Skip to main content
LakeQuality

Lake Minnesuing vs Lake Nebagamon

Water quality, depth, fish species, and recreation comparison.

Lake Minnesuing and Lake Nebagamon both received the same overall water quality grade of B (Good). Both are in Douglas County, Wisconsin.

Reviewed by LakeQuality Editorial Team · Updated

Lake Minnesuing and Lake Nebagamon are both in Wisconsin — a same-state head-to-head where the comparison comes down to lake-specific differences in depth, watershed, and monitoring history rather than the broader state-level water-quality regime. These two are within a letter of each other on the rubric — Lake Minnesuing (B) versus Lake Nebagamon (B). The deciding factors for a recreational visitor are likely physical (depth, access, fish species) rather than water-quality differences.

With grades this close, the choice between the two lakes turns on non-water-quality factors: depth, fish species, public access, distance from home. The per-lake pages below cover all of those.

B

Lake Minnesuing

Douglas County, Wisconsin

Murky, only visible to about 6.2 ft.

B

Lake Nebagamon

Douglas County, Wisconsin

Moderate clarity, visible to about 7 ft.

Side-by-Side Metrics

MetricLake MinnesuingLake Nebagamon
Overall GradeB (Good)B (Good)
Water Clarity6.2 ft7 ft Better
Phosphorus16.2 µg/L Better17.9 µg/L
Chlorophyll-a (Algae)No dataNo data
Maximum Depth43 ft56 ft Better
Surface Area450 acres986 acres
Public AccessYesYes
Fish Species55
Trophic Statemesotrophicmesotrophic

A green ✓ marks the better value for that metric (lower phosphorus / chlorophyll = cleaner; higher Secchi / depth / species count = better). Surface area and trophic state carry no tick — a bigger lake is not a better lake.

Swap a lake

Compare Lake Minnesuing or Lake Nebagamon against a different lake.

Verdict

Both lakes earn the same Grade B. The tiebreakers come down to clarity (Lake Minnesuing: 6.2 ft, Lake Nebagamon: 7 ft) and what you want from the lake. Lake Minnesuing matches its peer on species count.

Source: EPA National Aquatic Resource Surveys, 2026.