Published Paper Details:

All pesticides (natural and synthetic) have the potential to cause harm during their manufacture or refinement, at the time of application to crops, as residues that persist on food, in the disruption of the natural balance that exists between pests and their natural enemies. In the present study, Acetamiprid neonicotinoid insecticide toxicity was assessed in the ongoing investigation of the freshwater fish Catla catla was evaluated using the Finney method (1971), static and renewable technique methods. The toxicity evaluation was found to 24, 48, 72, and 96 hrs., and dose concentrations are 80 mg/l, 70 mg/l, and 60mg/l, 50mg/l respectively (Represented by table No:1 and graph No:1), and this experiment was conducted along with controls. The experimental fish were observed the mortality rate, and behavioral and morphological abnormalities were observed in the experimental groups. The study's results demonstrate that acute toxicity of acetamiprid has a fatal impact on the behavior that is typically health. These responses and changes were more at higher concentrations and the duration of time is low, as compared to other concentrations and time durations. Even lower concentrations can also exert changes in behavior and morphology and cannot be ignored. Control fish were also monitored to record their normal behavior.