What speed should I troll for different fish species?

Trolling Speed for Different Fish Species

When it comes to trolling for various fish species, the speed can significantly influence your success. Here are some general guidelines for trolling speeds based on different species:

1. **Bass (Largemouth and Smallmouth)**: Trolling speeds between 2 to 4 mph are typically effective. These fish are often found near structures, so consider varying your speed to see what they prefer.

2. **Trout**: For trout, a slower trolling speed of 1.5 to 3 mph is usually ideal. They tend to be more sensitive to speed changes, so a steady, slower pace often yields better results.

3. **Walleye**: Trolling for walleye is best done at speeds of 1.5 to 3 mph. They are often found near the bottom, so consider using bottom bouncers or crankbaits that dive to the appropriate depth.

4. **Mahi Mahi (Dolphin Fish)**: These fish are quite active and can be trolled effectively at speeds of 6 to 10 mph. They are attracted to fast-moving lures, especially when targeting schools.

5. **Tuna**: For tuna, a speed of 4 to 8 mph is recommended. They are powerful and fast swimmers, so a quicker trolling speed can entice them to strike.

6. **Marlin**: When targeting marlin, speeds of 6 to 10 mph are often best. They are aggressive predators and respond well to faster presentations.

7. **Salmon**: Trolling speeds for salmon can vary based on the species and conditions but generally fall between 2 to 4 mph. Adjust your speed based on the current and water temperature.

8. **Snapper**: When trolling for snapper, aim for speeds of 2 to 4 mph. They often inhabit deeper waters, so ensure your lures are running at the right depth.

Remember that these speeds can be adjusted based on water conditions, the time of year, and the specific behavior of the fish. It's always a good idea to experiment with different speeds to find what works best on any given day. Happy fishing!

This answer doesn't make sense or isn't related to the question. Mark it as a probable hallucination of the AI model.