Fishing Thoughts

Plastic softness, salt content, and density determine how a bait falls, glides, or drops—often making more difference than added weight. Most anglers notice how a soft plastic moves horizontally . Fewer pay attention to how it falls . In cold water especially, fall rate often determines whether a fish commits—or ignores the bait entirely. And fall rate is controlled less by weight than by plastic softness, salt content, and density . Two baits with the same jig head can si

This is the central trout fishing resource on Family Fishin. Every trout article on this site connects back to the principles outlined here — color visibility, fall rate control, material softness, presentation mechanics, and seasonal adjustment. If you understand this page, you understand the trout system. How to Choose the Best Soft Plastics for Trout Trout fishing with soft plastics and marabou jigs is not random. Success comes from understanding how visibility, movement,

Soft plastic fishing lures are always a compromise between flexibility and structural integrity. Increasing softness improves movement, collapse rate, and hook penetration. However, as flexibility increases, tensile strength and tear resistance decrease. This is not marketing language. It is polymer physics. Softness is primarily controlled by plasticizer ratio and resin structure. Durability is governed by molecular cohesion, cross-interaction between chains, and additive ba

Color selection framework showing the best trout worm colors for stocked trout based on water clarity, light conditions, and fishing pressure. Stocked trout behave differently than wild fish. They’re raised on feed, dumped into pressured water, and immediately exposed to artificial lures. Because of that, color selection becomes more predictable — and more important. If you want consistent bites, you need to understand what the best trout worm colors for stocked trout  are un

Different tail designs interact with water in very different ways. Even at the same retrieve speed, tail shape determines how much movement, vibration, and displacement a fish Most anglers assume lure action is controlled by how fast they retrieve . In reality, Soft Plastic Tail Design does far more to control movement than retrieve speed ever will . Two baits pulled at the exact same speed can behave completely differently underwater — and tail shape is usually the reason wh

Soft plastics aren’t rubber — they’re engineered PVC systems where plasticizer ratio and formulation control determine whether a bait feels alive or stiff. What are soft plastic fishing lures made of? Soft plastic fishing lures are made from PVC (polyvinyl chloride) resin suspended in liquid plasticizer, a material system known as plastisol. When heated to approximately 320–350°F, the PVC resin particles absorb plasticizer, fuse into a homogeneous melt, and then solidify into

Part 7 Best Soft Plastic Lure Colors: How to Apply Color Theory for Consistent Results By now, the pattern should be clear. Successful soft plastic colors aren’t about guessing, trends, or flashy names. They’re the result of understanding how fish see , how light behaves underwater , and how contrast and visibility change with conditions . This final part of the series brings everything together into a simple, repeatable system you can actually use on the water—or in the shop

Anglers often debate lure color endlessly, but in real fishing conditions, lure action frequently triggers strikes before color ever does . Understanding when action matters more than color—and when color becomes critical—helps eliminate guesswork and improves consistency. This article breaks down the role of lure action versus color and explains how to prioritize each based on conditions. What Is Lure Action? Lure action refers to how a bait moves through the water. This inc

Part 6 UV fishing lures generate a lot of debate. Some anglers treat UV as a secret weapon, while others dismiss it as marketing hype. The truth is that UV can help—but only when it’s understood and used correctly . To make sense of UV, we need to start by clearing up a few misconceptions. Some Fish Can See Ultraviolet (UV) Light Ultraviolet (UV) light sits just outside the visible spectrum for humans. We can’t see it, but many fish species can —especially in shallow water an

Part 5 By now, you know that lure colors change underwater and that fish vision depends heavily on light conditions. In this part of the series, we’re going one step deeper—literally and scientifically—by explaining wavelengths  and how they determine which lure colors stay visible and which disappear. You don’t need a physics background to understand this. Once you grasp the basics, lure color selection becomes far more predictable and far less guesswork. How Light and Wavel

Part 4 Fish don’t see color the way humans do. How Fish See Lure Colors in Different Light Conditions  While anglers often focus on how a lure looks above the water, fish experience a very different visual world—one shaped by light availability, water clarity, and biology. To understand why certain soft plastic colors work in some conditions and fail in others, you first need to understand how fish eyes actually function . The Two Types of Visual Cells in Fish Eyes Most preda

Part 3 Water doesn’t treat all colors equally. Some colors fade quickly, while others remain visible at depth. This is why a bait that looks bright above water can look completely different to a fish. Understanding why lure colors change underwater  starts with how light behaves as it passes through water and how different wavelengths are absorbed with depth. What Happens to Color Underwater As depth increases: Red disappears first Orange and yellow fade next Green, blue, and

Part 2 Understanding fishing lure color contrast  helps explain why some soft plastic lures stand out instantly while others blend into the background and get ignored, especially in low-visibility conditions Contrast is the ability of a bait to stand out from its background. It matters more than color name, brand, or flake pattern. If a fish can’t separate your bait from its surroundings, it won’t strike. High Contrast vs Low Contrast High contrast makes a bait easier to dete

Soft plastic lure color selection is one of the most debated topics in fishing. Many anglers change colors constantly without understanding how fish actually perceive contrast, visibility, and forage patterns in different water conditions. Color does not act alone. It interacts with water clarity, light penetration, depth, forage behavior, and fish activity levels. In some situations, color increases visibility. In others, it creates silhouette. In others, it triggers reactio

Rainbow trout caught on a ribbed trout worm, demonstrating how proper color selection produces results in clear water conditions. Most trout anglers overthink color — or worse, pick it randomly. In reality, selecting the best trout worm colors  becomes predictable when you understand three variables: water clarity, light penetration, and seasonal forage behavior. After repeated testing in clear Ozark streams, stained runoff, summer glare, and winter low-light conditions, cons

Hand-tied marabou jig in olive and black, a proven finesse option for cold, pressured trout. When trout get pressured, cold, and selective, most anglers downsize soft plastics and slow their presentation. But in clear water and tough conditions, marabou jigs often outperform plastics — not because they’re old-school, but because they solve a specific performance problem trout present. Marabou moves without force. It breathes without speed, and it produces strikes when trout r

Introduction: More Than Just a Bug When most people see a bug crawling on a riverbank, they swat it away. Anglers, however, know better. Stoneflies aren’t just another insect—they’re a signal of clean water, a seasonal feast for trout, and a key to unlocking better fishing. To understand stoneflies is to understand the river itself.   1. Meet the Stonefly •            Belong to the order Plecoptera, with over 2,000 species worldwide. • Distinctive features: elongated body, t

Most anglers think about jig heads in terms of size, weight, or color. But there’s a hidden factor that can make or break your catch rate: the angle of the hook eye — specifically, how it’s bent relative to the shank. And just as important, the shape of the jig head itself changes how water flows around the lure. Together, these two design elements define how your jig behaves underwater. Once you understand them, you’ll never look at jig heads the same way again.   🎯 What “J

Fishing gear has always been more than tools — it’s a reflection of the times. Just as soft lures evolved from crude imitations into lifelike designs, rods, reels, and line have transformed alongside human history. This isn’t just a timeline of inventions; it’s a story of anglers adapting, innovating, and passing traditions down the generations.

Crawfish are the keystone crustaceans of Missouri waters. Their burrows aerate sediments, their molting cycles fuel predator growth, and their abundance stabilizes food webs. Bass, catfish, trout, and even crappie reveal the crawfish connection in their diets and behaviors. For anglers, soft‑plastic craws, tubes, and bright‑colored jigs are the bridge between ecology and success.  Crawfish Life Cycle: From Burrow to Buffet   •             Winter burrowing: Stabilizes banks an