Ascorbic Acid and Calcium Silicate Improve MorphoPhysiological Characteristics of Cadmium Stressed Mung Bean Crop

A rise in heavy metal contamination especially the rhizosphere affecting growth and yield of crops is a major concern. We aimed to study influence using calcium silicate (CS) ascorbic acid (AsA) supplements on lowering impact cadmium-induced toxicityin mung bean. Both alone or combination improved characteristics cadmium (Cd) stressed bean plants like root-shoot length fresh-dry weight. Leaf pigments chlorophyll carotenoids were also restored. significant improvement relative leaf water content (RLWC) low electrolyte leakage (EL) at membrane was recorded. Results more promising when combinations CS AsA treatments used against lower concentration cadmium. Hence, both interact synergistically alleviate Cd induced toxicity plants.