How does electrical conductivity affect the electrofishing process?

Higher conductivity makes electricity travel more effectively through the water, which can enhance the stun effectiveness during the electrofishing process. In aquatic environments, conductivity is an important factor as it influences the flow of electrical current. When the conductivity of the water is high, the electrical current can move more readily, allowing the electrofishing equipment to effectively deliver a sufficient voltage to induce a stun in the fish.

This improved transmission of electricity is crucial because it increases the likelihood of immediate and effective stunning of the target species, thereby making the capture process more efficient. In contrast, low conductivity can lead to a less effective stun, as the electrical energy may not distribute uniformly, which can hinder the ability to immobilize fish quickly or effectively. Therefore, higher conductivity directly correlates with better performance in the electrofishing process.