Appert Lake is a reservoir in North Dakota, near Emmons County.
Appert Lake is a reservoir in Emmons County, North Dakota, and covers about 76 acres and holds roughly 182 acre-feet.
At Appert Lake, a point, weed edge, or small drop is more important than simply covering the whole shoreline.
Fish listed for Appert Lake include Bluegill, Northern Pike, Walleye, and Yellow Perch.
On this 76-acre water, try this for walleye: work a jig and minnow, a live-bait rig, or a small crankbait along points and the first drop.
Within this small reservoir in Emmons County, try this for yellow perch: keep a small jig tipped with a minnow or worm close to the bottom on a flat beside deeper water.
When fishing this small, open reservoir in Emmons County, try this for northern pike: cover weed edges and shallow points with a spoon, spinnerbait, or minnow-shaped lure.
Around this small reservoir in Emmons County, try this for bluegill: use a small jig, worm, or tiny plastic around green weeds and protected pockets.
Within this open water in Emmons County, make one shallow pass and one deeper pass on the same shoreline; that shows whether fish are tight to cover or using the first break.
Within this small reservoir in Emmons County, in spring, start with warming banks, creek mouths, and shallow cover; summer usually pushes the better bite toward the outside weed edge or a nearby drop; fall can bring bait back to windblown points, while winter calls for smaller moves and a slower pace.
Around this small Emmons County reservoir, a medium spinning rod with 8- to 10-pound line handles most jigs and small casting baits; add a stronger outfit and a proper leader when northern pike are the target.
Before changing spots on this small, open reservoir in Emmons County, record the wind, water color, productive depth, and cover after a bite; those four notes are more useful on the next trip than a long list of spots that did not produce.
Explore nearby waters, including local Featured destinations. Check each page for access and fishing restrictions.
Distances are straight-line estimates between mapped water locations.