Characteristics

Floyd-Campbell Planning Area​
Watershed area​ 17,000 acres​
Land Use 5% Impervious​
50% Agriculture​
30% Forest​
10% Water​
5% Wetland​
Major Lakes Big Floyd, North Floyd, Little Floyd​
Shallow Lakes Campbell, Sands, Harding, Pearson, Tamarac, Kennedy, Tovson, Grimsgard​
Streams/Public Ditches​ Campbell Creek (Ditch 11/12)​
Impaired ​ On the MPCA Impaired Waters List, Restoration necessary Campbell Creek/Ditch 12​
Enhance​ Enhance condition to prevent future impairment. Nearly Impaired/degrading trend. Little Floyd, North Floyd
Protect​ Maintain good condition and protect against future risks. Big Floyd​
More information needed for assessment​ Campbell, Sands, Harding, Pearson, Tamarac, Kennedy, Tovson, Grimsgard​

Map

Description & Overview

The Floyd-Campbell LWQMA consists of 17,000 acres that drain towards the Floyd Lakes, which are among the most valuable recreational lakes in the area. The prominent water bodies within the Floyd-Campbell LWQMA include Floyd Lake (which has two basins locally known as North Floyd and Big Floyd Lakes), Little Floyd Lake, and Campbell Creek (which includes Ditch 11 and Ditch 12). However, the Floyd-Campbell LWQMA also includes several smaller lakes such as Campbell Lake, Fish Lake, Harding Lake, Sands Lake, Kennedy Lake, and Tamarac Lake, as well as several ditches (public and private) and natural waterways. That said, much of the development that does occur takes place along the shores of the Floyd Lakes.

The Floyd Lakes are heavily used for game-fishing, boating and other summer and winter recreational activities. Big Floyd has very good water quality compared to other District Lakes. Most of the time its water is clear, with moderate phosphorus and algae concentrations, and with good game fish populations and moderate vegetation growth. Occasionally the lake experiences algae blooms in September or October. In contrast, North Floyd suffers high phosphorus concentrations, severe algae blooms, and poor water clarity in the summer, as does Little Floyd because it is directly downstream of North Floyd. The Floyd Lakes also contain Zebra mussels, an aquatic invasive species. ​

The poor water quality in North Floyd is likely a result of several factors. First, North Floyd receives large phosphorus and sediment loads from Campbell Creek/Ditch 12. Before reaching North Floyd, Campbell Creek passes through highly erodible soil and loses almost 80 feet of elevation in 2 miles. As a result, streambank erosion occurs and causes Campbell Creek to carry large sediment loads to North Floyd Lake. Campbell Creek also drains several nutrient-rich wetlands and agricultural fields, which also contribute phosphorus to North Floyd Lake. In addition, internal loading occurs in North Floyd Lake, transferring dissolved phosphorus from the lake sediments to the water column during mid- to late summer. Finally, shoreline development and septic system use likely contribute further phosphorus loads to the Floyd Lakes. ​

Shallow lakes in the Floyd-Campbell LWQMA, such as Campbell Lake, Fish Lake, Harding Lake, Sands Lake, Kennedy Lake, and Tamarac Lake, are mostly shallow, subject to winterkill, and have little shoreline development. Little is known about the water quality and ecological integrity of most of these lakes. ​

Water Quality Goals

Waterbody/ies
Pollutant/Stressor
Focus
Goals
Actions

Pollutant/Stressor

Phosphorous

Focus

Tributary- Campbell Creek

Goals

Protection- Adaptatively Manage to protect, enhance, and restore water quality.

Actions

  1. Limit external Nutrient Loading from Campbell Creek
  2. Identify and protect sensitive aquatic Areas
  3. Treat stormwater discharges through the implementation of District Rules
  4. Conduct Shoreline Surveys
  5. Manage Stormwater Runoff through implementation of District Rules
  6. Lakeshore Protection through implementation of District Rules
  7. Promote conversion of seawalls and retaining walls to naturalized shorelines
  8. Assess internal loading in North Floyd

Pollutant/Stressor

Sediment (TSS, Impairment)

Focus

  • Streambank Erosion
  • Agricultural Runoff/Erosion

Goals

  • Restore stream water quality and ecosystem health
  • 67% reduction in sediment load

Actions

  1. Develop and implement a streambank stabilization plan
  2. Identify and target critical agricultural erosion areas
  3. Monitor existing agricultural BMP’s to evaluate nutrient removal
  4. Monitor multiple metrics to assess drivers of sediment loading
Campbell, Tamarac, Pearson, Kennedy, Fish, Harding, Grimsgard Sands

Pollutant/Stressor

N/A- Insufficient Data

Focus

N/A- Insufficient Data

Goals

Sample water quality on small lakes within the planning region

Actions

Monitor small lakes as opportunity arises

Groundwater

Pollutant/Stressor

N/A-Insufficient Data

Focus

Education

Goals

Promote groundwater quality to ensure safe drinking water

Actions

Provide educational assistance to Becker County and Mn Department of Health

Wetlands

Pollutant/Stressor

Altered hydrology

Focus

Restoration

Goals

Restore hydrology of altered wetlands contributing excess nutrients to District Waters.

Actions

Evaluate wetland restoration potential near Campbell Creek

Water Quantity Goals

Waterbody/ies
Pollutant/Stressor
Focus
Goals
Actions
Lakes

Pollutant/Stressor

N/A

Focus

Shoreline Protection and Restoration

Goals

Promote shoreline resilient to fluctuating water levels

Actions

Promote conversion of seawalls to naturalized shoreline

Groundwater

Pollutant/Stressor

N/A

Focus

Education

Goals

Ensure sustainable groundwater supply

Actions

Encourage installation of BMP’s that increase infiltration

 

Ecological Integrity

Waterbody/ies
Pollutant/Stressor
Focus
Goals
Actions
All lakes and Streams

Pollutant/Stressor

  • Climate Change
  • Transportation of AIS
  • Habitat Fragmentation and Degradation
  • Loss of habitat connectivity

Focus

  • AIS
  • Wildlife Habitat
  • Fish Communities

Goals

  • Prevent establishment of new invasive species and manage invasive species that are present.
  • Protect and Improve wildlife habitat in near shore areas.
  • Maintain healthy fish communities.

Actions

  1. Develop readiness response plan
  2. Perform periodic aquatic vegetation surveys
  3. Encourage pollinator friendly seed mixes and plantings
  4. Identify and protect sensitive aquatic Areas
  5. Assist MN DNR with replacing weir on Little Floyd Lake Dam with rock rapids