This project was completed as part of a year-long partnership between the City of Ramsey and the University of Minnesota’s Resilient Communities Project (http://www.rcp.umn.edu). The goal of this project was to provide suggested preferred and alternative routes to close the Marsh Gap in the City of Ramsey’s “Circle of Ramsey” greenway system. Ramsey project lead […]
Discipline: GIS
Water Savings Devices versus Income in the City of Seaside
This project examined households in the city of Seaside which have received rebates for purchasing water-saving appliances. The goal of this project is to see which income levels make a household more likely to purchase a water-saving appliance with a rebate and whether or not distance from a major retailer has an effect on said […]
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Storm Drains in Seaside
The study of Seaside storm drain densities between commercial and residential areas is of value because storm drains can be an entry point for trash to collect into a marine sanctuary such as the Monterey Bay. Various geospatial datasets were created and manipulated to create ArcMaps, graphs, and tables to compare storm drain density between […]
Traffic Accident Densities
The study of Seaside storm drain densities between commercial and residential areas is of value because storm drains can be an entry point for trash to collect into a marine sanctuary such as the Monterey Bay. Various geospatial datasets were created and manipulated to create ArcMaps, graphs, and tables to compare storm drain density between […]
Traffic Accident Geocoding
The purpose of this project will be to Geocode Accident data recorded from the City of Seaside Fire Department from March 15th to March 24th. This will allow them to see where these accidents are occurring throughout the city and to determine if the majority of accidents are occurring more in residential areas or near […]
Easement Map Project
The purpose of this project is to help the City of Seaside reduce the amount of paper files on easements, and to create a single map through ArcGIS for future ease of use. According to the EPA, about 69 million tons of paper are used in the U.S. each year. The Sustainable City of Seaside […]
Fats, Oils and Grease, Inspections and Restaurants
The purpose of this project is to determine the location of restaurants in Seaside and distinguish which ones have passed inspection from the city for the year 2010-2011. The city inspected whether or not they were dumping large amounts of grease in the local sewage system. Due to the fact that large amounts of grease […]
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Georeferenced Easement Map for the Sustainable City of Seaside
The purpose of this project is to help the City of Seaside reduce the amount of paper files on easements, and to create a single map through ArcGIS for future ease of use. According to the EPA, about 69 million tons of paper are used in the U.S. each year. The Sustainable City of Seaside […]
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A spatial analysis of fire hydrants in Seaside, CA
The purpose of our project was to geocode a given number of fire hydrants in Seaside, CA for the local fire department. It is necessary for them to have their hydrant locations geocoded in order for the department to receive accreditation for funding. Our study area will be focused in the city of Seaside, CA […]
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Seaside Pipe Flush Project
The purpose of our project was to see if we can create a cohesive map of the pipe systems under Seaside, to see which pipes are simultaneously being flushed. We want to illustrate when we flush a pipe at point A, what other pipes will be flushed at the same time. Read the final student […]