Rain Guardian Pretreatment Chambers Featured on LIDBIT Vlog

Rain Guardian pretreatment chambers were recently featured in a new vlog focused on low impact development (LID).The vlog is called LIDBit and is coordinated by Rob Woodman with ACF Environmental.In the Rain Guardian episode, Rob interviewed Anoka Conservation District Stormwater and Shoreland Specialist, Mitch Haustein, about Rain Guardian pretreatment chamber functionality, configurations, installation, and maintenance.Check out the Rain Guardian episode and others on the LIDBit Video YouTube channel (https://tinyurl.com/vfmm9fc).

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Sheet Mulching

Sheet mulching – saves time, builds soil, and smothers existing weeds or lawn without using herbicide.

Sheet mulching is an excellent way to convert lawn to garden beds without using herbicides or excessive labor. Meanwhile it can build soil and be accomplished with readily available materials.

Begin by mowing grass or other vegetation in the area you want to convert into a new garden bed. It can be as simple as layers of newspaper or cardboard topped by four inches of mulch to smother grass and weeds underneath. If this is started in the spring, the underlying plants will have died from lack of light and the garden bed will be ready for planting in the fall.A more diverse layering of material will produce a compost that will break down and build your soil. For this, layer:

  1. Soil amendments if soil test results recommend amendments (lime, greensand, etc.). Recommended if you are creating a vegetable garden.
  2. Thin layer of compost.
  3. Wet newspaper or cardboard, 1/4 – 1/2 inch thick.
  4. Thin layer of nitrogen source such as manure.
  5. Layer of straw or leaves (carbon source).
  6. Continue to alternate layers of nitrogen and carbon sources.
  7. End with a top layer of mulch.

This type of bed is finished when these layers have decomposed. It may take the entire growing season to decompose sufficiently. If you start in the spring, the bed will likely be ready to plant in the fall.

See the Xerces Society Organic Site Preparation for Wildflower Establishment publication for more organic site preparation methods and directions:

https://xerces.org/publications/guidelines/organic-site-preparation-for-wildflower-establishment

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Oak Wilt

Oak Wilt is becoming an increasing problem throughout the State and kills off a large number of oaks every year. Even though oak wilt is active in a large area of Minnesota, effective management techniques exist.

Oak wilt in a healthy tree will begin wilting the canopy. This usually starts at the top of the tree and spreads downward. The tree then sheds leaves, which will begin individually wilting at the edges and spread towards the midrib of the leaf or at the leaf tip and wilt towards the stem. A discoloration or streaking of the wood just below the bark may also be present.

In Red Oaks, the deterioration process can take as little as 4 weeks. In White Oaks, the disease may come back every year but death of the tree could take up to 5 years or longer after the initial symptoms appear.

Healthy oak trees are usually infected by the fungus's ability to move underground through the roots of nearby trees that have grafted together. In general, trees more than 50 feet apart are less likely to be infected through grafted roots. Sap beetles also transport the disease above ground by moving from an infected tree to a healthy one.

Stopping the spread of oak wilt is possible. Breaking root connections between closely spaced oaks will reduce the chance of the disease spreading from infected trees to nearby healthy ones. This takes a specialized piece of equipment and can be difficult to achieve. This is way preventing infection in the first place is the recommended best management practice.

Even though the nice weather makes you want to head outside and work on your property, you should avoiding pruning and wounding healthy oaks in the spring and summer. Between April and July, oak trees are at a much higher risk of infection by sap beetles who are attracted to fresh wounds in the bark of oak trees and may be carrying the fungus. Oak trees should be assessed for storm damage and any wound should immediately be sealed with a water-based paint of another type of plant sealer.

Other techniques to stop the spread of oak wilt include; avoid moving firewood from known infected areas, timely removal and disposal of infected trees, and the use of fungicide when necessary. Many times multiple approaches are necessary to slow or eradicate the problem. Meeting with a local tree care providers can help create a management plan that will be effective on your property.

If you have more questions or are concerned about Oak Trees in your area, contact a local professional to inquire about what can be done on your property. Early detection is still the best method of control.

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Trim Oak Trees now to Prevent the Spread of Oak Wilt


Oak wilt is caused by the fungus Ceratocystis fagacearum. Oak wilt can be spread in two ways: 1) fungal spores travelling tree to tree through grafted roots, and 2) fungal spores spread by sap beetles that fly from infected trees or wood to healthy trees. The beetles are attracted to fresh wounds in healthy trees, and these wounds offer an introduction point for the fungus.Trimming or cutting healthy oaks from the months of November through March helps to prevent fresh wounds in healthy trees when the beetles are active. Trimming away dead and dying branches during this period can help prevent oak wilt spreading from neighboring areas to your trees. If your oak trees still need trimming before this spring, be sure to do it before the end of March. April 1 through July 15 is considered the high risk period, and all trimming of oaks should be avoided. July 15 through October 31 is considered low risk, but spread is still possible. Red oaks and pin oaks are especially susceptible to oak wilt, and once infected, a healthy tree is killed within ​months.

Unfortunately, oak wilt is very common in Anoka County. More information on prevention of the disease in your yard can be found at https://extension.umn.edu/plant-diseases/oak-wilt-minnesota
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Trees for Bees (and other pollinators)

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Where the Anoka Conservation District Money Goes

ACD finances historically experience dramatic variability from year to year due to activities being driven by competitive grants, several of which have been in excess of $400,000. Many state grants are from sales tax revenue dedicated to natural resource activities. ACD is committed to accessing these funds so Anoka County taxpayers will benefit from them in proportion to sales tax paid in the county. Also of note is how consistent ACD's operational and personnel costs have been. ACD staff and supervisors strive to keep overhead costs down, while expanding service

Making Sense of the Dollars: Although governed by an elected board, conservation districts do not yet have taxing authority and must secure funds from many sources to maintain programs and services. State grants are the primary funding source for project installation, while the county provides seven times what the state does to support general district operations. County funds are critical because many grants do not cover overhead expenses. Unfortunately, many grants also require matching funds, so county funds must serve as match and cover all costs ineligible under complex grant rules.

Making Dollars of the Cents: To provide comprehensive natural resource management, ACD collaborates with cities, watershed management entities, state agencies, county departments, non-profits, and landowners on projects of mutual interest. The 2019 revenue chart begins to convey this but does not show the 68 projects and programs supported by 26 distinct funding sources, many of which supported multiple projects and programs. For example, County Project Funds alone is comprised of 12 projects, and State Grants were used in part to fund 35 different initiatives 


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Stop the Spread of GARLIC MUSTARD


Garlic Mustard / Alliaria petiolata

An invasive Species you can eat.

Garlic mustard is a highly aggressive invasive species, growing in woodlands and woodland edges. It is one of the first invasive species to emerge and flowers in May – June. It is a biennial forb, producing a basal rosette the first year and bolting to produce an elongated stalk, flowers and seed in the second year. Since garlic mustard is a biennial the main goal is to prevent the plant from going to seed. The best way to control garlic mustard is to hand pull the entire plant (including the roots). If flowers or seed pods are present, it is necessary to compost at a facility that composts at high heat. Plants can produce viable seed even after pulled.

Garlic Mustard is edible and has medicinal uses

Garlic mustard leaves are available very early in the spring as soon as the ground begins to warm. Like all greens, leaves taste better when leaves are young and before the plant has bolted. Leaves can be eaten raw or cooked and have a mild garlic and mustard flavor.

Popular recipes include:

  • garlic mustard potato salad
  • wilted greens in stir fry
  • tabbouleh
  • garlic mustard pesto

Medicinal properties of garlic mustard leaves and stems: antiasthmatic, antiscorbutic, antiseptic, deobstruent, diaphoretic, vermifuge and vulnerary (Grieve 1984 and Chiej 1984). Greens are high in Vitamin A and C.

Important! Never eat wild plants unless you are certain about identification. Some plants are poisonous. Know the site rules about harvesting plants on public and private lands. Determine past management of the area. Don't consume plants from areas that were treated with herbicides.

Grieve. A Modern Herbal. Penguin 1984 ISBN 0-14-046-440-9

Chiej. R. Encyclopaedia of Medicinal Plants. MacDonald 1984 ISBN 0-356-10541-5

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METRO-WIDE TRAINING PROVIDED ON URBAN SUBWATERSHED ANALYSIS PROTOCOL

The Metro Conservation Districts (MCD) received a Clean Water Fund Accelerated Implementation Grant to conduct analyses that identify cost-effective water quality improvement projects for priority waterbodies.The Subwatershed Analysis (SWA) process includes protocols for both rural and urban subwatersheds.Anoka Conservation District (ACD) employee Mitch Haustein provided training on the urban protocol and modeling process to over 30 staff from counties, soil and water conservation districts, and watershed districts throughout the 11-County Metro.

Since the SWA program began in 2010, over 60 analyses have been completed throughout the 11-County Metro that have identified more than 4,000 projects and resulted in the installation of hundreds of cost-effective water quality improvement projects.

The $200,000 grant awarded to MCD, which requires a $50,000 match, will result in the completion of an additional 15 SWAs.Previously completed SWAs in Anoka County are available on ACD's website (www.AnokaSWCD.org).

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Our Groundwater Connection: Contamination Video

The second in a series of videos about groundwater was published on March 3rd, 2020. "Our Groundwater Connection: Contamination" is a follow-up to the original "Our Groundwater Connection" video published on June 11th, 2019. The video builds on the information viewers learned from the first video, focusing on how groundwater becomes contaminated and what we can do to prevent contamination. The video explains different sources of pollution, how pollutants travel and build up over time, and what happens when wells become contaminated. The video concludes with the message that "everyone has the responsibility to stop contamination from getting into our groundwater. When we work together to prevent pollution, we can ensure clean drinking water now, and for many generations to come."

The project was made possible because members of the Water Resource Outreach Collaborative pooled their resources to create a high quality product with minimal financial stress on any one organization. Partners from Washington County Public Health and Environment and the Minnesota Department of Health also provided input and support for the project.

On March 3rd, the video was debuted at the MN Rural Water Association Annual Technical Conference during a mini-session presentation by ACD's Outreach and Engagement Coordinator.

Watch on the video on YouTube by searching "Our Groundwater Connection: Contamination," or by clicking here: https://youtu.be/gRSHJpe8pq8

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Golden Lake Project Water Quality Improvement Project

2019 marked the completion of a large scale water quality improvement project designed to removed excess nutrients form stormwater prior to it discharging into Golden Lake. Golden Lake is located in the City of Circle Pines and has been designated as being impaired by nutrient contamination. Excess nutrients lead to high algae growth and low water clarity. This project was completed by a partnership of the City of Circle Pines ($70,000) and the Anoka Conservation District ($12,000) with financial contributions from the Rice Creek Watershed ($50,000) District and the Clean Water Fund of the Clean Water Land and Legacy Amendment ($467,968)

Although it looks like little more than a sand volley ball court, the project relies on precise chemistry and physics. The project pumps water from a stormwater pond just upstream of Golden Lake and directs that water through a sand filter that is enhanced with iron filings. The iron filings chemically bind to the nutrient pollution. The clean, filtered water discharges to an old ditch alignment that goes to Golden Lake. When functioning per the design, the project should remove 40-60 pounds per year of phosphorus for 25 years, which gets us 50% of the way to our goal for Golden Lake.

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2019 Precipitation in Minnesota

2019 was another banner year for precipitation in Minnesota, with over 20 individual annual precipitation records set, and the state turning in its wettest year on record.

Precipitation totals for the year exceeded 30 inches over all but about 5-10% of the state, mainly in far northern Minnesota, with totals exceeding 50 inches in parts of southern and southeastern Minnesota. Well over half of the state was 12-20 inches (or 50-70%) wetter than normal. Annual surpluses of that magnitude over such a large area contributed to 2019 being Minnesota's wettest year on record, on a statewide-average basis, with an average of 35.51 inches. This eclipsed the old record of 33.93 inches, set in 1977.

Although no climate observing station was able to break the statewide individual annual precipitation record of 60.21 inches set by Harmony in 2018, many stations with over 50 years of observations did break their own annual precipitation records. Rochester International Airport led the pack with 55.16 inches, breaking its old record by more than 11 inches.

The Twin Cities International airport, part of the longest station history in the state, had just broken its record in 2016, but broke it again in 2019, with 44.17 inches. Other records fell throughout the state. The majority of these stations broke records that had been set this decade.

Even closer to home, the ACD has utilized the precipitation data collected by our volunteer observers to assist with putting our monitoring well data in context. We have observed sustained wetland hydrology because of the abundance of precipitation. How this will affect how wetlands are managed in the present and future will need to be addressed by the current wetland regulatory rules and by utilizing the data we collect when reviewing wetland delineations.

This information is provided at the DNR Climate website:https://www.dnr.state.mn.us/climate/journal/top-weather-and-climate-stories-2010s.html

Here is a partial list of the records set this year.


Station

2019 Precip records (in.)

Previous record(yr.)

Rochester

55.16

43.94 (1990)

Owatonna

53.50

48.40 (2016)

Zumbrota

48.60

45.52 (2010)

Lake City

43.85

43.59 (2002)

Minneapolis - St. Paul

43.17

40.32 (2016)

Mora

43.08

41.63 (2010)

U of M St. Paul

42.95

41.67 (2016)

St. Cloud

41.92

41.01 (1897)

Itasca U of M

37.59

35.64 (1985)




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ACD Receives Grant for Abandoned Well Sealing Cost-share Program

In Anoka County, 330,000 residents (94% of the population) depend on groundwater for drinking water, using about 12 billion gallons annually.

In 2015, Anoka County identified more than 2,300 properties in Drinking Water Supply Management Areas (DWSMAs) that have a high potential of having an unused/unsealed well (see map to left). These abandoned wells pose a risk to human health by providing a direct, unmaintained conduit where contaminants, such as pesticides, nutrients, heavy metals, salts, hydrocarbons, and pathogens, can be introduced into groundwater drinking water supplies.

Anoka Conservation District (ACD) was awarded a Clean Water Fund grant to coordinate a cost-share program to financially incentivize Anoka County property owners to hire licensed professionals to seal abandoned wells in high priority areas (i.e. within DWSMAs).Through targeted outreach, ACD will identify landowners interested in participating, and the program will provide funding to seal up to 125 abandoned wells.


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ACD Awarded a State Grant for Carp Mgmt. at Linwood & Martin Lakes

A State grant has been awarded for carp management at Linwood, Martin and Typo Lakes and is set to begin in 2020. This $148,000 grant is funded through the Clean Water Fund and will build on the successes of the current carp management program. Contributions from the Martin Lakers Association, Linwood Lake Association, and the Sunrise Watershed Management Organization will assist in funding the grant. ACD will be the grant recipient and help coordinate partnerships between private contractors, volunteers, and local organizations. The state took notice of the success the current program is having and saw that continuing work in this area of Anoka County should be a priority, ranking the project #3 out of nearly 100 applications statewide​.

Carp management over the last 3 years, funded by a different grant, was able to remove enough carp from the lakes to reach the halfway mark of the total reduction goal. Similar techniques will be continued over the next 3 years. A private contractor will develop management plans specific to each lake. Large box-nets will be installed in priority areas and be baited with bags of cracked corn. Throughout the season the nets will be harvested by the contractor and local volunteers. The nets will be maintained by residents who live near the harvesting sites and ACD staff​.

Carp populations have the ability to grow quickly and can be devastating to overall lake health if left unmanaged. This grant is focused on improving water quality, help reduce seasonal algae blooms and improve the habitat and life cycle for other game fish.

This grant is the fruition of hard work and support from many individuals and organizations. By continuing to plan and build strong local partnerships, these lakes are on track to meet management goals and prevent carp population increases that would likely cause declining water quality.

If you live on Linwood, Martin or Typo Lakes and would like to learn more about the program or would like to inquire about volunteering, please contact the ACD office. (763) 434-2030.

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Natural Resources Management Often Starts With a Party

Managing natural resources is mostly about engaging people.While one landowner can make a change, groups of people can make big change.If you want to gather people to a cause, you'll need a party.

At the Anoka Conservation District we have the pleasure of being invited to many such parties.Lake associations, sporting groups, and civic groups gather people to summer barbeques, fall bonfires and winter fundraisers.Ideas for natural resources management are developed.Enthusiasm spreads.Funds are raised.Trusting relationships grow.It's arguably the foundation of natural resources management.

While we at the Anoka Conservation District are wonderfully proud of our part in natural resources management, we recognize that we are just a part.Here's a big word of THANKS to all those volunteers and groups that have parties that lead to cleaner lakes, healthy forests, and abundant wildlife!

Below are photos of a few great parties in 2019.

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Lawns to Legumes in Anoka County

The Anoka Conservation District, in partnership with the cities of Fridley, Coon Rapids, Anoka, and Andover, were awarded $40,000 from the Board of Water and Soil Resources to establish a Lawns to Legumes Demonstration Neighborhood in the Mississippi and Rum River Corridor. The project will convert residential lawns into pollinator habitat in support of the Rusty Patched Bumble Bee and other at-risk pollinators. Residents interested in being part of a Demonstration Neighborhood in Anoka County should complete this form: bit.ly/lawns-legumes-anoka

In addition, there are several other ways to get involved:

  • 1.Visit the Board of Water and Soil Resources website to learn more and download free resources: bwsr.state.mn.us/L2L
  • 2.Sign up for a Lawns to Legumes Workshop near you: bluethumb.org/events (Landowner workshop will be scheduled in Anoka County in summer of 2020)
  • 3.All residents may be eligible for individual mini-grant funding up to $350. Apply here: bluethumb.org/lawns-to-legumes

If you have any questions about how the Lawns to Legumes Program will work in Anoka County or how you can be involved, please reach out! This email address is being protected from spambots. You need JavaScript enabled to view it.

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