David G. Lumsdon
机构: The James Hutton Institute
每年引用次数
引用次数
引用: 4,393
H-指数: 36
I10-指数 : 60
出版物: 86
Surface Complexation Model Parameters for Goethite (α-FeOOH)
David O. Lumsdon , Leslie J. Evans
joint international conference on information sciences 164 ( 1) 119 -125
138
1994
An efficient object oriented apporach for calculating chemical equilibria in combination with transport.
V.C.S. Meeussen , J.C.L. Meeussen , D.G. Lumsdon
557 -564
1
1996
Selenium concentrations in national inventory soils from Scotland and Sweden and their relationship with geochemical factors
C.A. Shand , J. Eriksson , A.S. Dahlin , D.G. Lumsdon
Journal of Geochemical Exploration 121 4 -14
24
2012
Multi-element signatures of stream sediments and sources under moderate to low flow conditions.
M.I. Stutter , S.J. Langan , D.G. Lumsdon , L.M. Clark
Applied Geochemistry 24 ( 5) 800 -809
33
2009
Reply to comment on: 'Multi-element signatures of stream sediments and sources under moderate to low flow conditions' by Barry Rawlins
M.I. Stutter , S. Richards , S.J. Langan , D.G. Lumsdon
Applied Geochemistry 25 ( 10) 1617 -1619
2010
Response to: ‘Silicic acid and the biological availability of aluminium’ by C. Exley and J.D. Birchall
D.G. Lumsdon , V.C. Farmer
European Journal of Soil Science 47 ( 1) 139 -140
2
1996
Phosphate fluxes, compartmentation and vacuolar speciation in root cortex cells of intact Agrostis capillaris seedlings: effect of non-toxic levels of aluminium
A.E.S. Macklon , D.G. Lumsdon , A. Sim , W.J. McHardy
Journal of Experimental Botany 47 ( 6) 793 -803
10
1996
Phosphate uptake and transport in Agrostis capillaris L Effects of non-toxic levels of aluminium and the significance of P and Al speciation
A.E.S. Macklon , D.G. Lumsdon , A. Sim
Journal of Experimental Botany 45 ( 7) 887 -894
17
1994
An assessment of complex formation between aluminium and silicic acid in acidic solutions
V.C. Farmer , D.G. Lumsdon
Geochimica et Cosmochimica Acta 58 ( 16) 3331 -3334
104
1994
Modelling of Chromium Behaviour and Transport at Sites Contaminated with Chromite ore Processing Residue: Implications For Remediation Methods
J.S. Geelhoed , J.C.L. Meeussen , D.G. Lumsdon , S. Hillier
Environmental Geochemistry and Health 23 ( 3) 261 -265
18
2001
Root development impacts on the distribution of phosphatase activity: Improvements in quantification using soil zymography
C.D. Giles , L. Dupuy , G. Boitt , L.K. Brown
Soil Biology & Biochemistry 116 158 -166
37
2018
Modelling cadmium retention by soils and the effects of aluminium competition
D.G. Lumsdon
Applied Geochemistry 11 285 -291
7
1996
Assessment and Modelling of the Environmental Chemistry and Potential for Remediative Treatment of Chromium-Contaminated Land
J.G. Farmer , M.C. Graham , R.P. Thomas , C. Licona-Manzur
Environmental Geochemistry and Health 21 ( 4) 331 -337
58
1999
Predicting Chemical Speciation and Computer Simulation
D.G. Lumsdon , L.J. Evans
Chemical Speciation in the Environment, Second Edition 89 -131
32
2007
Interactions of land use and dynamic river conditions on sorption equilibria between benthic sediments and river soluble reactive phosphorus concentrations.
M.I. Stutter , D.G. Lumsdon
Water Research 42 ( 16) 4249 -4260
36
2008
Spatial variability in properties affecting organic horizon carbon storage in upland soils
M.F. Billett , D. Low , L.K. Deeks , M.I. Stutter
Soil Science Society of America Journal 73 ( 5) 1724 -1732
20
2009
The implications of integrated assessment and modelling studies for the future remediation of chromite ore processing residue disposal sites.
J.G. Farmer , E. Paterson , R.J.F. Bewley , J.S. Geelhoed
Science of The Total Environment 360 90 -97
43
2006
Developing strategies for the improved utilisation of local- and site-specific trace element resources to enhance crop and livestock quality.
A. Ramezanian , I. Öborn , B. Frankow-Lindberg , M. Coull
Aspects of applied biology ( 109) 177 -182
2011
New infrared band assignments for the arsenate ion adsorbed on synthetic goethite (α-FeOOH)
D. G. LUMSDON , A. R. FRASER , J. D. RUSSELL , N. T. LIVESEY
European Journal of Soil Science 35 ( 3) 381 -386
183
1984
Solubility characteristics of proto‐imogolite sols: how silicic acid can de‐toxify aluminium solutions
D.G. LUMSDON , V.C. FARMER
European Journal of Soil Science 46 ( 2) 179 -186
73
1995