This report is a compilation of seven unique strategies that address Koshkonong Creek flooding through environmental sustainability engineering solutions. The strategies include: Implementing floating solar panels and a riparian buffer as a solution to farm field flooding and excess phosphorus in the Koshkonong Creek Koshkonong Creek Park for flooding and phosphorus mitigation Dairy farms to […]
Read More… from Exploring green infrastructure ideas for the Koshkonong Creek Watershed
Due to increased development within the Koshkonong Creek watershed and achanging climate, overall health of the watershed has worsened. Our team’s project goal isto identify how to improve the overall health of the watershed as well as the best outreachstrategies to inspire community stakeholders related to the future sustainability of theKoshkonong Creek watershed. UniverCity Year […]
Read More… from Growing a stakeholder network for Koshkonong Creek clean-up and maintenance
The City of Lemon Grove seeks to incorporate more natural elements and green spaces throughout the Downtown Village area of the city. The goal of this project was to propose additional green spaces to the Downtown area of Lemon Grove and create a wastewater treatment facility to obtain water to irrigate these proposed areas. Throughout […]
The City of Lemon Grove has partnered with the Sage Project and environmental engineering students at San Diego State University to address several of the City’s environmental goals. Students in the Environmental Engineering Seminar course (ENV E 101) collaborated in teams to develop cost-effective proposals to manage stormwater runoff, water usage, and litter hotspots in […]
Read More… from Water Management and Community Cleanliness in Lemon Grove
To meet the needs of the nonprofit Friends of Koshkonong Creek, students improved the group’s website to better communicate with stakeholders about the long-term vision for creek conservation. UniverCity Year Contact Info: UniverCityAlliance@wisc.edu […]
Read More… from Developing an initial website for the Friends of Koshkonong Creek
This detailed report, created as part of the Sage Project’s partnership with the San Diego Urban Sustainability Coalition, presents numerous policies with an aim towards sustainable and equitable development and life for all communities within San Diego County, with a particular focus on residents of Southeast San Diego, a community that is impacted by numerous […]
Read More… from Policy Proposals for a Sustainable and Equitable Future for San Diego
As a dedicated nonprofit striving to give communities of concern in Southeast San Diego a voice, the San Diego Urban Sustainability Coalition (SDUSC) partnered with the Sage Project to investigate historical events that led to the current state of inequalities in Southeast San Diego. SDUSC wanted to know more than where the county is now, […]
The goal of this project was to locate and collect site data for all present and historical dry cleaners in San Diego County. Additional data pertained to dry cleaning sites’ responsible parties and operation status. This report pertains to the first phase of this project, which was conducted by students in Environmental Engineering 558: Solid […]
Hazardous chemicals used in traditional dry-cleaning methods pose a serious threat to population health when spilled or discharged illegally into the environment. Children, the elderly, individuals with certain medical conditions, or those living in disadvantaged communities are at even greater risk. San Diego State University students collaborated with the San Diego Regional Water Quality Control […]
Read More… from Identification of High-Risk Dry Cleaning Sites in San Diego County: Spatial Analysis
La importancia que reviste el estudio de los agentes contaminantes de los recursos hidricos, avalado por el necesario consumo de este elemento, en estos momentos no representa una amenaza considerable a las reservas acuífera, pero desde una perspectiva del problema a futuro se visualiza un riesgo potencial, es por ello la necesidad de impulsar el […]