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Phosphate rock dissolution and transformation in the rhizosphere of tea (Camellia sinensis L.) compared with other plant species

1998

Zoysa, A.K.N. | Loganathan, P. | Hedley, M.J. (Department of Soil Science, Massey University, Palmerston North (New Zealand))

AGROVOC Keywords
acidification agua anion aniones anions calliandra calliandra calothyrsus camellia camellia sinensis contenido de humedad contenido de materia seca dry matter content eau fosfato mineral fosfatos gramineae humid tropics moisture content panicum panicum maximum phaseolus vulgaris phosphate phosphate naturel phosphates poaceae racine rhizosphere rizosfera rock phosphate roots soil sol sri lanka suelo te tea teneur en eau tropiques humides water
Bibliographic information
Volume 49 Issue 3
Pagination
pp. 477-486
Other Subjects
Tropicos humedos; Moisture; Raices; Acidificacion; The; Teneur en matiere seche
Language
English
Note
30 ref.
1998-08-15
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