Fósforo em latossolo do estado de Minas Gerais

II - Quantidade de fósforo e fósforo "disponível"

Authors

  • Antônio F C Bahia Filho UFV
  • José Mário Braga UFV

Keywords:

fósforo disponível, latossolo mineiro, extratores químicos, formas inorgânicas de fósforo, fertilidade do solo

Abstract

Samples of surface horizions of twenty latosols in the State of Minas Gerais were analyzed for inorganic phosphate content and available phosphorus by using the following extractors: Bray 1, IAC, Mehlich, and Olsen. 

References

ALBAN, L.N.; VACHAROTAYAN, S.; JACKSON, M.L. Phosphorus availability in reddish brown lateritic soils. I. La- boratory studies. Agron. J., Madison, 56(6):555-8, 1964.

BACHE, B.W. § ROGERS, N.E. Soil phosphate values in re- lation to phosphate supply to plants from some Nigerian soils. J. Agrie. Sei., Cambridge, 74(2):383-90, 1970

BAHIA FILHO, A.F.C. & BRAGA, J.M. Fósforo em latossolos do Estado de Minas Gerais. I. Intensidade e Capacidade de Tampao de Fósforo. Experientiae, Viçosa, 19(3):17-32, jan. 1975.

BALERDI, F.; MULLER, L FASSBENDER, H.W. Estudo del fósforo en suelos de América Central. III. Comparacion de cinco métodos químicos de análise de fósforo disponible. Turrialba, Costa Rica, 18(4):348-60, 1968.

BRAGA, J.M. & DEFELIPO, B.V. Relações entre formas de fósforo inorgânico, fósforo disponível e material vegetal em solos sob vegetação de cerrado: I. Trabalhos de laboratório. R. Ceres, Viçosa, 19(102):124-36,

[autor não informado]. Relações entre formas de fósforo inorgânico, fósforo disponível e material vegetal em solos sob vegetação de cerrado: II. Trabalhos em estufa. R. Ceres, Viçosa, 19 (104) :248-60, 1972.

[autor não informado]. Determinação espectofotométrica de fósforo em extra- “Tos de solo e material vegetal. R. Ceres, Viçosa, 21 (113) :73-85, 1974.

BRAY, R.H. Soil plant relations. I. The quantitative re- lation of changeable potassium to crop yields and to crop response to potash additions. Soil. Ses., Balti- more, 58(4):305-24, 1944.

BRAY, R.H. Correlation of soil tests with crop response- to added fertilizers and with fertilizer requirements. In: KITCHEM, H.B. Diagnostic techniques for soils and crops. Washington, The America Potash Institute, 1947. p. 53-85.

BUOL, S.W.; HOLE, F.D.; McCRACKEN, R.J. Soil genesis and classification. Ames, The Iowa State University Press, 1973. 360 p.

CATANI, R.A.; GALLO, J.R.; GARGANTINI, H. Amostragem de solo, métodos de análise, interpretação e indicações gerais para fins de fertilidade. Campinas, Instituto Agronômico, 1955. 28 p. (Bol. Tec., 69).

CHAI, M.C. & GALDWEL, A.C. Forms of phosphorus and fixation in soils. Soil Sei. Soc. Amer. Proe., Madison, 23(4):458-60, 1959.

CHANG, S.C. § CHU, W.K. The fate of soluble phosphate applied to soils. J. Soil Sei., Oxford, 12(2):286-93, 1961.

CHANG, S.C.& JACKSON, M.L. Fractionation of soil phos- phorus. Soil Sci., Baltimore, 84(2):133-44, 1957

[autor não informado]. Soil phosphorus fractions in some representative “Soils. J. Soil Sei., Oxford, 9(1): 109-19, 1958.

CHANG, S.C. § JUO, S.R. Available phosphorus in relation to forms of phosphate in soils. Soil Sei., Baltimore, 95(2):91-6, 1963.

FASSBENDER, H.W. Descripcion fisico-quimica del sistema fertilizante fosfatado-suelo-planta. Turrialba, Costa Rica, 16(3):237-46, 1966.

FASSBENDER, H.W.; MULLER, L.; BALERDI, F. Estudio del fósforo en suelos de América Central. II. Formas y su relacion con las plantas. Turrialba, Costa Rica, 18 (4):333-47, 1968.

FIFE. C.V. An evaluation of ammonium fluoride as a se- lective extractant for aluminum-bound soil phosphate IV. Detailed studies on selected soils (2). Soil Sei. Baltimore, 96(2):112-20, 1963.

GUNARY, D. & SUTTON, G:D. Soil factores affecting plant uptake of phosphate. J. Soil Sei., Oxford, 18(1):167- 73, 1967.

IBM, International Busines Machines Corporation, New York. 1130 statistical system (1130-CA-06z); user's manual. 2. ed. New York, 1967. 118 p.

JACKSON, M.L. Soil chemical analysis. New Jersey, Pren- tice Hall, 1968. 498 p.

KHANNA, S.S. § MAHAJAN, K.K. A study of the behaviour of added phosphates in soils of variable physico-chemical properties. In: INTERNATIONAL SYMPOSIUM OF SOIL FERTILI- TY EVALUATION, New Dehli, 1971, Proceedings... New Delhi, Indian Society of Soil Science. 1971. v. 1. p. 725-36.

KHASAWNEH, F.E. Solution ion activity and plant growth Soil Sei. Soe. Amer. Proc., Madison, 35(3):426-35, 1971.

NELSON, W.L.; MEHLICH, A. § WINTERS, E. The development, evaluation, and use of soil tests for phosphorus avai- lability. In: PIERRE, W.H. & NORMAN, A.G. Soil and Fertilizer phosphorus. New York, Academic Press, 1953 v. 4. cap. 6, p. 153-88.

PAYNE, H. § HANNA, W.J. Correlations among soil phospho- rus fracions, extractable phosphorus and plant of phosphorus. J. Agric. Food. Chem., Washington, 13(4) 322-6, 1965.

PETERSEN, G.W. §& COREY, R.B. A modified Chang and Jack- son procedure for routine fractionation of inorganic soil phosphorus. Soil Sci. Soc. Amer. Proc., Madison, 30(5):563-5, 1966.

PRATT, P.F. § GARBER, M.J. Correlations of phosphorus a- vailability by chemical tests with inorganic phosphorus fractions. Soil Sei. Soc. Amer. Proc., 28(1):23-36, 1964.

RAMA MOORTHY, B. & SUBRAMANIAN, T.R. Phosphate potential and phosphate Senge In: INTERNATIONAL CONGRESS OF SOIL SCIENCE, Madison, 1960. Transactions.. Madison, lial Society of Soil Science, 1960. v. 3, p. 590-9.

SALMON, R.C. Effects of initial phosphate intensity and sorption or buffering capacity of soil on fertilizer requeriments of different crops grown in pots or in field. J. Agric. Sei., Cambridge, 81(1):39-46, 1973.

SAXENA, S.N. Characterization of soil available phospho- Tus. In: INTERNATIONAL SYMPOSIUM OF SOIL FERTILITY EVALUATION, New Delhi., 1971. Proceedings... New Delhi Indian Society of Soil Science, 1971. v. 1, p. 361-9.

SHING, R.N.; MARTENS, D.C.; OBESHAIN, S.S. Plant availa- bility and form of residual - phosphorus in Davidson clay loam. Soil Sei. Soe. Amere. Proc., Madison, 30 (5):617-20, 1966.

SMITH, A.N. Distinction between iron and aluminum phosphate in CHANG and JACKSON'S procedure for fractiona- ction inorganic soil phosphorus. Agrochimica, Pisa, 9 (2):162-8, 1965.

SUSUKI, A.; LAWTON, K.; DOLL, E.C. Phosphorus uptake and soil tests as related to from of phosphorus in some Michigan soils. Soil Sei. Soc. Amer. Proc., Madison, 27(4):401-3, 1963.

TANDON, H.L.S.; TYNER, E.H.; WALKER, W.M. The relation of labile phosphorus to soil inorganic phosphorus forms: evaluation by regression analysis. In: INTERNATION- AL SYMPOSIUM OF SOIL FERTILITY EVALUATION, New Delhi, 1971. Proceedings... New Delhi, Indian Society of Soil Science, 1971. v. 1, p. 105-9.

VETTORL, L. Métodos de análise de solo. Rio de Janeiro, EPE, 1969. 24 p. (Bol. Téc., 7).

VIEIRA, L.S. & BORNEMISZA, E. Categorias de fósforo en los principales grandes grupos de suelos en la Amazo- nia de Brasil. Turrialba, Costa Rica, 18(3):242-8, 1968.

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Published

2025-03-19

How to Cite

F C Bahia Filho, A., & Braga, J. M. (2025). Fósforo em latossolo do estado de Minas Gerais: II - Quantidade de fósforo e fósforo "disponível". Revista Ceres, 22(119), 50–61. Retrieved from https://ojs.ceres.ufv.br/ceres/article/view/6811

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