International Journal of Fruit Science · 2010 · 12 citations · 16 references
AgricultureAgronomyCrop SciencesCrop PhysiologyPlant EcophysiologyPlant PhysiologyCrop Salt ToleranceSalinity AssessmentSalinity PhysiologySalinity Stress PhysiologySalt AccumulationSalt Stress PhysiologyPlant Growth AnalysisPlant Response To SalinityPlant Salinity PhysiologyRootstock-mediated Salt ToleranceSalinity StressSalinity Stress In CropsSalinity Tolerance MechanismsSalt Stress Responses
The in vitro response of two citrus rootstocks (sour orange, Citrus aurantium L. and Volkamer lemon, Citrus volkameriana Ten. & Pasq.) to two types of salts (NaCl and CaCl2) of different concentrations (0, 50, 100, 150, 200, or 300 mM) was investigated. Results showed that increasing NaCl level in the growth medium led to increased Na and Cl accumulation and decreased Ca concentrations in plant tissue. Increasing CaCl2 levels in the growth medium led to increased Ca accumulation and decreased Na concentrations in plant tissue. Plant K concentrations decreased with increased salinity level in the media. In general, increased salinity level in growth medium, using NaCl, CaCl2, or a combination of the two, led to reduced plant growth (leaf number, plant length, fresh weight, dry weight, and increased plant leaf damage) in Volkamer lemon and sour orange after two months in culture.
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R. Beck · Soil Science · 1985 · 672 citations
The functions of calcium in plant nutrition.
J. B. Hanson · 1984 · 215 citations