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Gupta V.V.S.R., Germida J.J.
Soil Biology and Biochemistry. 1988 20(6). p.777
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ROBSON A. D., DE BOER G.
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Vassilev N.,
Alguacil M. M.,
Rold??n A., Azc??n R.
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KOTHARI S. K.,
MARSCHNER H., RÖMHELD V.
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Foster R.C., Skjemstad J.O.
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Bouchez J.,
Métivier F.,
Lupker M.,
Maurice L.,
Perez M.,
Gaillardet J., France‐Lanord C.
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Mycological Research. 1996 100(7). p.769
Nutrient Cycling in Terrestrial Ecosystems (2007)
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Doyle Richard B.,
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Hussain S.M.,
Smillie G.W., Collins J.F.
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Sarker Tushar C.,
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Giannino Francesco,
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Cheshire M. V.,
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Plant and Soil. 1984 76(1-3). p.339
Der Einfluß langjähriger Düngungsmaßnahmen auf die Dynamik der Bodenstruktur
Franken H., Hurtmanns E.
Zeitschrift für Pflanzenernährung und Bodenkunde. 1985 148(2). p.159
Surface Soil Physical Properties After Twelve Years of Dryland No‐Till Management
Shaver T. M.,
Peterson G. A.,
Ahuja L. R.,
Westfall D. G.,
Sherrod L. A., Dunn G.
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Biological Processes and Soil Fertility (1984)
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TISDALL J. M., OADES J. M.
Journal of Soil Science. 1982 33(2). p.141
Mycorrhizal Interactions in Sustainable Agriculture
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Critical Reviews in Biotechnology. 1995 15(3-4). p.271
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Jiang X.,
Hu Y.,
Bedell J. H.,
Xie D., Wright A. L.
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(1983)
Propriedades físicas de um Cambissolo Húmico afetadas pelo tipo de manejo do solo
Bertol Ildegardis,
Beutler Josué Fernando,
Leite Dirceu, Batistela Odair
Scientia Agricola. 2001 58(3). p.555
Advances in Agronomy Volume 37 (1984)
Microorganisms in Soils: Roles in Genesis and Functions (2005)
