Clean Water, Clean Soil (Septic System Communications Plan)

Identify best practices for private well and septic system maintenance, and outline a strategy for communicating to homeowners and business owners the importance of proper septic system maintenance so they will adopt these practices. Read the final student report delivered to the local gov/community partner. Resilient Communities Project Contact Info University Faculty Contact Dan Milz […]

Read More… from Clean Water, Clean Soil (Septic System Communications Plan)

Charles City Waterfront and Credit Trading

Graduate students in the School of Urban and Regional Planning developed a market analysis for a kayak park on Cedar River and made recommendations for linking the new park to downtown. Students also drafted recommendations to enhance the quality of water in Cedar River through water quality credits trading. Read the final student report delivered […]

Read More… from Charles City Waterfront and Credit Trading

Environmental Benefits of Implementing Rain Barrels in Seaside, California

For our project, we hoped to educate the public on the environmental and economical advantages of installing rain barrels in their homes. We aimed to do this by contacting employees from the City of Seaside in order to receive feedback and guidance for our project. We initially contacted Rick Riedl, Seaside’s Public Works Director and […]

Read More… from Environmental Benefits of Implementing Rain Barrels in Seaside, California

Water Reclamation for Terry Trueblood Parks & Recreation Area

Engineering students created a project aimed at reducing the water demand, energy consumption and costs for Iowa City’s Wastewater Division. The students calculated the areas needing irrigation along with the volume of water needed. Pump sizes, electrical service, and a design plan estimating construction and operational costs were the deliverables. Read the final student report […]

Read More… from Water Reclamation for Terry Trueblood Parks & Recreation Area

Victoria Water Conservation and Education Program

Develop a water conservation and education program to reduce outdoor water use for lawn irrigation in the City of Victoria. Read the final student report delivered to the local gov/community partner. Resilient Communities Project Contact Info University Faculty Contact Catherine Twohig Organizational Leadership, Policy, and Development Local Government / Community Contact Cara Geheren […]

Read More… from Victoria Water Conservation and Education Program

Water and Energy Conservation and Surface Water Education

Develop education and outreach strategies that assist businesses in the community to address water and energy conservation, as well as surface water protection, through their operations and site management. Read the final student report delivered to the local gov/community partner. Resilient Communities Project Contact Info University Faculty Contact Cindy McComas Environmental Science, Policy, and Management […]

Read More… from Water and Energy Conservation and Surface Water Education

Evaluation of Stormwater Reuse Practices

Determine best practices in developing stormwater re-use (irrigation) systems that account for soil suitability, vegetation types, application areas and rates, efficient storage, maintenance, redundancies, and monitoring effectiveness to inform updates to the Carver County Water Management Organization Rules and Guidelines Read the final student report delivered to the local gov/community partner. Resilient Communities Project Contact […]

Read More… from Evaluation of Stormwater Reuse Practices

Residents’ Attitudes Toward The Spring Creek Watershed

CED 475 students will design, conduct, and analyze a survey to determine residents’ awareness of Spring Creek Watershed, their knowledge and use of stream-friendly behaviors, and their attitudes toward policy options which would help maintain a healthy watershed. Read the final student report delivered to the local gov/community partner. Sustainable Communities Collaborative Contact Info University […]

Read More… from Residents’ Attitudes Toward The Spring Creek Watershed

Translate »