| Float Fishing - Panfish Basics |
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| Written by Brian Waldman | |
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In Indiana, as well as most of the country, panfish are the most sought after fish by the majority of anglers. Of this large family of fish, bluegills and crappie make up the majority of the anglers focus. Harvested numbers of these two fish typically exceeds 100,000 fish in any given year on a large reservoir or lake. And of these fish, a large percentage are caught on live bait. There are many ways of fishing live bait, but for panfish some form of bobber fishing is the standard gear of choice. And while bait anglers or "bobber slingers" are frequently dismissed by some, these same people overlook the intricacies and science behind this type fishing. Like any other form of angling, depth and speed control are the two most important aspects of correct presentation. Bobbers, or floats as I prefer to call them, are absolutely deadly when it comes to holding a bait at a specific depth, and when the speed control needed is slow. And slow is usually the ticket with float fishing, giving the bait a chance to 'do its thing', attracting fish from both an olfactory sense as well as a built-in natural movement. But if you've spent much time observing live bait anglers in action, you will have noticed a huge range and style of floats being used, many unsuccessfully because of a lack of knowledge or understanding of the basics of float fishing success. Floats serve two purposes in life. One is to hold or suspend a bait at a very specific depth. Fixed floats do this in shallow water, and slip floats are utilized in deeper water. The other big job of a float, and the one in which most anglers would tell you, is to signal a bite. It is this aspect of floats which is so misunderstood and where most failure in float angling success can be attributed. It all comes down to an understanding of how most panfish feed. Much like a larger predator, a panfish in most cases approaches a bait to within a close range and then attempts to suck in the bait when it decides to eat. However, unlike a fish such as the largemouth bass that have an ability to move a good volume of water into its gaping jaws, and subsequently the bait you're fishing also, panfish have much smaller mouths and so move a comparitively smaller volume of water. This means the bait doesn't go flowing into its mouth as easily, especially if being restricted by a faulty presentation. And it is this fault in presentation that causes anglers to not catch near as many panfish as they could. Specifically, the fault lies in using too large a float, or by having a specific float improperly weighted. Because when you see a float wiggle, and when someone yells out "look, I'm getting a bite", what has actually happened is that you've already missed a fish that potentially could have been caught. The reason that float bobbled on the surface is because a fish tried to suck in the bait, but your float held that bait back, instead just rippling the waters surface at the failed attempt. If you're lucky, he'll come back and try again. If you're not, he either sucked the bait off the hook (stole), or he'll simply give up trying. But how could you have changed the outcome? It all comes down to understanding how a float works. Every float is composed primarily of a body which is made from typically either wood, plastic or styrofoam. Based on the size of that body and the material it is made from, it creates a certain amount of buoyancy. For a bobber to be pulled under, a fish has to overcome that buoyant force, and for a bait to get sucked in, that float needs to give in to the attempt. If an angler is utilizing a properly sized float, matched with the correct amount of weighting down the line, usually in the form of lead split shot, then the outcome is more likely to be a positive one. And it is here that the majority of problems begin to occur. Let's look at an experiment I carried out to make the point. I ran a simple test carried out in my kitchen using distilled water at room temperature and an assortment of 14 different floats typically seen on any given day in use by anglers. Each float had a small length of line with a hook attached to it, whereby I could add specific increments of known weight until the float achieved near neutral buoyancy. It is this level of near neutral buoyancy that needs to be achieved with any given float to mazimize the sensitivity of the float. Near neutral buoyancy means the slightest pull on the bait lets the float give in to the consumptive demands of the fish. It becomes the signal that a successful bite has occurred as the float slowly gets pulled down and away, the fish feeling only the slightest resistance. It is the understanding of how much weight is required to properly neutralize the buoyancy in a float that starts separating the knowledgeable anglers from the novices. Let's look at a listing of floats tested and an accompanying chart that shows the data. Looking at the above data, simply match the float number in the chart to its corresponding picture above. The amount of weight needed to neutralize each float is listed in the 2nd column. All weights have been converted into 32nds of an ounce for simple comparison sake. Column 3 has those same weights converted to a decimal and rounded to the third place. The fourth column uses an equivalence based on the standard lead BB shot. In other words, how many lead BB shot would you need to add to a given float to neutralize its inherent buoyancy. Notice also that floats 'G' and 'M' are already pre-weighted from the manufacturer, meaning the stated amount required to neutralize doesn't take into account the additional weight already on the float. It actually takes more weight than listed, the amount determined by adding my test weight to the amount of the installed weight. By looking at the numbers of required BB shot to neutralize a float, you can quickly understand most peoples failure. They are either using a float too large, simple because it requires so much weight to neutralize, or they are failing to add enough weight to the given float used to get that neutralization. Either way they are increasing the amount of force required by the fish to overcome that difference. The greater that difference, the less likely a fish is to successfully engulf the bait, which means the less likely you are to catch that fish. In most panfishing scenarios, you really only need a few different floats to cover a range of techniques that will catch bluegill and crappie all year long. For less than $20 you can put together a pretty potent arsenal of floats, weights, hooks and jigs that will allow you to greatly increase the number of panfish you bring to hand. Let me share what I recommend and the techniques I use. I spend a decent bit of time each year fishing for panfish, and utilize a small but effective arsenal of floats for year round applications on both gills and crappies. My basic setups are in the picture above. That is a nickel in the picture for size comparisons. Lets take a quick look at baits to use with these setups:
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