Review options to upgrade security for well house; Educate property owners about management of potential contaminant sources; Update City website and publish newsletter
Update City website with articles about well management, WHP plan, stormwater, turf management, disposal of hazardous waste; Send mailing about BMP practices to property owners in vulnerable areas of DWSMA
Create database of wells and tanks within the DWSMA; Inform owners about leaking underground storage tanks and proper maintenance; Develop and publish articles about well management; Develop and publish article about the City's WHP program
Partner Organizations: Kasson Alliance for Restoration, Mantorville Restoration Association, Friends of Mayowood, Denmark Township Historical Society, Friends of Saint Rose, Preservation Lake City, County Historical Societies, Red Wing Downtown Main Street, Winona Main Street, Winona Area Chamber of Commerce, Faribault Main Street, and Faribault Area Chamber of Commerce and Tourism
PAM will work to provide its partners with staff support, administration, supervision, and additional preservation and planning expertise.
Filmmaker Joua Lee Grande and her team will complete feature-length documentary Spirited, host feedback sessions and develop an Impact Campaign to create curriculum, community screenings and discussions that focus on the film's topic of Hmong shamanism, how it is changing in modern-day Minnesota, and how it exists alongside current issues.
Native trout require clean, cold water that usually originates from springs, but the springs feeding the 173 designated trout streams in southeastern Minnesota are under increasing pressure from current and expected changes in land use. This joint effort by the University of Minnesota and the Minnesota Department of Natural Resources is working to identify and map the springs and the areas that feed water to these springs and to learn how these waters might be affected by development and water use.
Native trout require clean, cold water that usually originates from springs, but the springs feeding the 173 designated trout streams in southeastern Minnesota are under increasing pressure from current and expected changes in land use. This joint effort by the University of Minnesota and the Minnesota Department of Natural Resources is working to identify and map the springs and the areas that feed water to these springs and to learn how these waters might be affected by development and water use.
The Washington County Department of Public Health and Environment is seeking funds to conduct countywide records catalog and subsequent risk analysis of subsurface sewage treatment systems, or septic systems, in the county. The records catalog will involve the collection, digitization and review of historical permit records from 1972-2004. The risk analysis will utilize information from the historical review, in addition to other pertinent available data.
Having current and accurate data on historic and archaeological sites is important to understanding our past and to preserving Minnesota’s history for future generations. In 2010-2011, the Minnesota Historical Society awarded contracts for these survey projects:
Each fiscal year of ACHF funding, a majority of the twelve regional library systems agree to allocate 10% of their ACHF funding to support statewide partnership projects. SELCO serves as the fiscal agent for statewide projects.
We will deploy acoustic detectors and revisit roost trees identified in our previous ENRTF project to measure effect of seven years of white-nose syndrome on Minnesota bats.
In recent times, the owners of Wolf Marine on the St. Croix River have to excavate sediment that has built up at the outlet of Brown's Creek every year just to keep their marina navigable. Their business is directly affected by how much soil gets into the creek. Reducing dirt and sand entering Brown's Creek is also important to others. The creek is one of the few designated trout streams in the Twin Cities area that supports a fishable brown trout population.
Bald Eagle Lake is a popular recreational lake known for its fishery on the Metropolitan Council's Priority Lakes List. The lake is negatively impacted by excess nutrients and restoring its water quality is a local priority.
This project will collect stormwater runoff from an approximately 900 acre area and re-use it to irrigate an existing golf course. This innovative project will provide a multitude of environmental benefits for Bald Eagle Lake including significant runoff volume reduction, groundwater recharge and phosphorus load reduction.
This project seeks to provide data on insecticide contamination in the soil and the insect community across the state and the effect of sublethal insecticide exposure on insect reproduction.
This project will apply the Sunrise River watershed computer model generated under previous projects to selected scenarios of land-cover and land-management changes. The watershed model calibrated to conditions in the late 1990s will form the initial baseline against which all other model runs will be contrasted. Scenarios to be run will include changes in future land cover, agricultural practices, urban practices, and natural resource management.
To support teachers in addressing new science standards , we propose a series of workshops across Minnesota facilitating conversation about sustainability and water conservation, specifically integrating western science and Indigenous perspectives.
This project involves monitoring Arcola Creek. Stewardship strategies were defined for long term protection for the creek as part of the District's Lower St. Croix River Spring Creek Stewardship Plan and Ten Year Comprehensive Water Management Plan. Water quality monitoring is necessary to gather appropriate data for assessment.
The Mississippi River is a priority for the SWW 1W1P partnership. The partnership is committed to making progress in reducing sediment delivered to the the Mississippi River in support of achieving the South Metro TSS TMDL. The partnership proposes to construct one structural stormwater BMP directly benefitting the Mississippi River in the City of Newport. The completed practice will reduce sediment delivered to the Mississippi River by up to 22 tons/yr.
