2023 & in press
99. Riley,
A.L., Onnis, P., Gandy, C.J., Kanu, C.V., Umeobika, C.V., Cameron, J., Burke, I.T., Hudson-Edwards,
K.A., Jarvis, A.P. and Mayes, W.M. (2023) The Contribution of Major
Historical Orefields to Coastal Trace Metal(loid)
Fluxes in North-East England. In: Stanley, P., Wolkersdorfer,
C., Wolkersdorfer, K. and Mugova,
E. IMWA 2023 - The Future. International Mine Water Association pp. 421-427. PDF
98. Feng J.,
Burke I.T., Chen X. and Stewart D.I. Assessing Metal Contamination and
Speciation in Sewage Sludge: Implications for Soil Application and Environmental
Risk. Reviews in Environmental Science and Bio/Technology (2023) 1-22.
97. Burke
I.T., Courtney R. and Mayes W.M. Antimony and Arsenic Behaviour in Lead/Zinc
Mine Tailings during Storage under Vegetation Cover. Applied Geochemistry (2023)
158, 105806.
96.
Sanchez-Marroquin A., Barr S.L., Burke I.T., McQuaid J.B. and Murray B.J. Aircraft
ice-nucleating particle and aerosol composition measurements in the Western
North American Arctic. Atmospheric Chemistry and Physics (2023) 23(21)
13819-13834.
95. Sapsford
D., Stewart D.I., Sinnett S., Burke I.T., Cleall P.,
Harbottle M., Mayes W.M., Owen N., Margarida Sardo A.
and Weightman A. Circular economy landfills for
temporary storage and treatment of mineral-rich waste. Proceedings of the
Institution of Civil Engineers -Waste and Resource Management (2023)
176(2), 77-93.
2022
94. Riley
A.L., Amezaga J., Burke I.T., Bryne P., Cooper N.,
Crane R.A., Comber S.D.W., Gandy C.J., Hudson-Edwards K.A., Jenning
E., Lewis E., Lofts S., MacDonald J.M., Malcolm H., Mayes W.M., Onnis P.,
Olszewska J., Spears B.M. and Jarvis A.P. Incorporating conceptual site models
into national-scale environmental risk assessments for legacy waste in the
coastal zone. Frontiers in Environmental
Science (2022) 10, 1045482.
93. Tompkins
D.C., Stewart D.I., Graham J.T. and Burke I.T.
In situ disposal of crushed concrete waste as void fill material at UK nuclear
sites: Leaching behavior and effect of pH on trace
element release. Journal of Hazardous
Materials Advances (2022) 5, 100043. PDF
SI.
92. Zhai, J., Burke, I.T. and Stewart, D.I. Potential reuse
options for biomass combustion ash as affected by the persistent organic
pollutants (POPs) content. Journal of
Hazardous Materials Advances (2022) 5, 100038. PDF SI.
2021
91. Zhai, J., Burke, I.T. and Stewart, D.I. Beneficial management
of biomass combustion ashes. Renewable
and Sustainable Energy Reviews (2021) 151, 111555. PDF SI.
90.
Sanchez-Marroquin A., Burke I.T., West J, McQuaid J.B. and Murray B.J. Mineral and
biological ice-nucleating particles above the South East of the British Isles. Environmental Science: Atmospheres
(2021) 1, 176-191. PDF SI.
89.
Zhai, J., Burke, I.T., Mayes, W.M. and Stewart, D.I. New insights into biomass
combustion ash categorisation: A phylogenetic analysis. Fuel (2021) 287, 119469. PDF
SI.
2020
88.
Adams M.P., Tarn M.D., Sanchez-Marroquin A., Porter G.C.E., O'Sullivan D., Harrison A.D.,
Cui Z., Vergara-Temprado J., Carotenuto F., Holden M.A., Daily, M.I., Whale
T.F., Sikora S.N.F., Burke I.T., Shim J-u., McQuaid J.B. and Murray B.J. A
major combustion aerosol event had negligible impact on the atmospheric
ice-nucleating particle population. Journal
of Geophysical Research - Atmospheres (2020) 125(22), e2020JD032938. PDF SI.
87.
Riley A.L., MacDonald J.M., Burke, I.T., Renforth P., Jarvis, A.P.
Hudson-Edwards K.A., McKie J. and Mayes W.M. Legacy
Iron and Steel Wastes in the UK: Extent, Resource Potential, and Management
Futures. Journal of Geochemical Exploration
(2020) 219, 106630. PDF SI.
86.
Sanchez-Marroquin A., Arnalds O., Baustian-Dorsi
K.J., Dagsson-Waldhauserova P., Harrison A.D., Maters
E.C., Pringle K.J., Vergara-Temprado J., Burke I.T., McQuaid J.B., Carslaw
K.S., and Murray B.J. Iceland is an episodic source of atmospheric
ice-nucleating particles relevant for mixed-phase clouds. Science Advances, (2020) 6(26), eaba8137. PDF SI.
85.
Boylan A. A., Stewart D. I., Graham J. T. and Burke I. T. The behaviour of low
molecular weight organic carbon-14 containing compounds in contaminated groundwater
during denitrification and iron-reduction. Geomicrobiology
Journal (2020) 37(5), 486-495. PDF.
2019
84.
Sanchez-Marroquin A., Hedges D.H.P., Hiscock M., Parker S.T., Rosenberg P.D., Trembath J., Richard Walshaw R., Burke I.T., McQuaid J.B.
and Murray B.J. Characterisation of the filter inlet system on the BAE-146
research aircraft and its use for size resolved aerosol composition
measurements. Atmospheric Measurement
Techniques (2019) 12, 5741-5763. PDF SI.
83.
Mayes W.M., Burke I. T., Deutz P., Bray A.W. and Gomes H. Resource Recovery and
Remediation of Alkaline Wastes (R3AW). CL:AIRE research bulletin (2019) RB 21, ISSN 2047-6450,
pp1-4. PDF
82.
Pullin H., Bray A.W., Burke I.T., Muir D.D., Sapsford D.J., Mayes W.M. and
Renforth P. The atmospheric carbon capture performance of legacy iron and steel
waste. Environmental Science and
Technology (2019) 53, 9502-9511. PDF
SI
81.
Hudson-Edwards K. A., Byrne P., Bird G. Brewer P. A., Burke I.T., Jamieson H.
E., Macklin M. G. and Williams R. D. Origin and fate of vanadium in the
Hazeltine Creek catchment following the 2014 Mount Polley mine tailings spill,
British Columbia, Canada. Environmental
Science and Technology (2019) 53, 4088-4098.80. PDF SI
80.
Aldmour S. T., Burke I. T., Bray A. W., Baker D. L., Ross A. B., Gill F., Cibin
G., Ries M. E. and Stewart D. I. Abiotic reduction of Cr(VI) by humic acids derived from peat and lignin: kinetics and
removal mechanism. Environmental Science
and Pollution Research (2019) 26(5) 4717-4729. PDF SI
2018
79.
Watt J. A. J., Burke I. T., Edwards R. A., Malcolm H. M., Mayes W. M. Olszewska
J. P. Pan G., Graham M. C., Heal K. V., Rose N. L., Turner S. D. and Spears B.
M. Vanadium - a re-emerging environmental hazard. Environmental Science and Technology (2018) 52(21) 11973-11974. PDF
78.
Hobson A. J., Stewart D. I., Mortimer R. J. G., Mayes W. M., Rogerson M. and
Burke I. T. Leaching behaviour of co-disposed steel making wastes: Effects of
aeration on leachate chemistry and vanadium mobilisation. Waste Management (2018) 81, 1-10. PDF
77.
O'Sullivan
D., Adams M, Tarn M. D., Harrison A. D., Vergara- Temprado J., Porter G. C. E.,
Holden M. A., Sanchez-Marroquin A., Carotenuto F., Whale
T. F., McQuaid J. B., Walshaw R., Hedges D., Burke I. T., Cui Z. and Murray B.
J. Biogenic material and desert dust contributes to the atmospheric
ice-nucleating particle population in Northern Europe. Scientific Reports (2018) 8, 13821 PDF SI
76.
Higgins D., Curtin T., Burke I.T. and Courtney R. The potential for constructed
wetland mechanisms to treat alkaline bauxite residue leachate: carbonation and
precipitate characterisation. Environmental Science and Pollution
Research (2018)
25(29), 29451-29458. PDF
SI
75. Gomes H.
I., Mayes W. M., Baxter H. A. Jarvis A.P., Burke I. T., Stewart D. I. and
Rogerson M. Options for managing alkaline steel slag leachate: A life cycle
assessment. Journal of Cleaner Production
(2018) 202, 401-412. PDF SI
74. Woodward
G. L., Peacock C. L., Otero-Farina A., Thompson O. A., Brown A. P. and Burke I.
T. A universal uptake mechanism for cobalt(II) on soil
constituents: ferrihydrite, kaolinite, humic acid, and organo-mineral
composites. Geochimica et Cosmochimica Acta (2018) 238,
270-291. PDF SI
73. Boylan
A. A., Stewart D. I., Graham J. T. and Burke I. T. Behaviour of carbon-14
containing low molecular weight organic compounds in contaminated groundwater
under aerobic conditions. Journal of
Environmental Radioactivity (2018) 192, 279-288. PDF
72. Hobson
A. J., Stewart D. I., Bray A. W., Mortimer R. J. G., Mayes W. M., Riley A. L.,
Rogerson M. and Burke I. T. Behaviour and fate of vanadium during the aerobic
neutralisation of hyperalkaline slag leachate. Science of the Total Environment (2018)
643, 1191-1199. PDF
71.
Vidal-Dura A., Burke I. T., Mortimer R. J. G. and Stewart D. I. Diversity
patterns of benthic bacterial communities along the salinity continuum of the
Humber estuary (UK). Aquatic Microbial
Ecology (2018) 81(3), 277-291. PDF SI
70. Hodkin
D. J., Stewart D. I., Graham J. T., Cibin G. and Burke I. T. Enhanced Crystallographic incorporation of
Strontium(II) ions to Calcite via Preferential Adsorption at Obtuse growth
steps. Crystal Growth and Design
(2018) 18(5) 2836-2843. PDF SI
69.
Vidal-Dura A., Burke I. T., Stewart D. I and Mortimer R. J. G. Reoxidation of estuarine sediments during simulated
resuspension events: Effects on nutrient and trace metal mobilisation. Estuarine, Coastal and Shelf Science (2018)
207, 40-55. PDF SI
68. Cusack
P. B., Healy M. G., Ryan P. C., Burke I. T., O'Donoghue
L. M. T., Ujaczki E. and Courtney R. Enhancement of bauxite residue as a
low-cost adsorbent for phosphorus in aqueous solution using seawater and gypsum
treatments. Journal of Cleaner Production
(2018) 179, 217-224. PDF SI
67. Stewart
D. I., Bray A. W., Udoma G., Hobson A. J., Mayes W.
M., Rogerson M. and Burke I. T. Hydration of Dicalcium Silicate and Diffusion
through Neo-Formed Calcium-Silicate-Hydrates at Weathered Surfaces Control the
Long-Term Leaching Behaviour of Basic Oxygen Furnace (BOF) Steelmaking Slag. Environmental Science and Pollution Research
(2018) 25, 9861-9872. PDF SI
66. Bray A.
W., Stewart D. I., Courtney R., Rout S. P., Humphreys P. N., Mayes W. M. and
Burke I. T. Sustained Bauxite Residue Rehabilitation with Gypsum and Organic
Matter 16 years after Initial Treatment. Environmental
Science and Technology (2018) 52(1), 151-161. PDF SI
2017
65. Hirst C., Andersson P. S., Shaw S., Burke I. T., Kutscher
L., Murphy M. L., Maximov T., Pokrovsky
O. S., Mӧrth C-M., and Porcelli D.
Characterisation of Fe-bearing particles and colloids in the Lena River basin,
NE Russia. Geochimica et Cosmochimica Acta (2017) 213,
553-573. PDF SI
64. Hobson
A. J., Stewart D. I., Bray A. W., Mortimer R. J. G., Mayes W. M., Rogerson M.
and Burke I. T. Mechanism of Vanadium Leaching During Surface Weathering of
Basic Oxygen Furnace Steel Slag Blocks: A Microfocus
X-ray Absorption Spectroscopy and Electron Microscopy Study. Environmental Science and Technology
(2017) 51(14), 7823-7830. PDF SI
63. Gomes H.
I., Rogerson M., Stewart D. I., Burke I. T. and Mayes W. M. Hydraulic and
biotic impacts on neutralisation of high-pH waters. Science of the Total Environment (2017) 601-602, 1271-1279. PDF SI
62.
Littlewood J. L., Shaw S., Peacock C. L., Bots P., Trivedi D. and Burke I. T.
Mechanism of enhanced strontium uptake into calcite via an amorphous calcium
carbonate (ACC) crystallisation pathway. Crystal
Growth and Design (2017) 17(3), 1214-1223. PDF SI
61. Boylan
A. A., Stewart D. I., Graham J. T., Trivedi D. and Burke I. T. Mechanisms
of inorganic carbon-14 attenuation in contaminated groundwater: Effect of
solution pH on isotopic exchange and carbonate precipitation reactions. Applied Geochemistry (2017) 85(B),
137-147. PDF SI
60. Gomes H. I., Jones A., Rogerson M.,
Greenway G. M., Fernandez D., Burke I. T. and Mayes W. M. Removal and recovery
of vanadium from alkaline steel slag leachates with anion exchange resins. Journal of Environmental Management
(2017) 187, 384-392. PDF
2016
59. Gomes H. I., Jones A., Rogerson M.,
Burke I. T. and Mayes W. M. Vanadium removal and recovery from bauxite residue
leachates by ion exchange. Environmental
Science and Pollution Research (2016) 23(22) 23034-23042. PDF
58. Ding W., Botha J. A., Hanson B. C. and
Burke I. T. Aqueous hydroxylation mediated synthesis of crystalline calcium uranate particles. Journal
of Alloys and Compounds (2016) 688, 260-269. PDF SI
57. Sheng Y,
Sun Q, Sun R., Burke I T. and Mortimer R. J. G. Use of bauxite residue (red
mud) as a low cost sorbent for sulfide removal in
polluted water remediation. Water Science
and Technology (2016) 74(2) 359-366. PDF
56. Hodkin
D. J., Stewart D. I., Graham J. T. and Burke
I. T. Coprecipitation of 14C and Sr with
carbonate precipitates: The importance of reaction kinetics and
recrystallization pathways. Science of
the Total Environment (2016) 562, 335-343. PDF SI.
55. Fuller A. J., Shaw S., Peacock C. L.,
Trivedi D., and Burke I. T. EXAFS study of Sr sorption to illite, goethite,
chlorite and mixed sediment under hyper-alkaline conditions. Langmuir (2016) 32(12) 2937-2946. PDF SI
54. Mayes,
W. M., Burke I. T., Gomes, H. I., Anton A. D., Ujaczki E., Molnar M. and Feigl
V. Advances in understanding environmental risks of red mud after the Ajka
spill, Hungary. Journal of Sustainable Metallurgy
(2016) 2, 332-343. PDF.
53. Ding W., Stewart D. I., Humphreys P.
N., Rout S. P. and Burke I. T. Role of an organic carbon-rich soil and Fe(III)
reduction in reducing the toxicity and environmental mobility of Chromium(VI)
at a COPR disposal site. Science of the
Total Environment (2016) 541, 1191-1199. PDF
SI
52.
Gomes H. I., Mayes W. M., Rogerson M., Stewart D. I. and Burke I. T. Alkaline
residues and the environment: A review of impacts, management practices and
opportunities. Journal of Cleaner
Production (2016) 112 3751-3582. PDF
SI
2015
51.
Littlewood J. L., Shaw S., Bots P., Peacock C. L., Trivedi D. and Burke I. T.
Effect of solution composition on the recrystallisation
of kaolinite to feldspathoids in hyperalkaline
conditions: Limitations of pertechnetate
incorporation by ion competition effects. Mineralogical
Magazine (2015) 79(6), 1379-1388. PDF
50.
Mayes W. M. and Burke I. T. Risks, remediation and recovery: Lessons for
bauxite residue management from Ajka. In: Pontikes Y.
et al. (Ed), Bauxite residue valorisation and best practices (2015) pp35-45. PDF
49.
Fuller S. J., Burke I. T. McMillan D. G. G., Ding W. and Stewart D. I.
Population Changes in a Community of Alkaliphilic Iron Reducing Bacteria Due to
Changes in the Electron Acceptor: Implications for Bioremediation at Alkaline
Cr(VI) Contaminated Sites. Water, Air and
Soil Pollution (2015) 226, 180, DOI 10.1007/s11270-015-2437-z. PDF SI
48.
Lockwood C. L., Stewart D. I., Mortimer R. J. G., Mayes, W. M., Jarvis A. P., Gruiz K. and Burke I. T. Leaching of copper and nickel in
soil-water systems contaminated by bauxite residue (red mud) from Ajka,
Hungary: The importance of soil organic matter. Environmental Science and Pollution Research (2015) 22,
10800-10810. PDF SI
47.
Fuller A. J., Shaw S., Ward M. B., Haigh S. J., Mosselmans F. W., Peacock C.
L., Stackhouse S., Dent A. J., Trivedi D., and Burke I. T. Caesium
incorporation and retention in illite interlayers. Applied Clay Science (2015) 108, 128-134. PDF SI
46.
Burke I. T, Mosselmans F. W., Shaw S., Peacock C. L., Benning L. G. and Cocker
V. S. Impact of the Diamond Light Source on Research in Earth and Environmental
Sciences: Current Work and Future Perspectives. Philosophical Transactions A (2015) 373 (2036), 20130151. PDF
2014
45.
Anton A. D., Feigl V., Klebercz O., Burke I. T.,
Jarvis A. P., Gruiz K. and Mayes W. M. Geochemical
Recovery of the Torna-Marcal river system after the
Ajka red mud spill, Hungary. Environmental
Science: Processes & Impacts (2014) 16, 2677-2685. PDF
44.
Lockwood C. L., Mortimer R. J. G., Stewart D. I., Mayes, W. M., Peacock C. L., Polya D.A., Lythgoe P.R., Lehoux
A. P., Gruiz K. and Burke I. T. Mobilisation of
arsenic from bauxite residue (red mud) affected soils: Effect of pH and redox
conditions. Applied Geochemistry
(2014).51, 268-277. PDF SI
43.
Misik M., Burke I. T., Reismuller
M., Pichler C., Reiner B., Misikova
K., Mayes W.M. and Knasmueller S. Red mud a byproduct of aluminum production
contains soluble vanadium that causes genotoxic and cytotoxic effects in higher
plants. Science of the Total Environment
(2014) 493, 883-890. PDF
42.
Small J. S., Wallace S. H. and Burke I. T. Strontium 90 mobility in
contaminated nuclear facilities and groundwater. NNL Science Journal (2014) 2, 25-29. PDF
41.
Fuller A. J., Shaw S., Peacock C. L., Trivedi D., Small J. S., Abrahamsen L. G.
and Burke I. T. Ionic strength and pH dependent multi-site sorption of Cs onto
a micaceous aquifer sediment. Applied
Geochemistry (2014) 40, 32-42. PDF
SI
40.
Fuller S. J., McMillan D. G. G., Renz M. B., Schmidt M., Burke I. T. and
Stewart D. I. Extracellular electron transport mediated Fe(III) reduction by a
community of alkaliphilic bacteria that use flavins
as electron shuttles. Applied and
Environmental Microbiology (2014). 80 (1) 128-137. PDF SI
39.
Rogers C. M., Burke I. T., Amed I. A. and Shaw
S. Immobilization of chromate in hyperalkaline waste
streams by green rusts and zero-valent iron. Environmental Technology (2014). 35 (4)
508-513. PDF SI
2013
38.
Burke I. T., Peacock C. L., Lockwood C. L., Stewart D. I., Mortimer R. J. G.,
Ward M. B., Renforth P., Gruiz, K. and Mayes, W. M.
Behaviour of aluminium, arsenic and vanadium during the neutralisation of red
mud leachate by HCl, gypsum, or seawater. Environmental Science and Technology
(2013) 47, 6527-6535. PDF SI
37.
Wallace S. H., Shaw S., Morris K., Small J. S. and Burke I. T. Alteration of
Sediments by Hyperalkaline K-Rich Cement Leachate:
Implications for Strontium Adsorption and Incorporation. Environmental Science and Technology (2013) 47 (8), 3694-3700. PDF SI
36.
Fuller S.J., Stewart D.I. and Burke I. T. Chromate Reduction in Highly Alkaline
Groundwater by Zero Valent Iron: Implications for its use in a permeable
reactive barrier. Industrial and
Engineering Chemistry Research (2013) 52 (13), 4704-4714. PDF SI
35.
Burke I. T. Long-term behaviour of contaminant metals in red mud. Diamond Light Source Ltd. Annual Review 2013
(2013) pp17-18. PDF
34.
Lehoux A. P., Lockwood C. L., Mayes W. M., Stewart D. I., Mortimer R. J. G., Gruiz K. and Burke I. T. Gypsum addition to soils
contaminated by red mud: Implications for aluminium, arsenic, molybdenum and
vanadium solubility. Environmental
Geochemistry and Health (2013) 35, 643-656. PDF
33.
Whittleston R. A., Stewart D. I., Mortimer R. J. G. and Burke I. T. Enhancing
microbial iron reduction in hyperalkaline, chromium
contaminated sediments by pH amendment, Applied
Geochemistry. (2103) 28, 135-144. PDF SI
2012
32.
Burke I. T., Mortimer R. J. G., Palani S.,
Whittleston R. A., Lockwood C. L., David J. Ashley D. J. and Stewart D. I.
Biogeochemical reduction processes in a hyper-alkaline leachate affected soil
profile. Geomicrobiology Journal.
(2012) 29 (9), 769-779. PDF
31. Wallace S.H., Shaw S., Morris K., Small J. S., Fuller A. J. and Burke I.T. Effect of groundwater pH and ionic strength on strontium sorption in aquifer sediments: Implications for 90Sr mobility at contaminated nuclear sites, Applied Geochemistry. (2012) 27 (8), 1482-1491. PDF
30.
Thorpe C. L., Lloyd J. R., Law G. T. W., Burke I. T., Shaw S., Bryan N. D. and
Morris K. Strontium sorption and incorporation behaviour during bioreduction in nitrate impacted sediments, Chemical Geology. (2012) 306-307,
114-122. PDF
29.
Burke I. T., Mayes, W. M., Peacock C. L., Brown A. P., Jarvis A. P. and Gruiz, K. Speciation of arsenic, chromium and vanadium in
red mud samples from the Ajka spill site, Hungary, Environmental Science and Technology. (2012) 46, 3085-3092. PDF SI
28.
Renforth P., Mayes W. M., Jarvis A. P., Burke I. T., Manning, D. A. C. and Gruiz, K. Contaminant mobility and carbon sequestration
downstream of the Ajka (Hungary) red mud spill: the effects of gypsum dosing. Science
of the Total Environment. (2012)
421-422, 253-259. PDF
27.
Thorpe C.L., Law G.T.W., Boothman C., Lloyd J.R.,
Burke I.T. and Morris K. The synergistic effects of high nitrate concentrations
on sediment bioreduction. Geomicrobiology Journal. (2012) 29, 484-493. PDF
2011
26.
Mayes W. M., Jarvis A. P., Burke I. T., Walton M. and Gruiz
K. (2011) Trace and rare earth element dispersal downstream of the Ajka red mud
spill, Hungary, In: Wolkersdorfer C.; Freund A.; Rude
T. R. (Ed) Mine Water - Managing the challenges, International Mine Water
Association, pp.29-34. PDF
25.
Whittleston R. A., Stewart D. I., Mortimer R. J. G., Tilt Z. C., Brown A. P.,
Geraki K., and Burke I. T. Chromate reduction in Fe(II)-containing soil
affected by hyperalkaline leachate from chromite ore
processing residue. Journal or Hazardous
Materials (2011) 194 (c) 15-23. PDF
SI
24. Mcbeth J. M., Law G. T.
W., Lloyd J. R., Livens F. R., Burke I.
T. and Morris K. Redox interactions of technetium with biogenic and abiologically precipitated Fe minerals. Mineralogical Magazine. (2011) 75
2419-2430. PDF
23.
Law G. T. W., Geissler, A., Burke I. T., Livens F. R.,
Lloyd J. R., McBeth J. M., and Morris K. Uranium redox cycling in sediment and biomineral systems. Geomicrobiology Journal. (2011) 28 (5
& 6) 497-506. PDF
22.
Geissler, A., Boothman, C.,
Livens, F.R., Lloyd, J.R., Law, G.T.W., Morris, K. and Burke, I.T.; Microbially
mediated Fe(II) oxidation in reduced technetium-containing sediments. Geomicrobiology
Journal. (2011) 28 (5 & 6) 507-518. PDF
21.
Mayes W. M., Jarvis A. P., Burke I. T., Walton M. Feigl, V., Klebercz, O. and Gruiz K.
Dispersal and attenuation of trace contaminants downstream of the Ajka bauxite
residue (red mud) depository failure, Hungary. Environmental Science and Technology. (2011) 45 (12) 5147-5155. PDF SI
20. Begg J. D. C., Burke I. T., Shaw S., Lloyd J.R., Boothman
C. Charnock J. and M. Morris K., Bioreduction
behaviour of U(VI) sorbed to sediments. Geomicrobiology
Journal. (2011) 28
(2) 160-171. PDF
19.
Whittleston
R. A, Stewart D. I., Mortimer, R.J.G., Ashley D. and Burke
I. T. Effect of Microbially induced anoxia on
Cr(VI) mobility at a hyperalkaline chromite ore
processing residue contaminated site. Geomicrobiology
Journal. (2011) 28 (1) 68-82. PDF
2010
18.
Geissler A., Selenska-Pobell
S., Morris K., Burke I. T., Livens F. R. and Lloyd J.R. (2010) The microbial
ecology of land and water contaminated with radioactive waste; towards the
development of bioremediation options for the nuclear industry, In: Batty C. L.
Hallberg K., and Jarvis P. A. (Ed) The Ecology of Industrial Pollution:
restoration, remediation and preservation, Ecological Reviews
, Cambridge University Press, UK, pp.226-241. PDF
17.
Law G. T. W., Geissler A., Lloyd J. R., Livens F. R.,
Boothman C., Begg J. D. C. Denecke
M.A., Rothe J., Dardenne
K., Burke I. T., Charnock J. M. and Morris K. Geomicrobiological
redox cycling of the transuranic element neptunium. Environmental Science and Technology. (2010) 44 (23) 8924-8929. PDF SI
16. Burke I. T., Livens F. R.,
Lloyd J. R., Brown, A., Law G. T. W., McBeth J. M.,
Ellis, B., Lawson R.S. and Morris K. Fate of technetium in reduced
sediments: comparison of direct and indirect analysis. Applied Geochemistry.
(2010) 25 (2) 233-241. PDF
15.
Law G. T. W., Geissler A., Lloyd J. R., Burke I. T., Livens F. R., Boothman C. and Morris K. Role of nitrate in conditioning
aquifer sediments for technetium bioreduction. Environmental Science and Technology. (2010) 44 (1) 150-155. PDF SI
14. Lear G., McBeth, J. M., Boothman C., Gunning, DJ.,
Ellis, B., Lawson, R., Morris, K., Burke, I. T., Bryan
N., Livens F.R. and Lloyd J.R. Probing the Biogeochemical Behavior of Technetium Using a Novel Nuclear Imaging Approach. Environmental
Science and Technology. (2010) 44 (1) 156-162. PDF SI
13.
Stewart D. I., Burke I. T., Hughes-Berry D. V. and Whittleston R. A., Microbially mediated chromate reduction in soil
contaminated by highly alkaline leachate from chromium containing waste. Ecological Engineering.
(2010) 36 (2) pp211-221. PDF
2008
12.
Begg J. D. C., Burke I. T., Charnock J. M. and Morris K. Behaviour of technetium in Dounreay soil exposed to air and nitrate. Radiochimica Acta. (2008) 96
(9-11) 631-636. PDF
11. Morris
K., Livens F.R., Charnock J. M., Burke
I. T., McBeth J. M., Begg J. D. C., Boothman C. and Lloyd J. R. An X-ray
absorption study of the fate of technetium in reduced and reoxidised
sediments and mineral phases. Applied Geochemistry. (2008) 23, pp 603-617. PDF
2007
10. Morris K, Livens F. R., Charnock J. M., Burke I.
T., McBeth J. M., Boothman
C., and Lloyd J. R. (2007) Microbially driven
transformations of technetium. In: Denecke MA; et al
(Ed) Speciation Techniques and Facilities for Radioactive Materials at
Synchrotron Light Sources, Nuclear Energy Agency, Issy-les-Moulineaux, France, pp.71-81. PDF
9. Stewart D. I., Burke I. T. and Mortimer R. J. M. Stimulation of microbially-mediated chromate
reduction in alkaline soil-water systems. Geomicrobiology
Journal. (2007) 24 (7 & 8) pp
655-669. PDF
8. McBeth J. M., Lear G.,
Lloyd J. R., Livens F. R., Morris K. and Burke I. T. Technetium reduction and
reoxidation in aquifer sediments. Geomicrobiology
Journal.
(2007) 24 (3 & 4) pp 189-197. PDF
7. Begg J.
D. C., Burke I. T. and Morris K. The behaviour of technetium during microbial bioreduction in amended soils from Dounreay,
UK. Science of the Total Environment. (2007) 373 pp 297-304. PDF
2006
6. Burke I. T., Boothman C., Lloyd J. R.,
Livens F. R., Charnock J. M., McBeth J. M., Mortimer R.
J. M. and Morris K. Reoxidation behavior of technetium,
iron and sulfur in estuarine sediments. Environmental Science and
Technology. (2006) 40 (11) pp 3529 3535. PDF SI
2005
5. Lloyd J. R., Renshaw J. C., May I., Livens F. R., Burke I. T., Mortimer R.
J. M. and Morris K. Biotransformation of
actinides: Microbial reduction of actinides and fission products. Journal of
Nuclear and Radiochemical Sciences. (2005) 6 (1) 17-20. PDF
4. Burke I. T., Boothman C., Lloyd J. R.,
Mortimer R. J. M., Livens F. R. and Morris K. Effects of progressive anoxia on
the solubility of technetium in sediments. Environmental Science and
Technology (2005) 39 (11) pp
4109-4116. PDF SI
2004
3. Burke I. T. and Kemp A. E. S. A mid-Holocene geochemical record of
salt water inflow to the Baltic Sea. The Holocene (2004) 14 (6) 940-948. PDF
2002
2. Burke I. T., Grigorov I. and Kemp A. E. S.
Micro-fabric study of diatomaceous and lithogenic
deposition in laminated sediments from the Gotland Deep, Baltic Sea. Marine Geology (2002) 183 89-105. PDF
1. Burke I. T. and Kemp A. E. S. Micro-fabric analysis of Mn-Carbonate laminae deposition and Mn-sulphide
formation in the Gotland Deep, Baltic Sea. Geochimica
et Cosmochimica Acta (2002) 66 (9) 1589-1600. PDF