Batteese Lake
Jackson County, WisconsinLimited DataEutrophic
Batteese Lake is a productive, nutrient-rich eutrophic lake in Jackson County, MI. Water quality is graded F based on 1 sampling years through 2023. The lake supports 2 documented fish species including Black crappie and Bluegill. Compared to the 8 other monitored lakes in Jackson County, Batteese Lake ranks #8 for water quality.
Source: EPA Water Quality Portal sampling records, local state DNR records, last sampled 2023-05-30. Grade methodology: LakeGrade methodology.
Swimming Safety
Avoid swimming, very poor water quality, potential algae toxins
Water Quality Grade: F, Very Poor
Very murky, less than 2.8 ft of visibility. Trophic State Index: 63.
| Metric | Value | Grade |
|---|---|---|
| Water Clarity (Secchi Depth) | 2.8 ft | F |
| Phosphorus | No data | |
| Chlorophyll-a (Algae) | No data | |
| Trophic State Index (TSI) | 63 | Eutrophic |
High nutrients, frequent algae, reduced clarity
Fish Species
Click a species to see all Wisconsin and Minnesota lakes where it is found.
→ Best fishing times for Batteese Lake (14-day solunar calendar)
→ Is it safe to eat fish from Batteese Lake? (mercury & PFAS guide)
→ Batteese Lake fishing regulations (limits, seasons, special rules)
Location
County Ranking
Ranked #8 of 9 lakes in Jackson County
Cleaner Lakes Within 30 Miles
Batteese Lake holds Grade F. 2 nearby lakes hold higher grades.
- AClear Lake East Basin; Waterloo TownshipJackson County · 10.3 mi · Two grade letters higher (F → A)
- BSugarloaf Lake; Lyndon TwpWashtenaw County · 11.3 mi · Two grade letters higher (F → B)
Nearby Lakes in Jackson County
More Wisconsin Lake Rankings
Other Grade F Lakes in Wisconsin
Ottawa County · Clarity: 3 ft
Berrien County · Clarity: 3 ft
Berrien County · Clarity: 3 ft
Genesee County · Clarity: 1.8 ft
Hillsdale County · Clarity: 3.3 ft
Hillsdale County · Clarity: 3.3 ft
Eutrophic Lakes in Wisconsin
Data Sources
Water quality data from the EPA Water Quality Portal
Grading methodology based on Metropolitan Council standards
Most recent sample: 2023-05-30
Monitoring stations: 1