Fokakis, A.N.2010-02-152010-02-151973http://hdl.handle.net/1969.3/2040625 p., ThesisThis study was series of experiments performed on Mugil cephalus to determine the effects of exposure to a sub-acute dosage (0.016 ppm) of parathion on locomotor orientation in response to flow. No effect of the sub-acute dosage of parathion on locomotor orientation was found; however, the fact the Mugil cephalus does exhibit a response to flow was affirmed. It appears that the flow sensing threshold of Mugil cephalus is greater than a flow rate of 78.32 ml/second but less than or equal to a mean flow rate of 156.64 ml/second.marine fishMugil cephalusstriped mulletparathionpesticidesbehaviorBook