Efeito da subirrigação, em condições de casa de vegetação, sobre as características agronômicas do feijão (Phaseolus vulgaris L.)
Palabras clave:
manejo da irrigação, déficit hídrico controlado, produtividade do feijoeiro, características agronômicas, sistema de subirrigaçãoResumen
The common bean, Phaseolus vulgaris L., was cultivated in a greenhouse using PVC columns filled with clay-like soil material and submitted to six treatments: subirrigation, with ground water tables at depths of 30, 45, 60, 75 and 90 cm; and, surface irrigation, with application every other day.
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COLMAN, E.A. Instruction Manual Mc — 300 A Soil Moisture meter and Cells. Evanston, Illinois, U.S.A., Soil Test, Inc., 1970, 20 p.
CRIDDLE, W.D. & KALISVAART, C. Subirrigation systems in irrigation of agricultural lands. Agronomy. 11:905-921. 1967.
FERREIRA, P.A. Evapotranspiration and soil matrix potentials using tension irrigation. Tucson, University of Arizona, 1977. 96 p. (Tese de Ph.D.).
GARDNER, W.R. Some steady-state solutions of the unsaturated moisture flow equations with application to evaporation flow from a water table. Soil Sci. 85:228-232. 1958.
GARDNER, W.R. Relation of root distribution to water uptake and availability. Agron. J. 56:41-45. 1964.
GILLEY, J.R. & ALLRED, E.R. Infiltration and extraction from subsurface irrigation laterals. Transaction of Am. Soc. Agric. Eng. 17:927-933. 1974.
HILLEL, D.; FALPAZ, H. & VAN KEULEN, H. A macroscopic scale model of water uptake by a nonuniform root system and of water and salt movement in the soil profile. Soil Sci. 121:242-255. 1976.
KATTAN, A.A. & FLEMING, J.W. Effect of irrigation at specific stages of development on yield, quality, growth, and development of snap beans. Proc. Amer. Soc. Hort. Sci. 68:329-342. 1956.
KLUTE, A. Laboratory measurement of hydraulic conductivity of saturated soil. In Black, C.A., ed. Methods of soil analysis. Madison, Am. Soc. of Agron, 1965. p. 210-221.
LOMEN, D.E. & WARRICK, A.W. Time-dependent linearized infiltration. II. Line sources. Soil Sci. Soc. Amer. Proc. 38:568-572. 1974.
MIRANDA, O. & BELMAR, C. Déficit hidrico y frecuencia de riego em frijol (Phaseolus vulgaris L.) Agricultura Técnica, Chile, 37:111-117. 1977.
MOLZ, F.J. & REMSON, L. Extraction term of soil moisture use by transpiring plants. Water Resour. Res. 6:1346-1356. 1970.
MORAES, H.N. de. Perfil de extração, uso consuntivo de água e características agronômicas do arroz (Oriza sativa L.) em solos mineral e orgânico, usando cinco níveis de lençol freático. Viçosa, U.F.V., Imprensa Universitária, 1980. 120 p. (Tese M.S.).
OLIVEIRA, LM. Transformação de dados. Viçosa, U.F.V., 1977. 33 p. (Mimeografado).
PIRES, E.T. Redes de fluxo de água e dimensionamento de sistemas de drenagem, usando trés tipos de solos. Vigosa, UFV, Imprensa Universitária, 1980. 37 p. (Tese M.S.).
REICOSK, D.C.; MILLINGTON, R.J.; KLUTE, A. & PETERS, D.D. Patterns of water uptake and root distribution of soybeans (Glycine maz) in the presence of a water table. Agron. J. 64:292-297. 1972.
REICHARDT, K. Processos de transferéncia no sistema solo-planta-atmosfera. 3.2 ed. Piracicaba, USP, CENA e Fund. Cargill, 1975. 286 p.
RICHARDS, L.A. & WADLEIGH, C.H. Soil water and plant growth. In: Soil physical conditions and plant growth. N. York, Academic Press, 1952. Vol. II, p. 73-251.
RICHARDS, L.A. Methods of measuring soil moisture tension. Soil Sci. 68:95-112. 1949.
SMITH, F.L. & PRYOR, R.H. Effects of maximum temperature and age on flowering and seed production in three bean varieties. Hilgardia, 33:669-688. 1962.
WARRICK, A.W. Solution to the one-dimensional linear moisture flow equation with water extraction. Soil Sci. Soc. Am. Proc. 38:573-576. 1974.
YARON, B.; BRESER, E. & SHALLEVET, J. A method for uniform packing of soil columns. Soil Sci. 101:205-209. 1966.
