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Results: 1-9 |
Results: 9
RESPONSES OF ALFALFA TO POTASSIUM, CALCIUM, AND NITROGEN UNDER STRESS-INDUCED BY SODIUM-CHLORIDE
Authors: KHAN MG SILBERBUSH M LIPS SH
Citation: Mg. Khan et al., RESPONSES OF ALFALFA TO POTASSIUM, CALCIUM, AND NITROGEN UNDER STRESS-INDUCED BY SODIUM-CHLORIDE, Biologia plantarum, 40(2), 1998, pp. 251-259
PHYSIOLOGICAL-STUDIES ON SALINITY AND NITROGEN INTERACTION IN ALFALFAPLANTS .3. NITRATE REDUCTASE-ACTIVITY
Authors: KHAN MG SILBERBUSH M LIPS SH
Citation: Mg. Khan et al., PHYSIOLOGICAL-STUDIES ON SALINITY AND NITROGEN INTERACTION IN ALFALFAPLANTS .3. NITRATE REDUCTASE-ACTIVITY, Journal of plant nutrition, 18(11), 1995, pp. 2495-2500
PHYSIOLOGICAL-STUDIES ON SALINITY AND NITROGEN INTERACTION IN ALFALFA.1. BIOMASS PRODUCTION AND ROOT DEVELOPMENT
Authors: KHAN MG SILBERBUSH M LIPS SH
Citation: Mg. Khan et al., PHYSIOLOGICAL-STUDIES ON SALINITY AND NITROGEN INTERACTION IN ALFALFA.1. BIOMASS PRODUCTION AND ROOT DEVELOPMENT, Journal of plant nutrition, 17(4), 1994, pp. 657-668
PHYSIOLOGICAL-STUDIES ON SALINITY AND NITROGEN INTERACTION IN ALFALFA.2. PHOTOSYNTHESIS AND TRANSPIRATION
Authors: KHAN MG SILBERBUSH M LIPS SH
Citation: Mg. Khan et al., PHYSIOLOGICAL-STUDIES ON SALINITY AND NITROGEN INTERACTION IN ALFALFA.2. PHOTOSYNTHESIS AND TRANSPIRATION, Journal of plant nutrition, 17(4), 1994, pp. 669-682
K+ UPTAKE BY ROOT SYSTEMS GROWN IN SOIL UNDER SALINITY .2. SENSITIVITY ANALYSIS
Authors: YAKIREVICH A SOREK S SILBERBUSH M
Citation: A. Yakirevich et al., K+ UPTAKE BY ROOT SYSTEMS GROWN IN SOIL UNDER SALINITY .2. SENSITIVITY ANALYSIS, Transport in porous media, 14(2), 1994, pp. 123-141
USING THE WILLIAMS EQUATION TO EVALUATE NUTRIENT-UPTAKE RATE BY INTACT PLANTS
Authors: SILBERBUSH M GBUR EE
Citation: M. Silberbush et Ee. Gbur, USING THE WILLIAMS EQUATION TO EVALUATE NUTRIENT-UPTAKE RATE BY INTACT PLANTS, Agronomy journal, 86(1), 1994, pp. 107-110
USE OF AN HYDROPHILIC POLYMER TO IMPROVE WATER STORAGE AND AVAILABILITY TO CROPS GROWN IN SAND DUNES .1. CORN IRRIGATED BY TRICKLING
Authors: SILBERBUSH M ADAR E DEMALACH Y
Citation: M. Silberbush et al., USE OF AN HYDROPHILIC POLYMER TO IMPROVE WATER STORAGE AND AVAILABILITY TO CROPS GROWN IN SAND DUNES .1. CORN IRRIGATED BY TRICKLING, Agricultural water management, 23(4), 1993, pp. 303-313
USE OF AN HYDROPHILIC POLYMER TO IMPROVE WATER STORAGE AND AVAILABILITY TO CROPS GROWN IN SAND DUNES .2. CABBAGE IRRIGATED BY SPRINKLING WITH DIFFERENT WATER SALINITIES
Authors: SILBERBUSH M ADAR E DEMALACH Y
Citation: M. Silberbush et al., USE OF AN HYDROPHILIC POLYMER TO IMPROVE WATER STORAGE AND AVAILABILITY TO CROPS GROWN IN SAND DUNES .2. CABBAGE IRRIGATED BY SPRINKLING WITH DIFFERENT WATER SALINITIES, Agricultural water management, 23(4), 1993, pp. 315-327
K-MODEL( UPTAKE BY ROOT SYSTEMS GROWN IN SOIL UNDER SALINITY .1. A MATHEMATICAL)
Authors: SILBERBUSH M SOREK S YAKIREVICH A
Citation: M. Silberbush et al., K-MODEL( UPTAKE BY ROOT SYSTEMS GROWN IN SOIL UNDER SALINITY .1. A MATHEMATICAL), Transport in porous media, 11(2), 1993, pp. 101-116
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