QUILLET, A., RATNAYAKE, A. S., ROLAND, T. P., SJÖGERSTEN, S., SONNENTAG, O., SWINDLES, G. T., SWINNEN, W., TALBOT, J., TREAT, C., VALACH, A. C. and WU, J., 2020. Expert assessment of future vulnerability of the global peatland carbon sink: Nature Climate Change Nature Climate Change.
• HOYOS-SANTILLAN, J., LOMAX, B. H., LARGE, D., TURNER, B. L., LOPEZ, O. R., BOOM, A., SEPULVEDA-JAUREGUI, A. and SJÖGERSTEN, S., 2019. Evaluation of vegetation communities, water table, and peat composition as drivers of greenhouse gas emissions in lowland tropical peatlands: Science of the Total Environment Science of the Total Environment. 688, 1193-1204
• LUBNA ALSHAMMARI, DOREEN BOYD, ANDREW SOWTER, CHRIS MARSHALL, ROXANNE ANDERSEN, PETER GILBERT, STUART MARSH and DAVID LARGE, 2019. Use of Surface Motion Characteristics Determined by InSAR to Assess Peatland Condition Journal of Geophysical Research: Biogeosciences. 125(1), e2018JG004953
• WANG, J., SHAO, L. Y., WANG, H., SPIRO, B. and LARGE, D., 2018. SHRIMP zircon U–Pb ages from coal beds across the Permian–Triassic boundary, eastern Yunnan, southwestern China: Journal of Palaeogeography Journal of Palaeogeography. 7(2), 117-129
• WANG, J., SHAO, L. Y., WANG, H., SPIRO, B. and LARGE, D., 2018. SHRIMP zircon U-Pb ages from coal beds across the Permian-Triassic boundary, eastern Yunnan, southwestern China: Journal of Palaeogeography-English Journal of Palaeogeography-English. 7(2), 117-129
• ASCOUGH, P. L., BIRD, M. I., MEREDITH, W., SNAPE, C., LARGE, D., TILSTON, E., APPERLEY, D., BERNABÉ, A. and SHEN, L., 2018. Dynamics of charcoal alteration in a tropical biome: A biochar-based study: Frontiers in Earth Science Frontiers in Earth Science. 6,
• UGUNA, JACOB O., CARR, ANDREW D., MARSHALL, CHRIS, LARGE, DAVID J., MEREDITH, WILL, JOCHMANN, MALTE, SNAPE, COLIN E., VANE, CHRISTOPHER H., JENSEN, MARIA A. and OLAUSSEN, SNORRE, 2017. Improving spatial predictability of petroleum resources within the Central Tertiary Basin, Spitsbergen: A geochemical and petrographic study of coals from the eastern and western coalfields: International Journal of Coal Geology International Journal of Coal Geology. 179, 278-294
• MORGAN, H., LARGE, D., BATEMAN, K., HANSTOCK, D. and GREGORY, S., 2017. The Effect of Variable Oxygen Impurities on Microbial Activity in Conditions Resembling Geological Storage Sites In: 13th International Conference on Greenhouse Gas Control Technologies, GHGT 2016; Lausanne; Switzerland; 14 November 2016 through 18 November 2016. 3077-3087
• UGUNA, J. O., CARR, A. D., MARSHALL, C., LARGE, D. J., MEREDITH, W., JOCHMANN, M., SNAPE, C. E., VANE, C. H., JENSEN, M. A. and OLAUSSEN, S., 2017. Improving spatial predictability of petroleum resources within the Central Tertiary Basin, Spitsbergen: A geochemical and petrographic study of coals from the eastern and western coalfields: International Journal of Coal Geology International Journal of Coal Geology. 179, 278-294
• MARSHALL, CHRIS, LARGE, DAVID J. and HEAVENS, NICHOLAS G., 2016. Coal-derived rates of atmospheric dust deposition during the Permian: Gondwana Research Gondwana Research. 31, 20-29
• HOYOS-SANTILLAN, J., LOMAX, B. H., LARGE, D., TURNER, B. L., BOOM, A., LOPEZ, O. R. and SJÖGERSTEN, S., 2016. Quality not quantity: Organic matter composition controls of CO2 and CH4 fluxes in neotropical peat profiles Soil Biology and Biochemistry. 103, 86-96
• MARSHALL, CHRIS, LARGE, DAVID J., MEREDITH, WILLIAM, SNAPE, COLIN E., UGUNA, CLEMENT, SPIRO, BARUCH F., ORHEIM, ALV, JOCHMANN, MALTE, MOKOGWU, IKECHUKWU, WANG, YUKUN and FRIIS, BJARKI, 2015. Geochemistry and petrology of Palaeocene coals from Spitsbergen — Part 1: Oil potential and depositional environment: International Journal of Coal Geology International Journal of Coal Geology. 143(0), 22-33
• MARSHALL, C., UGUNA, J., LARGE, D. J., MEREDITH, W., JOCHMANN, M., FRIIS, B., VANE, C., SPIRO, B. F., SNAPE, C. E. and ORHEIM, A., 2015. Geochemistry and petrology of palaeocene coals from Spitzbergen Part 2: Maturity variations and implications for local and regional burial models International Journal of Coal Geology. 143, 1-10
• LARGE, D. J. and MARSHALL, C., 2015. Use of carbon accumulation rates to estimate the duration of coal seams and the influence of atmospheric dust deposition on coal composition
• GRENFELL, J. R. A., AHMAD, N., LIU, Y., APEAGYEI, A. K., AIREY, G. D. and LARGE, D., 2015. Application of surface free energy techniques to evaluate bitumen-aggregate bonding strength and bituminous mixture moisture sensitivity: Proceedings of Institution of Civil Engineers: Construction Materials Proceedings of Institution of Civil Engineers: Construction Materials. 167(4), 214-226
• HOYOS-SANTILLAN, J., LOMAX, B. H., LARGE, D., TURNER, B. L., BOOM, A., LOPEZ, O. R. and SJÖGERSTEN, S., 2015. Getting to the root of the problem: litter decomposition and peat formation in lowland Neotropical peatlands: Biogeochemistry Biogeochemistry. 126(1-2), 115-129
• VÄISÄNEN, M., SJÖGERSTEN, S., LARGE, D., DRAGE, T. and STARK, S., 2015. Long-term reindeer grazing limits warming-induced increases in CO2 released by tundra heath soil: Potential role of soil C quality: Environmental Research Letters Environmental Research Letters. 10(9),
• LAWSON, I. T., KELLY, T. J., APLIN, P., BOOM, A., DARGIE, G., DRAPER, F. C. H., HASSAN, P. N. Z. B. P., HOYOS-SANTILLAN, J., KADUK, J., LARGE, D., MURPHY, W., PAGE, S. E., ROUCOUX, K. H., SJÖGERSTEN, S., TANSEY, K., WALDRAM, M., WEDEUX, B. M. M. and WHEELER, J., 2015. Improving estimates of tropical peatland area, carbon storage, and greenhouse gas fluxes Wetlands Ecology and Management. 23(3), 327-346
• GRENFELL, JAMES, AHMAD, NAVEED, LIU, YAWEN, APEAGYEI, ALEX, LARGE, DAVID and AIREY, GORDON, 2014. Assessing asphalt mixture moisture susceptibility through intrinsic adhesion, bitumen stripping and mechanical damage: Road Materials and Pavement Design Road Materials and Pavement Design. 15(1), 131-152
• HALL, C., LARGE, D. J., ADDERLEY, B. and WEST, H. M., 2014. Calcium leaching from waste steelmaking slag: Significance of leachate chemistry and effects on slag grain mineralogy: Minerals Engineering Minerals Engineering. 65, 156-162
• LOISEL, JULIE, YU, ZICHENG, BEILMAN, DAVID W, CAMILL, PHILIP, ALM, JUKKA, AMESBURY, MATTHEW J, ANDERSON, DAVID, ANDERSSON, SOFIA, BOCHICCHIO, CHRISTOPHER, BARBER, KEITH, BELYEA, LISA R, BUNBURY, JOAN, CHAMBERS, FRANK M, CHARMAN, DANIEL J, DE VLEESCHOUWER, FRANÇOIS, FIAŁKIEWICZ-KOZIEŁ, BARBARA, FINKELSTEIN, SARAH A, GAŁKA, MARIUSZ, GARNEAU, MICHELLE, HAMMARLUND, DAN, HINCHCLIFFE, WILLIAM, HOLMQUIST, JAMES, HUGHES, PAUL, JONES, MIRIAM C, KLEIN, ERIC S, KOKFELT, ULLA, KORHOLA, ATTE, KUHRY, PETER, LAMARRE, ALEXANDRE, LAMENTOWICZ, MARIUSZ, LARGE, DAVID, LAVOIE, MARTIN, MACDONALD, GLEN, MAGNAN, GABRIEL, MÄKILÄ, MARKKU, MALLON, GUNNAR, MATHIJSSEN, PAUL, MAUQUOY, DMITRI, MCCARROLL, JULIA, MOORE, TIM R, NICHOLS, JONATHAN, O’REILLY, BENJAMIN, OKSANEN, PIRITA, PACKALEN, MAARA, PETEET, DOROTHY, RICHARD, PIERRE JH, ROBINSON, STEPHEN, RONKAINEN, TIINA, RUNDGREN, MATS, SANNEL, A BRITTA K, TARNOCAI, CHARLES, THOM, TIM, TUITTILA, EEVA-STIINA, TURETSKY, MERRITT, VÄLIRANTA, MINNA, VAN DER LINDEN, MARJOLEIN, VAN GEEL, BAS, VAN BELLEN, SIMON, VITT, DALE, ZHAO, YAN and ZHOU, WEIJIAN, 2014. A database and synthesis of northern peatland soil properties and Holocene carbon and nitrogen accumulation: The Holocene The Holocene. 24(9), 1028-1042
• LARGE, DAVID J. and MARSHALL, CHRIS, 2014. Use of carbon accumulation rates to estimate the duration of coal seams and the influence of atmospheric dust deposition on coal composition: Geological Society, London, Special Publications Geological Society, London, Special Publications. 404,
• DOWNWARD, G. S., HU, W., LARGE, D., VELD, H., XU, J., REISS, B., WU, G., WEI, F., CHAPMAN, R. S., ROTHMAN, N., QING, L. and VERMEULEN, R., 2014. Heterogeneity in coal composition and implications for lung cancer risk in Xuanwei and Fuyuan counties, China: Environment International Environment International. 68, 94-104
• MEREDITH, W., ASCOUGH, P.L., BIRD, M.I., LARGE, D.L., SNAPE, C.E., SONG, J., SUN, Y. and TILSTON, E.L., 2013. Direct evidence from hydropyrolysis for the retention of long alkyl moieties in black carbon fractions isolated by acidified dichromate oxidation Journal of Analytical and Applied Pyrolysis. 103, 232-239
• GRENFELL, JAMES R. A., AIREY, GORDON D., LIU, YAWEN, APEAGYEI, ALEX K., AHMAD, NAVEED and LARGE, DAVID, 2013. Application of surface free energy techniques to evaluate bitumen-aggregate bonding strength and bituminous mixture moisture sensitivity: Proceedings of the ICE - Construction Materials Proceedings of the ICE - Construction Materials. 1-13
• WANG, H, SHAO, LY, NEWTON, RJ, BOTTRELL, SH, WIGNALL, PB and LARGE, DJ, 2012. Records Of Terrestrial Sulfur Deposition From The Latest Permian Coals In Sw China Chemical Geology. 292, 18-24
• FERRAT, M, WEISS, DJ, DONG, SF, LARGE, DJ, SPIRO, B, SUN, YB and GALLAGHER, K, 2012. Lead Atmospheric Deposition Rates And Isotopic Trends In Asian Dust During The Last 9.5 Kyr Recorded In An Ombrotrophic Peat Bog On The Eastern Qinghai-Tibetan Plateau Geochimica Et Cosmochimica Acta. 82, 4-22
• W MEREDITH, P L ASCOUGH, M I BIRD, D J LARGE, C E SNAPE, Y SUN and E L TILSTON, 2012. Assessment of hydropyrolysis as a method for the quantification of black carbon using standard reference materials Geochimica et Cosmochimica Acta. 97, 131-147
• M FERRAT, D J WEISS, B SPIRO and D LARGE, 2012. The inorganic geochemistry of a peat deposit on the eastern Qinghai-Tibetan Plateau and insights into changing atmospheric circulation in central Asia during the Holocene Geochimica et Cosmochimica Acta. 91, 7-31
• WRIGHT, E., BLACK, C.R., CHEESEMAN, A.W., DRAGE, T., LARGE, D., TURNER, B.L. and SJÖGERSTEN, S., 2011. Contribution of subsurface peat to CO₂ and CH₄ fluxes in a neotropical peatland Global Change Biology. 17(9), 2867-2881
• WANG, H., SHAO, L., LARGE, D.J. and WIGNALL, P.B., 2011. Constraints on carbon accumulation rate and net primary production in the Lopingian (Late Permian) tropical peatland in SW China Palaeogeography, Palaeoclimatology, Palaeoecology. 300(1-4), 152-157
• GALLAGHER, K, BODIN, T, SAMBRIDGE, M, WEISS, D, KYLANDER, M and LARGE, D, 2011. Inference Of Abrupt Changes In Noisy Geochemical Records Using Transdimensional Changepoint Models Earth And Planetary Science Letters. 311(1-2), 182-194
• ASCOUGH, PL, BIRD, MI, MEREDITH, W, WOOD, RE, SNAPE, CE, BROCK, F, HIGHAM, TFG, LARGE, DJ and APPERLEY, DC, 2010. Hydropyrolysis: Implications For Radiocarbon Pretreatment And Characterization Of Black Carbon
• LARGE, D.J., SPIRO, B., FERRAT, M., SHOPLAND, M., KYLANDER, M., GALLAGHER, K., LI, X., SHEN, C., POSSNERT, G., ZHANG, G., DARLING, W.G. and WEISS, D., 2009. The influence of climate, hydrology and permafrost on Holocene peat accumulation at 3500 m on the eastern Qinghai-Tibetan Plateau Quaternary Science Reviews. 28(27-28), 3303–3314
• LARGE, D.J., KELLY, S., SPIRO, B., TIAN, L., SHAO, L., FINKELMAN, R., ZHANG, M., SOMERFIELD, C., PLINT, S., ALI, Y. and ZHOU, Y., 2009. Silica-volatile interaction and the geological cause of the Xuan Wei lung cancer epidemic Environmental Science and Technology. 43(23), 9016-9021
• BRIGGS, J., LARGE, D.J., SNAPE, C., DRAGE, T., WHITTLES, D., COOPER, M., MACQUAKER, J.H.S. and SPIRO, B.F., 2007. Influence of climate and hydrology on carbon in an early Miocene peatland Earth and Planetary Science Letters. 253(3-4), 445-454
• LARGE, D.J., 2007. A 1.16 Ma record of carbon accumulation in western European peatland during the Oligocene from the Ballymoney lignite, Northern Ireland Journal of the Geological Society. 164(6), 1233-1240
• BERAMENDI-OROSCO, L.E., VANE, C.H., COOPER, M., SUN, C.G., LARGE, D.J. and SNAPE, C.E., 2006. Evaluation of errors associated with δ¹³C analysis of lignin-derived TMAH thermochemolysis products by gas chromatography-combustion-isotope ratio mass spectrometry Journal of Analytical and Applied Pyrolysis. 76(1-2), 88-95
• BERAMENDI-OROSCO, L.E., CASTRO-DIAZ, M., SNAPE, C.E., VANE, C.H. and LARGE, D.J., 2004. Application of catalytic hydropyrolysis for the rapid preparation of lignin concentrates from wood Organic Geochemistry. 35(1), 61-72
• LARGE, D.J., JONES, T.F., SOMERFIELD, C., GORRINGE, M.C., SPIRO, B., MACQUAKER, J.H.S. and ATKIN, B.P., 2003. High-resolution terrestrial record of orbital climate forcing in coal Geology. 31(4), 303-306
• GORRINGE, M.C., SPIRO, B., LARGE, D.J., SOMERFIELD, C., MACQUAKER, J.H. and JONES, T.F., 2002. High-resolution phosphorus and carbon isotope records of climate change in a Late Palaeocene mire In: American Chemical Society.
• ORASCO, L.E., LARGE, D.J., SNAPE, C.E. and VANE, C.H., 2002. Application of hydropyrolysis to the geochemical characterisation of lignin In: American Chemical Society.
• LARGE, D.J., GORRINGE, M.C., SPIRO, B., SOMERFIELD, C., MACQUAKER, J.H., JONES, T.F. and ATKIN, B.P., 2001. Climate signals in coal In: Coal Research Forum.
• LARGE, D.J., JONES, T.F., SOMERFIELD, C., GORRINGE, M.C., SPIRO, B. and MACQUAKER, J.H., 2001. A high-resolution terrestrial record of orbital climate forcing in a Late Palaeocene coal In: Earth System Processes - Global Meeting.
• LARGE, D. J. and SMALL, J. S., 2000. Diffusion and reaction-controlled Cu-Pb-Zn ore mineral precipitation in a reducing system: A model applied to the pattern of ore mineral precipitation in the Kupferschiefer and other black shales Economic Geology. VOL 95(PART 3), 577-586
• DODD, J., LARGE, D. J., FORTEY, N. J., MILODOWSKI, A. E. and KEMP, S., 2000. A petrographic investigation of two sequential extraction techniques applied to anaerobic canal bed mud Environmental Geochemistry and Health. VOL 22(PART 4), 281-296
• LARGE, D. J., SAWLOWICZ, Z. and SPRATT, J., 1999. A cobaltite-framboidal pyrite association from the Kupferschiefer: possible implications for trace element behaviour during the earliest stages of diagenesis Mineralogical Magazine. VOL 63(NUMBER 3), 353-362
• LARGE, D. J. and GIZE, A. P., 1996. Pristane/phytane ratios in the mineralized Kupferschiefer of the Fore-Sudetic Monocline, southwest Poland Ore Geology Reviews. VOL 11(NUMBER 1/3), 89-104