Journal of Environmental Quality · 1973 · 159 citations · 0 references
AgricultureAgronomyPlant SciencesPlant NutritionPlant PhysiologyVegetable ScienceNutrient Stress PhysiologyNutrient Uptake By PlantsPlant Nutrient UptakeSoil-plant Nutrient RelationsVegetable Crop NutritionZinc ToxicityCadmium BioaccumulationCadmium ContaminationCadmium Dose-response RelationshipsConcentrationRoot Damage Quantification
Abstract The effect of Cd treatment on several vegetable species was investigated using batch‐culture nutrient solution techniques. Lycopersicum esculentum Mill (tomato) was shown to be particularly sensitive to Cd damage. For all species, Cd in tops tended to increase with increased Cd levels in solution. At the highest Cd treatment investigated (1 µ g Cd/m), Cd concentration in tops ranged from 2.2 µ g/g for Daucus carota L. (carrot) to 158 µ g/g for Lycopersicum esculentum Mill (tomato). For several species, Cd treatment resulted in increased concentration and total uptake of Zn in plant tops. This effect could be interpreted to imply root damage in the presence of Cd.