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Comment on: S. Nawara,T. Van Dael,R. Merckx,F. Amery,A. Elsen,W. Odeurs,H. Vandendriessche,S. McGrath,C. Roisin,C. Jouany,S. Pellerin,P. Denoroy,B. Eichler‐Löbermann,G. Börjesson,P. Goos,W. Akkermans & E. Smolders. A comparison of soil tests for available phosphorus in long‐term field experiments in Europe 下载免费PDF全文
J. Santner O. Duboc M. Puschenreiter W. W. Wenzel 《European Journal of Soil Science》2018,69(4):746-748
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Innovative Strategies and Policies for Soil Conservation. By M.A. Fullen,J. Famodimu,T. Karyotis,C. Noulas,A. Panagopoulos,J.L. Rubio & D.R. Gabriels (eds). Published by Advances in Geoecology, 44. Catena Verlag GMBH,Reiskirchen, Germany, 2015, 262. pp. 149 EUR,hardback, ISBN 978‐3‐923381‐62‐3.
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H. Tunney 《Soil Use and Management》2017,33(1):175-175
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A turf-banked lobe with a ground soil of post-Pinedale age overlies a buried paleosol which, although thin, appears to have been developed in situ. Organic matter from the Ab horizon of the paleosol yields a radiocarbon age of BP (Gak-3823) which corresponds with the waning stages of the Pinedale Glaciation in the Rocky Mountains. Abundant kaolinite and high amounts of silt and clay suggest that it may have developed over a long time interval. 相似文献
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