I
I. Schoeters
Researcher at Rio Tinto Group
Publications - 21
Citations - 906
I. Schoeters is an academic researcher from Rio Tinto Group. The author has contributed to research in topics: Bedrock & Trace (semiology). The author has an hindex of 11, co-authored 21 publications receiving 737 citations.
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Journal ArticleDOI
Toxicity of trace metals in soil as affected by soil type and aging after contamination: using calibrated bioavailability models to set ecological soil standards.
Erik Smolders,Koen Oorts,Patrick Van Sprang,I. Schoeters,Colin R. Janssen,Steve P. McGrath,Mike J. McLaughlin +6 more
TL;DR: The corrections for aging and for modifying effects of soil properties in metal-salt-amended soils are shown to be the main factors by which PNEC values rise above the natural background range.
Journal ArticleDOI
GEMAS: Establishing geochemical background and threshold for 53 chemical elements in European agricultural soil
Clemens Reimann,Karl Fabian,Manfred Birke,Peter Filzmoser,Alecos Demetriades,Philippe Négrel,Koen Oorts,Jörg Matschullat,Patrice de Caritat,Stefano Albanese,M. Anderson,Rainer Baritz,Maria João Batista,A. Bel-Ian,Domenico Cicchella,B. De Vivo,W. De Vos,Enrico Dinelli,M. Ďuriš,A. Dusza-Dobek,O. A. Eggen,M. Eklund,V. Ernsten,Dee Flight,S. Forrester,U. Fugedi,A. Gilucis,Mateja Gosar,V. Gregorauskiene,W. De Groot,A. Gulan,Josip Halamić,E. Haslinger,P. Hayoz,Jurian Hoogewerff,H. Hrvatovic,Stjepan Husnjak,Fabian Jähne-Klingberg,L. Janik,G. Jordan,M. Kaminari,Jason K. Kirby,V. Klos,P. Kwecko,L. Kuti,Anna Ladenberger,Annamaria Lima,J. Locutura,P. Lucivjansky,A. Mann,D. Mackovych,Mike J. McLaughlin,B. I. Malyuk,R. Maquil,R. G. Meuli,G. Mol,P. O'Connor,Rolf Tore Ottesen,A. Pasnieczna,V. Petersell,S. Pfleiderer,M. Poňavič,C. Prazeres,S. Radusinović,U. Rauch,I. Salpeteur,R. Scanlon,A. Schedl,Andreas Scheib,I. Schoeters,P. Sefcik,E. Sellersjö,I. Slaninka,José M. Soriano-Disla,Ajka Šorša,R. Svrkota,Trajče Stafilov,Timo Tarvainen,V. Tendavilov,Paolo Valera,V. Verougstraete,D. Vidojević,Andreas M. Zissimos,Z. Zomeni,Martiya Sadeghi +84 more
TL;DR: The GEMAS (geochemical mapping of agricultural soil) project collected 2108 Ap horizon soil samples from regularly ploughed fields in 33 European countries, covering 5.6 million km2 as discussed by the authors.
Chemistry of europe’s agricultural soils – part a: methodology and interpretation of the gemas data set
Clemens Reimann,Manfred Birke,Alecos Demetriades,Peter Filzmoser,P. O'Connor,G. Akinfiev,Stefano Albanese,Y. Amashukeli,M. Andersson,Arnold Arnoldussen,Y. Artamonov,A. S. Audion,M. J. R. Baritz,K. Barker,Maria João Batista,A. Bel lan,V. Belougushev,I. Bitz,M. Branellec,M. Campesino,Domenico Cicchella,M. Chamorro,B. De Vivo,W. De Vos,M. E. Dinelli,R. Dohrmann,P. Dobek,B. Dokic,M. Dominguez,A. Dusza Dobek,M. Duris,O. A. Eggen,P. Eilu,M. Eklund,V. Ernstsen,Clea Fabian,C. Fibiger,Belinda Flem,S. Forrester,Dee Flight,M. Fuchs,U. Fugedi,A. Garsia Cortes,V. Gallagher,M. Geichenko,A. Gilucis,T. Gliwicz,L. Godbersen,A. Goldmann,M. Gonzales,Mateja Gosar,V. Gregorauskiene,W. De Groot,L. Gudmundsson,S. Guignat,A. Gulan,H. Haas,Josip Halamić,R. Harazim,E. Haslinger,P. Hayoz,R. Hoffmann,J. Holak,Jurian Hoogewerff,H. Hrvatovic,N. Jaganjac,F. Jahne,L. Janik,A. Jankauskas,M. Jartun,J. Jarva,J. P. Jegou,H. Jensen,G. Jordan,M. Jovanovic,M. Kaminari,C. Kamphuis,P. Kaszycki,B. Keilert,Jason K. Kirby,J. Kivisilla,V. Klos,F. Korte,C. Kriete,F. Krone,L. Kuti,P. Kwecko,A. Landerberger,K. Lax,Annamaria Lima,J. Locutura,G. Longin,P. Lucivjansky,D. Machaeras,D. Mackovych,F. N. Mairtin,O. Maksymenko,B. I. Malyuk,R. Maquil,J. Mariano Martinez,P. McDonnell,Mike J. McLaughlin,A. J. Melleton,R. G. Meuli,G. Mol,G. Morris,Philippe Négrel,D. Nikolic,A. Nortdomme,H. Olmanns,Koen Oorts,Rolf Tore Ottesen,E. Palvadeau,Anna Pasieczna,W. Petersell,S. Pfeiderer,M. Ponavic,L. Pöpel,S. Pramuka,C. Prazeres,P. Prince,P. Putys,S. Radusinović,U. Rauch,Heinz Reitner,D. Requard,Martiya Sadeghi,I. Salpeteur,N. Samardzic,R. Scanlon,P. Sefcik,E. Sellersjö,A. Schedl,Andreas Scheib,I. Schoeters,P. Schwab,D. Schwenger,F. Skopljak,I. Slaninka,J. M. Soriano Disla,Ajka Šorša,Trajče Stafilov,M. Strutt,R. Svrkota,J. Szyborska Kaszycka,Timo Tarvainen,H. Tiarks,V. Trendafilov,N. Turner,J. Uhlback,J. Utermann,Paolo Valera,V. Verougstraete,D. Vidojević,E. Wargenau,T. Volden,D. Zizek,Z. Zomeni +157 more
Journal ArticleDOI
Bioavailable 87Sr/86Sr in European soils: A baseline for provenancing studies.
Jurian Hoogewerff,Clemens Reimann,Henriette Ueckermann,Henriette Ueckermann,Robert Frei,Karin Margarita Frei,Thalita van Aswegen,Claudine H. Stirling,Malcolm R. Reid,Aaron Clayton,Anna Ladenberger,Stefano Albanese,M. Andersson,Rainer Baritz,Maria João Batista,A. Bel-lan,Manfred Birke,Domenico Cicchella,Alecos Demetriades,B. De Vivo,W. De Vos,Enrico Dinelli,M. Ďuriš,A. Dusza-Dobek,O. A. Eggen,M. Eklund,V. Ernstsen,Peter Filzmoser,Dee Flight,S. Forrester,M. Fuchs,U. Fugedi,A. Gilucis,V. Gregorauskiene,W. De Groot,A. Gulan,Josip Halamić,E. Haslinger,P. Hayoz,R. Hoffmann,H. Hrvatovic,Stjepan Husnjak,L. Janik,G. Jordan,M. Kaminari,Jason K. Kirby,J. Kivisilla,V. Klos,F. Krone,F. Kwećko,L. Kuti,Annamaria Lima,J. Locutura,D. P. Lucivjansky,A. Mann,D. Mackovych,Jörg Matschullat,Mike J. McLaughlin,B. I. Malyuk,R. Maquil,R. G. Meuli,G. Mol,Philippe Négrel,O. Connor,R. K. Oorts,Rolf Tore Ottesen,Anna Pasieczna,W. Petersell,S. Pfleiderer,M. Poňavič,S. Pramuka,C. Prazeres,U. Rauch,S. Radusinović,C. Reimann,Martiya Sadeghi,I. Salpeteur,R. Scanlon,A. Schedl,Andreas Scheib,I. Schoeters,P. Sefcik,E. Sellersjö,F. Skopljak,I. Slaninka,José M. Soriano-Disla,Ajka Šorša,R. Srvkota,Trajče Stafilov,Timo Tarvainen,V. Trendavilov,Paolo Valera,V. Verougstraete,D. Vidojević,Andreas M. Zissimos,Z. Zomeni +95 more
TL;DR: Spatial analysis shows that there is a clear distinction between coastal (<100 km) and non-coastal samples in their variance and that this variance is mirrored in the sodium concentration, suggesting an important but highly variable contribution from seaspray.
Journal ArticleDOI
The availability of copper in soils historically amended with sewage sludge, manure, and compost.
TL;DR: It is shown that Cu availability after long-term applications of organic amendments is lower than that of freshly added Cu salts, mainly because of its lower availability in the original matrix and ageing reactions than because of increased metal binding sites in soil.