Energy and Climate Change: Recommendations for the City of Springfield Regarding Building, Electricity, and Transportation

The City of Springfield is interested in learning about its current environmental impacts and ways that it might improve its environmental footprint in the future. The students of University of Oregon course PPPM 607: Energy and Climate Change researched three topics—buildings, electricity, and transportation— related to the City of Springfield’s influence on energy use, climate […]

Read More… from Energy and Climate Change: Recommendations for the City of Springfield Regarding Building, Electricity, and Transportation

Activity Center Identification in Medford, OR

The City of Medford seeks to identify activity centers to achieve an array of policy goals, including those that foster nodal development, increase residential density, and encourage alternate forms of transportation. Through the University of Oregon’s Sustainable City Year Program, a class of graduate students from the Community and Regional Planning program identified and analyzed […]

Read More… from Activity Center Identification in Medford, OR

Sandy River to Springwater Multimodal Corridor Feasibility Study

The City of Gresham, Metro, Multnomah County and the City of Troutdale collaborated with the U.O. Sustainable Cities Initiative in executing a trail planning and feasibility study reported here. Students of landscape architecture conducted the study. It investigated the problem of “closing Portland’s 40- mile Loop” in its biggest gap along its eastern edge through […]

Read More… from Sandy River to Springwater Multimodal Corridor Feasibility Study

Continuing Passive Heating with Sustainable Cities

The City of La Pine partnered with the University of Oregon’s Architecture and Environmental Science Departments through the Sustainable City Year Program to develop implementation strategies for passive heating and environmentally conscious design. The City asked students to focus on ideas for a City Center, Balcony Sunspaces and a Community Greenhouse. Seven student teams explored […]

Read More… from Continuing Passive Heating with Sustainable Cities

Continuing Passive Heating with Sustainable Cities

The City of La Pine partnered with the University of Oregon’s Architecture and Environmental Science Departments through the Sustainable City Year Program to develop implementation strategies for passive heating and environmentally conscious design. The City asked students to focus on ideas for a City Center, Balcony Sunspaces and a Community Greenhouse. Seven student teams explored […]

Read More… from Continuing Passive Heating with Sustainable Cities

New Mobility Case Study

The city of Eugene is interested in learning how its residents might benefit from technology-enabled ‘new mobility’ solutions to differently meet their transportation needs. Student teams analyzed how members of a fictional or real household in Eugene could reduce their reliance on single-occupancy vehicles in daily commutes, local and regional trips, and infrequent travel destinations. […]

Read More… from New Mobility Case Study

Downtown Gresham Walkability Sutdy

The City of Gresham seeks to improve the walkability of its downtown to createa vibrant, pedestrian-oriented city center. Through the University of Oregon’sSustainable City Year Program, an Advanced GIS class of undergraduate andgraduate students from the Community and Regional Planning program and thePlanning, Public Policy, and Management department conducted a walkabilitystudy analyzing the built and […]

Read More… from Downtown Gresham Walkability Sutdy

Sandy River to Springwater Multimodal Corridor Feasibility Study

The City of Gresham, Metro, Multnomah County and the City of Troutdale collaborated with the U.O. Sustainable Cities Initiative in executing a trail planning and feasibility study reported here. Students of landscape architecture conducted the study. It investigated the problem of “closing Portland’s 40- mile Loop” in its biggest gap along its eastern edge through […]

Read More… from Sandy River to Springwater Multimodal Corridor Feasibility Study

Translate »