Sakthivel M, Sampath K
Indian J Exp Biol. 1989 Dec;27(12):1032-4.
Dye stuff effluent at 15% caused 100% mortality within 24 hr; 96 hr LC50 value being 10% concentration. Prolonged exposure of C. carpio to chosen sublethal concentrations (1, 3, 5, 7 or 9%) reduced the food intake and increased the maintenance cost. Exposure also caused significant reduction in growth rate and conversion efficiency; these values averaged to 11 mg/g/day and 28% in the control group (0% concentration) respectively and decreased to 0.8 mg/g/day and 4% respectively at 9% concentration.
15%浓度的染料废水在24小时内导致100%的死亡率;96小时半数致死浓度值为10%的浓度。将鲤鱼长时间暴露于选定的亚致死浓度(1%、3%、5%、7%或9%)会减少其食物摄入量并增加维持成本。暴露还导致生长速率和转化效率显著降低;对照组(0%浓度)的这些值分别平均为11毫克/克/天和28%,在9%浓度时分别降至0.8毫克/克/天和4%。