What can be done to improve electrofishing success in low conductivity water?

Improving electrofishing success in low conductivity water often requires adjustments to the equipment settings to enhance the effectiveness of the electrical field used to stun fish. In low conductivity environments, the ability of water to transmit electrical current is diminished, meaning that higher voltage or longer pulse durations can help ensure that the electrical current is sufficient to effectively affect the fish.

By increasing the voltage or duration of the pulse, you create a stronger electrical field, which is crucial for effectively stunning and capturing fish in waters where the conductivity naturally limits how far the electrical current can reach. This adjustment allows for a more effective interaction between the electrical field and the fish, resulting in better capture success.

In contrast, reducing the voltage settings could make it even harder to achieve the desired effect in low conductivity water. Increasing the darkness of the water typically does not affect conductivity or the effectiveness of electrofishing. Timing the operation of electrofishing is more relevant for factors such as fish activity levels rather than the conductivity of the water impacting the electrofishing conductivity. Therefore, adjusting equipment settings to increase voltage or duration of pulse is the most effective response for improving success in low conductivity conditions.