During the Town+Gown:NYC’s Urban Resource Recovery Working Group’s development and refinement of its initiative, called Closing Loops City Program Initiative or CLCPI, to leverage the City’s capital program to close construction and demolition waste (CDW) material loops, using New York State Department of Environmental Conservation’s (NYS DEC) beneficial use designation (BUD) regulations, it became clear […]
Read More… from Analysis of 360 Regulations: Closing Loops City Program
The utilidor is an environmentally and financially sustainable infrastructural solution for subsurface public right of way (PROW) congestion, known as the “subsurface spaghetti” problem, that has been created by utilities’ historical ad hoc practice of direct subsurface burial of transmission infrastructure. With the appropriate financial structure, the utilidor solution can capture the value of the […]
Read More… from Lifecycle Cost Benefit Analysis Project- Road to Smart City
International Security and Conflict Resolution 310: Our Global Future, taught by Dr. David Larom, is a dynamic overview course of the resource and social crises that beleaguer the world, which range from overpopulation, urbanization and migration, to ecosystem services and biodiversity, to food and water security, to fossil fuels and Peak Oil, to waste, pollution […]
Read More… from Kimball Park’s Sustainable Future
This report details the results of student work in collaboration with the Tijuana Environmental Protection Office and the Sage Project at San Diego State University (SDSU) to improve the conditions of two existing city parks in Tijuana, Mexico. The main improvement goals were related to sustainability, community empowerment, safety, and erosion control. Through Sage Project […]
Read More… from A Geospatial Approach to Santee Parks
This report details the results of student work in collaboration with the Tijuana Environmental Protection Office and the Sage Project at San Diego State University (SDSU) to improve the conditions of two existing city parks in Tijuana, Mexico. The main improvement goals were related to sustainability, community empowerment, safety, and erosion control. Through Sage Project […]
Read More… from A Geospatial Approach to Santee Parks
The principal objective of the Santee Water Quality Project is to identify hotspots of water contamination in Santee and determine if these hotspots change over time. To this aim, researchers in the Environmental Hydrology class at San Diego State University pursued existing water quality data and accessed digital elevation models and land use shapefiles to […]
Read More… from Santee Water Qulity Project (2/2)
The results presented in this report were created in partnership with City of Santee and the Sage Project during the spring of 2016. Students in Environmental Engineering 363 collected and analyzed water samples from areas of interest within the City of Santee. To address the City of Santee’s plan to offset the pollution load to […]
Read More… from Santee Water Quality Project (1/2)
TrinityEngineering(TE) has beencontractedto reviseand updatethe City of LemonGrove’sStormDrainMasterPlan.Due to the magnitudeof this projectTE will focusonly on theNorthwestboundaryof the city, a drainagebasinlabeledArea138. Aftercompletionof theDrainageMasterPlanTE’sworkwill be passedto futureSDSUstudentsin coordinationwiththe SageProjectto completea differentdrainagearea of their choice Read the final student report delivered to the local gov/community partner. The Sage Project Contact Info Kristofer Patron Program Administrator kpatron@sdsu.edu (619) […]
Read More… from City of Lemon Grove Drainage Master Plan Drainage Area 138
The purpose of this project is to analyze the area of Paradise Creek in National City, California. Flooding in the National City area along 18thSt. between Coolidge Ave. and National City Blvd. hasan adverse effecton the people and businesses. This flooding is caused by the incapacity for storm water conveyance, as well as the impervious […]
Read More… from Paradise Creek Improvements
Within the SCI project, student work would involve the collection, mapping, and reporting of descriptive data on the storm water collection, treatment, and conveyance system, e.g. the size, location, and condition of catch basins, pipes, box culverts, etc. The project will involve the use of Microstation Geographics software and Microsoft Access to compile and map […]
Read More… from Water Quality/Stormwater Infrastructure Mapping for Cleveland