What is a fishing barometer?

Fishing barometer is a tool that measures barometric pressure in the atmosphere. Fishermen use them to help predict times when the fish could bite. Studies seem to show that barometric pressure has a direct impact on most fish feed habits, although the impact seems to be more pronounced in shallow water. It is assumed that this is because the pressure on the volume of water in very deep water is likely to outweigh the importance of barometric pressure in the air above the water.

on the basis of studies that measured the feeding of fish during various barometric readings. During this time many fish are actively looking for food. Some fishermen recommend accelerating baits and using surface baits or shallow waters during a period of low barometric pressure.

fishing during stormy weather is generally not considered a good idea. Not only are these safety concerns, but fish behave differently during the storms and usually feed. They may feel changes in the atmosphere above the water and respond appropriately. Some of the rYB will flee from shallow water during the storms, so for fishing enthusiasts who insist on fishing during bad weather, they are likely to be more lucky in deeper waters.

When a fishing barometer shows high pressure and the weather is clear, fish are generally not interested in feeding. Sometimes the fishing barometer shows reading normal and during this time fishing is generally normal, which means that the chances of fishing are probably even even. It is not an ideal time for fishing, but it is probably better than a period with high barometric reading.

Fishing barometer can be a useful tool, but barometric pressure is a unique thing in me that can affect fish feed habits. Other factors such as water disorders, water temperature and cleanliness and water clarity play an important role. In addition, freshwater fish seems to be more affected by barometric pressure than salt water fish.

Seemsthat barometric values ​​affect all animals to some extent. One theory suggests that at a time when barometric pressure is low, oxygen is slightly less available. This theory was the result of studies performed on mice to measure their reactions to various atmospheric conditions.