【Aim】 To investigate the growth and feeding behavior of Pomacea canaliculata under different flow velocity conditions and provide guidance for P. canaliculata control in flowing water. 【Method】 Indoor simulation experiments were conducted to measure and analyze the shell height, body weight, specific growth rate, and maximum ration level of P. canaliculata under flow velocities of 3.8 cm·s^-1, 7.7 cm·s^-1and no flow velocity. 【Result】 The average shell height of P. canaliculata showed significant differences under different flow velocity conditions (P<0.05), while the average body weight of P. canaliculata did not show significant difference (P>0.05). Under a flow velocity of 3.8 cm/s, the shell height growth rate, body weight growth rate, and specific growth rate were higher than those under 7.7 cm·s^-1and no flow velocity conditions. However, the shell height growth rate did not show a significant difference (P>0.05), while the body weight growth rate and specific growth rate showed significant difference (P<0.05). The total mortality rate of P. canaliculate under the three flow velocities was 25.6%. Specifically, the mortality rate under a flow velocity of 3.8 cm·s^-1 was 30.0%, while the mortality rates under 7.7 cm·s^-1 and no flow velocity conditions were both 23.3%. The mortality rates under different flow velocity conditions did not show significant differences (P>0.05). The maximum ration level of P. canaliculata under the flow velocity of 7.7 cm·s^-1 was significantly higher than that under 3.8 cm·s^-1 (P<0.05), while the maximum ration level under no flow velocity condition was between the two and did not show significant differences with either of them (P>0.05). 【Conclusion】 Appropriate flow velocities promote the growth of P. canaliculata, but when the flow velocity continues to increase, it restricts the growth of P. canaliculata and significantly increases the maximum ration level.