Round Lake in Anoka County, Minnesota, is a 12-acre shallow lake located in the city of Andover, part of the Lower Rum River Watershed Management Organization. With a maximum depth of just 6.6 feet, this small waterbody offers a quiet paddling experience away from the bustle of larger metro lakes.

**Access and Facilities** The primary public access is managed by the City of Andover and features an informal earthen ramp suitable for carry-in watercraft like canoes and kayaks. The access point has limited parking with no formal designated spots, and the ramp itself shows signs of erosion and rutting, making it better suited for smaller boats rather than trailers. No amenities like restrooms or trash facilities are available at this location.

**Paddling Character** Round Lake provides a low-traffic paddling environment, as it sees minimal recreational use compared to larger Anoka County lakes. The lake is primarily used by nearby residents for quiet activities like canoeing and aesthetic viewing. There is no motorized boat traffic, creating a peaceful setting ideal for beginners or those seeking solitude. The small size means you can explore the entire lake in a relatively short outing.

**Water Quality and Conditions** Historical water quality data from the mid-1990s indicated eutrophic conditions with limited transparency (approximately 0.6 meters Secchi depth), though more recent comprehensive monitoring has not been conducted. The lake receives runoff from a 214-acre watershed composed mainly of commercial and low-density residential land uses. The outlet, located on the east side, connects to Gervais Creek via a 24-inch culvert.

**Wildlife and Setting** The lake is surrounded by a mix of residential and commercial development with limited public parkland. While no formal surveys have been conducted, the quiet nature of the lake makes it suitable for observing waterfowl and other typical metro-area wildlife. Round Lake works well for short, peaceful paddles close to home, though paddlers should manage expectations regarding water clarity and developed shorelines.