Is the color of trout fishing lures or flies significant?
How frequently do Minijig fisherman ponder this question and speculate about it? Addressing this complex query, let's delve into the matter.
Foremost, the primary goal in trout minijig fishing is to emulate the available food source for the trout, commonly referred to as "matching the hatch." However, there is some indication that specific colors under certain circumstances could enhance your chances of success.
Here's a concise overview of key considerations regarding minijig color selections when trout fishing:
Clear Water and Surface Fishing:
Red and orange minijigs tend to be favorable in clear water when fishing on the water's surface.
Chartreuse and white, or red and white, offer strong contrast and are effective combinations under various lighting conditions.
Visibility and Low Light Conditions:
Black minijigs, due to there high contrast, is most visible in most scenarios and particularly effective at night. Darker color minijgs like black, blue, and violet are suitable for low light or deep fishing.
When light conditions are poor, using minijigs with flakes that reflect polarized light can be beneficial.
Green or chartreuse fluorescent minijig hues are recommended for greenish or deep waters.
In the grand scheme, the significance of color might matter more to the angler than to the trout!
Humans perceive the visual spectrum of light, with colors dictated by the wavelengths of light. Longer wavelengths yield red and orange, while shorter wavelengths result in blue and green. Trout may detect light wavelengths beyond our range, including ultraviolet wavelengths.
When light penetrates water, it scatters or absorbs based on its color, leading to intensity reduction and color alteration. Longer wavelengths are swiftly absorbed and have limited water penetration compared to blues, greens, and violets. This directly influences how trout perceive a Minijig. Thus, darker colors are preferable under cloudy or low-light conditions.
Fluorescent minijig colors reflect ultraviolet radiation as visible light, which appears brighter to the human eye. Moreover, since UV radiation travels further underwater, fluorescent hues enhance underwater visibility.
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