Fall Bass Fishing in an Inch of Water: Rick Clunn’s Low-Water Pattern with the Livingston Bull Nose

Fall bass fishing is often associated with baitfish migrations, creek channels, and bass feeding aggressively in preparation for winter. However, one of the most overlooked opportunities during this seasonal transition can occur in water so shallow that most anglers would never consider making a cast into it. During a recent conversation with legendary professional angler Rick Clunn, we examined a fall pattern on Lake Ouachita that demonstrates just how important the relationship between shoreline forage, falling water levels, and predator positioning can become.

While fishing his recent Legacy Event, Clunn experienced consistent success targeting bass along extremely shallow shorelines, with the Livingston Lures Bull Nose emerging as his most productive presentation. Although he was also catching quality fish with a Livingston Primetyme coffin-bill crankbait around rock and standing timber, and utilizing spinnerbaits when shoreline minnows and shad were concentrated against the bank, the Bull Nose continued producing larger fish throughout the event.

The most revealing aspect of this pattern was not necessarily the lure selection, but the relationship between the depth of the presentation and the actual location of the bass.

Understanding the Shallow-Water Forage Pattern

Falling water levels can dramatically alter the relationship between predators and their prey, particularly when shoreline forage begins running out of places to seek refuge. Small minnows and shad will frequently push into the shallowest available water, sometimes occupying only an inch or two along the bank. This behavior is a natural defensive response, as the baitfish attempt to position themselves in water too shallow for larger predators to comfortably pursue them.

The bass, however, do not necessarily follow the forage into these extreme depths. Instead, they establish feeding positions immediately outside the shallowest water, often in depths ranging from one to three feet, where they can intercept prey moving away from the shoreline.

Clunn was exploiting this exact relationship by casting the Bull Nose into water barely deep enough to accommodate the lure and retrieving it away from the bank, directly through the area where larger bass were positioned.

His largest bass during the five-day event came from approximately three feet of water, yet the presentation began in just an inch of water along the shoreline. This distinction is critical because identifying the depth where a bass strikes does not necessarily reveal the presentation responsible for triggering that strike. The lure's movement from the shallowest available water into the predator's feeding position was an essential component of the pattern.

For anglers evaluating these situations, the shoreline itself becomes more than a geographical boundary. It represents the extreme edge of the forage's available habitat, and the first few feet of water beyond that edge can become an exceptionally productive feeding zone.

Why the Livingston Bull Nose Excels in Skinny Water

The Livingston Lures Bull Nose is particularly well suited for this style of fishing because it allows anglers to work a wakebait through extremely shallow water while maintaining an effective presentation as the lure moves toward slightly deeper feeding positions.

The objective is not simply to cast parallel to the shoreline or cover a shallow flat. Instead, it is to place the lure tight against the bank, often in water that appears impossibly shallow, and work it outward through the area where bass are waiting to intercept displaced forage.

This pattern is certainly not exclusive to Lake Ouachita. I have seen remarkably similar results on Cherokee Lake in Tennessee, where a friend of mine won a bass tournament while utilizing the Bull Nose along extremely shallow shorelines in conjunction with an urchin bite. His better Bull Nose fish came from deliberately working the lure through skinny water that many anglers would have overlooked entirely.

What makes these independent experiences significant is the consistency of the underlying behavior. Different fisheries, different circumstances, and different anglers arrived at essentially the same presentation because the relationship between forage and predator positioning created a similar opportunity.

Clunn's experience also reinforces the importance of matching lure selection to the specific circumstances. His Primetyme coffin-bill crankbait was productive around rock and standing timber, while spinnerbaits offered another effective approach when baitfish were concentrated along the bank. The Bull Nose became particularly effective when the presentation required working the extreme shallow edge and drawing fish from immediately outside that zone.

Why Fall Bass Can Appear Shallower Than Spring Bass

One of the more interesting aspects of this discussion involved the seasonal differences in how shallow predatory fish position themselves. Through my experience targeting both bass and muskies, I have encountered numerous fall situations where predators were feeding in water considerably shallower than what I would typically associate with spring patterns. I have personally encountered muskies using water as shallow as six inches during fall, and the similarities with Clunn's observations of bass feeding along the shoreline are difficult to overlook.

An important consideration is the difference in water levels between the two seasons.

Many reservoirs experience rising water during spring, which floods additional shoreline habitat and expands the amount of shallow-water cover available to forage. During fall, those same reservoirs are frequently experiencing declining water levels, exposing shoreline cover and reducing the available habitat.

Consequently, what appears to be a dramatic seasonal change in predator behavior may actually be influenced by a change in the physical environment surrounding the fish. The underlying feeding relationship can remain remarkably similar even though the amount of water covering the shoreline has changed considerably.

This is an important distinction because anglers often associate specific seasonal patterns with particular depths rather than examining why fish are utilizing those areas in the first place. Understanding the relationship between water levels, forage positioning, and available habitat provides a far more useful approach than simply attempting to duplicate a depth from an earlier fishing trip.

Putting the Pattern to Work

When approaching a reservoir with falling water levels during the fall, pay particular attention to shallow shorelines where minnows and shad are concentrated against the bank. Look for areas where extremely shallow water transitions into one to three feet, especially where bass have the opportunity to intercept forage leaving the shoreline.

Begin by working a spinnerbait tight to the bank when baitfish are visibly concentrated in these areas, particularly when the presentation requires covering water or working around isolated cover. The Livingston Bull Nose becomes an excellent choice when the fish are responding to a shallow wakebait presentation and the objective is to bring the lure directly out of the shoreline refuge.

Make casts into the shallowest water that will allow the lure to function effectively, even when that means placing the Bull Nose into only an inch or two of water. Retrieve the bait outward through the transition rather than concentrating exclusively on the depth where bass are expected to be holding.

Perhaps most importantly, resist the temptation to dismiss a shoreline simply because it appears too shallow to hold bass. The largest fish may be positioned several feet away from the extreme edge, but their feeding activity can be directly influenced by what is happening in that final inch of water.

Clunn's success on Lake Ouachita illustrates a fundamental principle of predator fishing: understanding where the forage is attempting to escape can be just as important as knowing where the predators are positioned. In falling-water conditions, that relationship can create exceptional opportunities in some of the shallowest water on the entire lake.