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Acid phosphatase activity of intact roots and phosphorus nutrition in plants. 2. Variations among wheat roots
KD McLachlan
31(3) pp.441 - 448
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de Souza Campos Pedro M.,
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Rubio R.,
Moraga E., Borie F.
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Khade Sharda W.,
Rodrigues Bernard F., Sharma Prabhat K.
Acta Physiologiae Plantarum. 2010 32(3). p.565
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Hoekenga Owen A., Piñeros Miguel A.
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Christiansen I, Graham P.H
Field Crops Research. 2002 73(2-3). p.133
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EFFECTS OF PRETREATMENT WITH PHOSPHATE IN NATURAL POPULATIONS OF AGROSTIS CAPILLARIS L.
McCAIN S., DAVIES M. S.
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Liao Hong,
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Beebe Steve E., Lynch Jonathan P.
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DODD J. C.,
BURTON C. C.,
BURNS R. G., JEFFRIES P.
New Phytologist. 1987 107(1). p.163
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Vuorinen Arja H., Saharinen Maritta H.
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Katagi Hiro,
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Root phosphatase activity of sorghum genotypes grown with organic and inorganic sources of phosphorus1
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Clark R. B.,
Maranville J. W., Ross W. M.
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