The Northfield Parks, Open Spaces and Trail Systems Plan highlights open spaces reserved for recreation and conservation purposes.
Category Archives: Resource
Rice County Water Management Plan
The Rice County Water Resource Management Plan fulfills the requirements of Minnesota Statutes Chapter 103B.311. The overall purpose of this plan is to protect, preserve and manage natural surface and groundwater systems within Rice County in the face of rapid urban growth and intensive agricultural activity. The plan also presents sustainable and equitable means to effectively reach those goals by providing guidance and specific standards for decision-makers, residents, landowners, educators, and implementing staff at the local level.
Northfield Wellhead Protection Plan
The City of Northfield Wellhead Protection Plan is a way to prevent drinking water from becoming polluted by managing potential sources of contamination in the area which supplies water to a public well. Much can be done to prevent pollution, such as the wise use of land and chemicals. Public health is protected and the expense of treating polluted water or drilling new wells is avoided through wellhead protection efforts.
Wading Through the Muddy Floodwaters: Social Vulnerability to Flooding in Northfield, MN, A Case Study
Many researchers have studied social vulnerability in coastal cities and at large scales, yet few have conducted investigations on a smaller scale. This study characterizes the current social vulnerability to flooding of Northfield, Minnesota, a small river town using the frameworks of Blaikie et al.’s (1994) social vulnerability definition and Cutter et al.’s community resilience dimensions (2008). Our methodology combines archival and interview analysis. Archival analysis illustrates that flooding has often been a risk to the economy, infrastructure, and people of Northfield. Interview analysis, through the lens of experts, residents, and business owners, shows how the community anticipated, coped with, resisted, and recovered from recent flood events. We generated 15 factors to characterize Northfield’s current social vulnerability to flooding, which generally fit into Cutter et al.’s dimensions (2008). We argue that Blaikie’s et al.’s (1994) definition and Cutter et al.’s (2008) dimensions are helpful frameworks to examine social vulnerability to environmental hazards in small communities. We also make policy suggestions for Northfield based on our 15 factors. We hope this study provide insights into flood management and research for Northfield and other small towns in Minnesota.
Contact: Kim Smith, ksmith@carleton.edu
Northfield Retirement Center Transportation Study
Environmental Studies students investigated transportation needs at the Northfield Retirement Center during Spring 2014. Their final report is available here.
Contact: Kim Smith ksmith@carleton.edu
Carleton Energy & Water Dashboard
The Carleton College energy and water dashboard displays data on resource use in all college-owned buildings. The dashboard provides a high-level public view, but access to more detailed data export, analyses and reporting functions is available by contacting sustainability@carleton.edu.
Solarize Northfield: Northfield Solar Initiative
This initiative is designed to allow Northfield residents to take advantage of bulk buy discounts for purchasing solar panels as a group with other residents. The first households installed solar panels in 2013, and the program will be continuing in 2014. In the news: Northfield News article
Contact: Charles Stark, cps@deskmedia.com
Carleton College Wind Turbines
Aided by momentum from community organizations like ReNew Northfield, Carleton installed its first, 1.65-MW wind turbine in 2004, a 1.65 MW Vestas V87. The electricity produced by the first turbine is sold back to our energy provider Xcel Energy, and provided to the public utility grid.
Carleton’s second wind turbine is a 1.68 MW GE XLE, built in 2011 thanks to a generous grant in 2008 from environmentally-minded alumni Richard and Laurie Kracum. The second turbine is connected directly to the campus grid and provides approximately 25% of Carleton’s annual electricity consumption.
Each turbine produces 4,000- 4,500 MWh of electricity per year.
St. Olaf College Wind Turbine
Local generation and conservation with attention to greenhouse gas reduction reside at the core of St. Olaf College’s operations objectives for energy use. In 2006 St. Olaf constructed a 1.65 MW utility-grade wind turbine directly linked to the campus electrical grid, supplying up to 25 percent of annual electrical use.
Northfield Safe Routes to School Plan
Adopted in 2009, the Safe Routes to School Plan implicitly recognizes the connection between land use, transportation and safety in the context of non-motorized transportation to school.