Ohio State fosters project-based learning opportunities and applied research to advance sustainability knowledge in practice, including on and around its diverse properties, with its external partners, or anywhere you can find a Buckeye.
To help coordinate, promote and empower these efforts, the Sustainability Institute facilitates collaboration with academic units and university partners to track and increase the wide range of project-based sustainability learning and applied research activities that occur inside and outside of the classroom environment, including those that use our campus facilities as a living lab.
Campus as a Living Lab: Ohio State leverages our properties and buildings to serve as a learning lab for sustainability research, innovation and learning and to shape new solutions by providing a test bed for applying and scaling research.
Partnering for Learning: In collaboration with local municipalities to global industry leaders, Ohio State's students, faculty, and staff address sustainability challenges at a variety of scales through project-based learning.
Search to see how Ohio State is advancing sustainability: use the filters below to search our database to see the innovative projects, research, and more that is occurring on our campuses and beyond.
Do you have a project or research that you would like to be included in our database? Please take a minute to submit your information through our webform.
Check out our virtual sustainability map to see how Buckeyes are using our campuses as living labs.
Sustainability In Action Database
Relevant Projects Listed Chronologically
Assessing Sustainable School Transportation at Stevenson Elementary in Grandview Heights
Austin Bryson
Assessing Sustainable School Transportation at Stevenson Elementary in Grandview Heights
x
Project Lead:
Austin BrysonCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Gifford, EmersonRuth, Natalie
Hitzhusen, Gregory
Jaquet, Tim
Email:
bryson.82@osu.eduPrimary Department/Unit:
School of Environment and Natural ResourcesProducts:
ENRAEDE4567_SustainableGrandview_au2022.pdf
,
ENRAEDE4567_SustainableGrandview_au2022_poster.pdf
Project Description:
This project assesses school transportation at Stevenson Elementary. Traffic flow and heavy congestion were identified as problems that contribute to unsafe conditions for school drop-off and pick-up. Working with Sustainable Grandview, our group evaluated current transportation habits and identified areas that could be improved to increase walking and biking to school. We researched current infrastructure that supports walking and biking by reviewing past transportation plans and on-site visits. Our group conducted key informant interviews for a baseline comparison of Stevenson Elementary with similar Central Ohio communities. Lastly, we administered a survey to Stevenson Elementary parents. From our research, our group recommended a variety of actions that could be taken to address safety concerns for walking and biking to school. Increasing the number of students walking and biking to school increases safety for everyone and promotes a healthier, more sustainable community.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Natural EnvironmentProject Location:
39.98050605083, -83.03544705
Introducing Products to Reduce Waste at the Commissary in the Ohio Reformatory for Women
Lily Bucciarelli
Introducing Products to Reduce Waste at the Commissary in the Ohio Reformatory for Women
x
Project Lead:
Lily BucciarelliCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Clinchot-Diaz, ArabelSeveryn, Olivia
Witherow, Kenedy
Jaquet, Tim
Hitzhusen, Gregory
Email:
bucciarelli.4@osu.eduPrimary Department/Unit:
School of Environment and Natural ResourcesProducts:
ENRAEDE4567_ODRCWasteReductionInCommissaryPoster_au2022.pdf
,
ENRAEDE4567_ODRCWasteReductionInCommissary_au2022.pdf
Project Description:
The Ohio Department of Rehabilitation and Correction sought to reduce waste generated from the commissary at the Ohio Reformatory for Women (ORW) in Marysville, OH. Our capstone team was tasked with finding suitable products with recyclable or compostable packaging to be introduced into the commissary as sustainable alternatives. To understand the commissary and the preferences of the incarcerated population at ORW, we toured the facility, conducted an interview with two individuals from ORW's Green Team, and released a survey to a general population dormitory. Data gathered from the interviews and survey revealed that health is a top concern for incarcerated women, so we expanded our product scope to include vitamins, nutritional foods, and organic products. Additionally, we conducted a waste audit at the back of house commissary bins and the post-consumer bins placed in the dormitories. The final product recommendations include shower essentials, dental care, feminine products, food supplies, and vitamins. We recommend that ORW work with Kroger, Sun & Swell, Preserve, and the Zero Waste Store as vendors and introduce an alternative recycling program through Terracycle.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built EnvironmentProject Location:
40.229971253636, -83.3799539
Reducing Victoria's Secret & Co. Scope 1 and 2 Emissions: A Peer Case Study
Valerie Baker
Reducing Victoria's Secret & Co. Scope 1 and 2 Emissions: A Peer Case Study
x
Project Lead:
Valerie BakerCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Hopkins, ElizabethRosenberg, Isabelle
Ruscin, Hannah
Schorr, Jason
Jaquet, Tim
Hitzhusen, Gregory
Email:
baker.2533@osu.eduPrimary Department/Unit:
School of Environment and Natural ResourcesProducts:
ENRAEDE4567_VictoriasSecretEmissions_au2022.pdf
,
ENRAEDE4567_VictoriasSecretEmissions_Poster_au2022.pdf
Project Description:
This paper discusses the capstone project our team completed. The team of 5 Environment, Economy, Development, & Sustainability students collaborated with Sarah Moore, ESG Manager at Victoria's Secret. Moore presented a project focusing on how to reduce Victoria's Secret scope 1 and scope 2 emissions of their Columbus facilities. The team analyzed public information from peer brands to learn what steps they are taking to become more sustainable, toured one of Victoria's Secret distribution centers, and conducted key informant interviews with two employees at Victoria's Secret. Utilizing this information, the team produced four high-level recommendations for Victoria's Secret to begin their efforts in becoming more sustainable.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Resources, Circular EconomyProject Location:
39.959674323717, -82.78843755
City of Bexley – Assessing Community Sustainability Objectives via Community Engagement
Braeden Whaley
City of Bexley – Assessing Community Sustainability Objectives via Community Engagement
x
Project Lead:
Braeden WhaleyCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Bergman, RhiannaDamon, Stevie
Sullivan, Will
Jaquet, Tim
Hitzhusen, Gregory
Email:
whaley.162@osu.eduPrimary Department/Unit:
School of Environment and Natural ResourcesProject Description:
This capstone project aims to assist the City of Bexley by beginning the process of creating a comprehensive Climate Action Plan (CAP). This CAP will serve as a framework that details how the City of Bexley will reach the Cities Race to Zero Program goal of net zero and long-term net negative greenhouse gas emissions in the 2040s. The project team completed a CAP comparative study, resident survey, and community engagement event to identify sustainability priorities. Based on the community input and feedback received through community outreach, the project team recommends that the final CAP does the following: adopt Mid-Ohio Regional Planning Commission Complete Street Policy, obtain the Bicycle Friendly Community (BFC) certification from The League of American Bicyclists, enhance renewable energy incentives and education, and establish a greenspace task force. Additionally, this report recommends that the City of Bexley continues to partner with capstone students from The Ohio State University to advance the CAP creation, adoption, and implementation processes.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built EnvironmentProject Location:
39.964879861678, -82.9363578
Compost for Columbus: A Policy Benchmarking Project
Nikki Dzurko
Developing a Foundation for Sole Classics' Sustainability Strategy
Audrey Davis
Developing a Foundation for Sole Classics' Sustainability Strategy
x
Project Lead:
Audrey DavisCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Gaglione, IsabelleHarrison, Camden
Mason, Michaela
Petitpas, Cheyenne
Rapposelli, Michael
Rosenberg, Alexandria
Hitzhusen, Gregory
Braine, Bruce
Email:
davis.6409@osu.eduProject Description:
Our team collaborated with the Columbus-based boutique, Sole Classics, to support the integration of sustainability into their business plan. We selected various Environmental, Social, and Governance (ESG) topics and collected primary data from both internal and external stakeholders through a survey. We received a total of 9 internal and 137 external responses providing an assessment of stakeholder views on the importance of each ESG topic and suggestions for sustainability initiatives for Sole Classics. We leveraged this data, along with case studies of existing sustainability initiatives, to gain a deeper understanding of the issues that impact SC and should be prioritized for future sustainability efforts. Our findings suggest that Sole Classics should prioritize community engagement through education, environmental justice, and local-level sustainability initiatives to build a meaningful sustainability story for the brand and align with stakeholder expectations.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Community EngagementProject Location:
39.979690950011, -83.0037814
Student Perspectives on Advancing Sustainability at Ohio State
Taylor Franco
Student Perspectives on Advancing Sustainability at Ohio State
x
Project Lead:
Taylor FrancoCompletion Date:
Class Association:
ENR 4567Collaborators:
Franco, TaylorHowland, Priscilla
Huber, Dani
Mullaney, Maggie
Long, Kayla
Rice, Sam
Wilson, Madeline
Hitzhusen, Gregory
Email:
franco.65@osu.eduPrimary Department/Unit:
School of Environment and Natural ResourcesProducts:
ENRAEDE4567_StudentPerspectives_sp2023_poster.pdf
,
ENRAEDE4567_StudentPerspectives_sp2023.pdf
Project Description:
This report details the research our capstone group conducted for our community partner, The Ohio State University Sustainability Institute, collecting student opinions on the ideal future for sustainability education at the university. In the fall of 2022, the Sustainability Institute began an initiative called Advancing Sustainability at Ohio State (ASOS) with the goal of transforming the university into a nationwide leader in sustainability. We were tasked with gathering insights from current Ohio State students into their ideal future of sustainability education at the university to inform the planning of this ASOS initiative. We conducted research via two one-hour focus group sessions and a survey which was distributed to all current undergraduate and graduate students. From our engagement with students, we derived five major themes: a lack of sustainability accessibility, a desire for integration of sustainability into current courses, a need for university transparency, a recommendation to incentivize widespread student involvement, and a need for more sustainability career development. Our key recommendations include integrating sustainability into existing courses, creating a centralized source of sustainability information, and publishing data about current university sustainability initiatives.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, EducationProject Location:
40.005667980345, -83.028123378754
Sustainable Initiative & Emission Reduction Research for the City of Bexley, Ohio: Commercial & Institutional Sectors
Irene Posada
Sustainable Spaces on Campus: Reading Room and Solar House
Alayna Call
Sustainable Spaces on Campus: Reading Room and Solar House
x
Project Lead:
Alayna CallCompletion Date:
Class Association:
ENRAEDE 4567Collaborators:
Contento, MyrahKraus, Sophie
McLoughlin, Brooke
Sullivan, Will
Wygant, Nicole
Braine, Bruce
Hitzhusen, Gregory
Email:
call.136@osu.eduPrimary Department/Unit:
School of Environment and Natural ResourcesProducts:
ENRAEDE4567_SustainableSpaces_sp2023.pdf
,
ENRAEDE4567_SustainableSpaces_sp2023_poster.pdf
Project Description:
The goal of our project is to encourage the expansion of sustainable student spaces on Ohio State's Main Campus through two sub-projects. The first is to develop a sustainability based reading room on the third floor of Kottman hall. Kottman Hall is a hub for students in the School of Environment and Natural resources, the building director is looking to expand student spaces in Kottman. The second sub-project is to reinstate the use of the 2011 Solar Decathlon EnCORE house on Ohio State's West Campus. Our group is tasked with researching best uses for these spaces and creating recommendations for how to move forward in advancing the spaces.Project Type:
Living Lab ResearchSustainability Topic Area:
Built EnvironmentProject Location:
40.010668757483, -83.034464120865
Reducing Residential Greenhouse Gas Emissions in the City of Bexley, Ohio
Abby Thiel
Invasive Bush Honeysuckle Removal Coalition Proposal
Jeremy Brooks
Invasive Bush Honeysuckle Removal Coalition Proposal
x
Project Lead:
Jeremy BrooksCompletion Date:
Class Association:
ENR 2367Collaborators:
Phillipe KennyEuan Rae
Natalie Roemer
Alex Straubing
Cameron Svoboda
Email:
Brooks.719@osu.eduProducts:
ENR2367_invasivehoneysuckle_aut2013.pdf
Project Description:
The objective of this paper is to communicate to the general public the importance of the removal of nonnative honeysuckle from Ohio ecosystems. With a cohesive plan that links together organizations that have already performed successful operations, and willing student volunteers, we believe we can create a lasting partnership that will keep Bush Honeysuckle under control.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Natural EnvironmentProject Location:
40.014609388281, -83.017249166442
Olentangy Bottomland Hardwood Forest Trail: A Beneficial and Sustainable Development
Gregory Hitzhusen
Olentangy Bottomland Hardwood Forest Trail: A Beneficial and Sustainable Development
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Samuel EckertElizabeth George
Sally Herman
Alyssa Martin
Ben Rubinoff
Vicki Garrett
Jeremy Brooks
Kristen Shearer
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_BHF_Trail_aut2013.pdf
Project Description:
The Ohio State University Wetlands currently offer many research and educational opportunities. However, we believe that the bottomland hardwood forest in the Wetlands is not being used to its fullest potential. This site, if used properly, allows for additional educational and recreational opportunities. We propose that constructing a hiking trail spanning a large portion of the bottomland hardwood forest will make this ecosystem a useful resource for both OSU students and the Columbus community. The trail will provide educational opportunities, increase environmental awareness, and improve and enhance the character of the communityProject Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Built Environment, Natural EnvironmentProject Location:
40.019734963361, -83.018428801867
Ohio State University's Wetlands Watercolors Eco Art Exhibition Proposal
Gregory Hitzhusen
Ohio State University's Wetlands Watercolors Eco Art Exhibition Proposal
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Jacquelyn ColeVictoria Nabors
Shawn O’Connor
Erin Nelson
Kevin Inks
Jeremy Brooks
Vicki Garrett
Kristen Shearer
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_Watercolors-Project_aut2013.pdf
Project Description:
A proposal for the implementation of an environmental art show at the Ohio State University's Wetlands.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Natural EnvironmentProject Location:
40.01980069645, -83.018497467401
Miller Ecological Park Field Restoration
Gregory Hitzhusen
Miller Ecological Park Field Restoration
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Crystina BakusCallie Nauman
Jim Palus
Sidney Rucker
Lauren Stewart
Jeremy Brooks
Email:
hitzhusen.3@osu.eduProject Description:
This project was created to guide The Miller Ecological Park Board to restore the newly purchased thirty-acre soybean field into a self-sustainable park.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Climate Health, Natural EnvironmentProject Location:
39.453487110763, -84.218127251752
Heffner Wetland Facility Roof Garden
Gregory Hitzhusen
Heffner Wetland Facility Roof Garden
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Scott MillerMilana Novgorodsky
Cameron Roberts
Sam Schumann
Logan Walter
Jeremy Brooks
Vicki Garrett
Kristen Sheaer
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_wetlandroofgarden_aut2013.pdf
Project Description:
A green roof at the Heffner building, located at the Wilma H. Scheiermeier Olentangy River Wetland Park, would benefit the University and the surrounding community socially, economically, and ecologically. Using student research, this project outlines a plan for the construction of a roof garden on top of the Heffner facility.Project Type:
Sustainable CampusSustainability Topic Area:
Built Environment, Natural EnvironmentProject Location:
40.018973197911, -83.019615412127
Energy Audit: Reducing the Carbon Footprint of the Olentangy Wetlands Reserve Building
Gregory Hitzhusen
Energy Audit: Reducing the Carbon Footprint of the Olentangy Wetlands Reserve Building
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Christian CottingtonAdam Nolan
Theresa Rice
Ryan Walling
Corey Wetherby
Jeremy Brooks
Vicki Garrett
Kristen Shearer
Email:
Hitzhusen.3@osu.eduProducts:
ENR2367_teamenergy_aut2013.pdf
Project Description:
Team Energy focuses on a small scale approach to carbon reduction at The Wilma H. Shiermeier Olentangy River Wetland Research Park. This project provides a plan for which decision makers at the wetlands can reference in order to reduce the overall carbon footprint of the park. We hope that this project serves as an educational took to set Ohio State apart as an example of sustainability and energy conservation.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable EnergyProject Location:
40.020082207106, -83.01863050523
The Riverfront Recreation and Education Facility
Gregory Hitzhusen
The Riverfront Recreation and Education Facility
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Kelly PetersonAriel Ruzicka
Elizabeth Watson
Jamie Westhoven
Jeremy Brooks
Jason Tucker
Email:
Hitzhusen.3@osu.eduProducts:
ENR2367_RREF_sp2014.pdf
Project Description:
The Riverfront Recreation and Education Facility is part rental center, part classroom, and is designed to bring people to the new Olentangy Riverfront, emphasize active learning and growing, and serve as an example for future sustainable designs on Ohio State’s campus.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Sustainable ResourcesProject Location:
39.998968989956, -83.023677885794
Green Space Along the Olentangy River Corridor
Gregory Hitzhusen
Green Space Along the Olentangy River Corridor
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Hunter ArdreyMichael Bean
Melanie Fowler
Morgan Oberly
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_Greenspace_sp2014.pdf
Project Description:
This project proposes a green space near the planned CFAES campus when it moves to the east side of the river. This space will provide a recreational space for students and a healthy riparian ecosystem along the river corridor.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Built Environment, Natural EnvironmentProject Location:
39.999113640738, -83.022905408288
Building a Better Kottman
Gregory HItzhusen
Building a Better Kottman
x
Project Lead:
Gregory HItzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Elizabeth GreensladeAly Gordon
James Ryan
Hannah Maurer
Jeremy Brooks
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_NewKottman_sp2014.pdf
Project Description:
This project proposes building design principles for the structure that will replace the current Kottman Hall. Ideas center around various aspects of biophilic design and their numerous physical and psychological benefits.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable ResourcesProject Location:
40.002713849551, -83.026850938772
Planning for a Sustainable Riverside Café at Ohio State
Gregory Hitzhusen
Planning for a Sustainable Riverside Café at Ohio State
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Lindsay AgnewSara Toskin
Amber Miller
Colleen Bloss
Kayla Goldberg
Jeremy Brooks
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_SP14_RiversideCafe.pdf
Project Description:
This document is a preliminary plan for a riverside sustainable café as part of the migration of the College of Food, Agricultural, and Environmental Sciences to the Ohio State University central campus. The proposal emphasizes connecting the café to the three University discovery themes: energy and environment, food production and security, and health and wellness. Logistics, structure, design, and discussion of similar cafés is included.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable ResourcesProject Location:
40.002696975375, -83.024793686054
Olentangy River amphitheater proposal
Gregory Hitzhusen
Olentangy River amphitheater proposal
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Jacob BradshawSeth Collingwood
Mickey Croxton;
Reid Fu
Thomas Rhodes
Jeremy Brooks
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_SP14_Amphitheater.pdf
Project Description:
This paper details the proposal of the construction of an amphitheater along the Olentangy River near the new College of Food, Agriculture, and Environmental Science (CFAES) campus at The Ohio State University. A comprehensive analysis of the amphitheater’s potential use, design, maintenance, funding, and environmental impact are explored. Benefits and drawbacks of the project are also investigated from the perspective of the CFAES, OSU, students and staff, as well as the greater Columbus community.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Natural EnvironmentProject Location:
40.006063165464, -83.026098310947
Student involvement at The Ohio State University's Wetland Research Park
Aparna Dial
Student involvement at The Ohio State University's Wetland Research Park
x
Project Lead:
Aparna DialCompletion Date:
Class Association:
ENR 4567Collaborators:
Erin O’ShaughnesseyJack Craig
Catherine Draves
Gabe Domecus
Kaylina Ruth
Email:
Dial.15@osu.eduProject Description:
Increasing student involvement at The Wilma H. Schiermeier Olentangy River Wetland Research Park on The Ohio State University's campus would provide many benefits to both the university and the students. Increasing student involvement would provide students with volunteer experience as well as introduce them to wetland ecosystems. It would also provide maintenance work which would assist the Research Park. In order to increase involvement we propose that a new student organization be created at Ohio State.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Natural EnvironmentProject Location:
40.019773273068, -83.018252849415
Sustainable Urban Agriculture for Columbus
Gregory Hitzhusen
Sustainable Urban Agriculture for Columbus
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Rachel McKinleyAshley Weller
Elena Irwin
Email:
hitzhusen.3@osu.eduProject Description:
A student team research project for a class titled Assessing Sustainability. This project assesses the sustainability of urban agriculture in Columbus, Ohio.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable ResourcesProject Location:
39.986106860611, -82.997267783212
Garden classroom proposal
Gregory Hitzhusen
Garden classroom proposal
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
William WilberKristina Bomberger
Bridget O’Banion
Jake Marina
Cory Novak
Jeremy Brooks
Email:
hitzhusen.3@osu.eduProject Description:
With plans to move the College of Food, Agricultural, and Environmental Sciences across the river, Ohio State has a unique opportunity to develop new, innovative projects on the campus. This paper proposes the idea of incorporating an educational garden. The garden could be used for education, relaxation, or community outreach purposes.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Built EnvironmentProject Location:
40.003117757836, -83.027531681873
Columbus Climate Adapatation Plan
Gregroy Hitzhusen
Columbus Climate Adapatation Plan
x
Project Lead:
Gregroy HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Alexandra KuellerNate Hardin
Brett Baughman
Elena Irwin
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_ClimateAdapt_sp2014.pdf
Project Description:
Our project focuses on finding out what it would take for the City of Columbus to successfully implement a climate adaptation plan and what are the proper steps to take when implementing such a plan.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Resources, Sustainable EnergyProject Location:
39.983099963808, -82.988201648259
Greening the Energy Supply: Transportation, A Policy Recommendation and Research Guide for Columbus Green Transportation
Gregory Hitzhusen
Greening the Energy Supply: Transportation, A Policy Recommendation and Research Guide for Columbus Green Transportation
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Patrick LaserTyler Palmer
Ryan Wampler
Elena Irwin
Email:
hitzhusen.3@osu.eduProject Description:
The purpose of this research is to determine what policies and incentives the City of Columbus might pursue in order to help transition its local energy supply for transportation toward the use of renewable, less carbon-intensive, and less toxic alternatives. This report also assesses the viability of the STAR Communities rating system as a measure of the City of Columbus’ sustainability as it relates to transportation.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable EnergyProject Location:
39.983223247753, -82.9907458
Green Market Development Spring '14
Gregory Hitzhusen
Green Market Development Spring '14
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Alex PoreRoss Igoe
Vincent Valentino
Email:
hitzhusen.3@osu.eduProject Description:
An analysis of Columbus' green building stock and the City's initiatives related to green building growth. Benchmarking four city leaders in sustainability related to buildings, the research team presents four strategic recommendations for the City of Columbus' consideration.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment
Creating the infrastructure for a living laboratory at the Miller Ecological Park and other preparations
Gregory Hitzhusen
Creating the infrastructure for a living laboratory at the Miller Ecological Park and other preparations
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Travis CopelandRachael Dininger
Alissa Finke
Courtney Fisher
Monica Sheakley
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_MEPLivingLab_au2014.pdf
Project Description:
Our goal is to connect the local children of Lebanon, Ohio with nature via the Miller Ecological Park. To do this, we are focusing on the addition of a Living Laboratory to the property that can be used by local schools and Boy/Girl scout groups. The Living Laboratory will consist of an interactive trail that connects Bowman Elementary School to a restored prairie and wetlands at the southeastern corner of the MEP. We also are suggesting infrastructure additions to supplement the educational experience of local children through proper integration with school curriculums.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Natural EnvironmentProject Location:
39.453127991227, -84.218723773956
Enhancing Learning Opportunities at the Wilma H. Schiermeier Wetlands
Vicki Garrett
Enhancing Learning Opportunities at the Wilma H. Schiermeier Wetlands
x
Project Lead:
Vicki GarrettCompletion Date:
Class Association:
ENR 2367Collaborators:
Thomas FortunatoMagaret McMahan
Reid Powers
Shane Staton
Clayton Vranic
Email:
Garrett.95@osu.eduProducts:
ENR2367_WetlandLearningOpps_au2014.pdf
Project Description:
In this project we analyzed what the possibility and benefits would be if there were to be more classes added to the wetlands.Project Type:
Campus as Living LabSustainability Topic Area:
Natural EnvironmentProject Location:
40.019718428778, -83.0184674263
Implementing Invasive Management at The Wilma H. Schiermeier Olentangy River Wetland Research Park and Involving the Community
Gregory Hitzhusen
Implementing Invasive Management at The Wilma H. Schiermeier Olentangy River Wetland Research Park and Involving the Community
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Monica KomorowskiRoni Levine
Qingzi Luo
Jeremy Brooks
Vicki Garrett
John Grayson
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_Invasives_au2014.pdf
Project Description:
Currently, there is no plan of invasive management at The Wilma H. Schiermeier Olentangy River Wetland Research Park. This project provides the framework for community involvement through volunteer led invasive management at the research park.Project Type:
Campus as Living LabSustainability Topic Area:
Natural EnvironmentProject Location:
40.020064851299, -83.018703460039
Improving Bird Watching at the Ohio State University Wetlands: Columbus, OH
Aparna Dial
Improving Bird Watching at the Ohio State University Wetlands: Columbus, OH
x
Project Lead:
Aparna DialCompletion Date:
Class Association:
ENR 2367Collaborators:
Adam AresScott Filippelli
Ryan Hallowell
Brad Jones
Email:
Dial.15@osu.eduProducts:
ENR2367_BirdWatching_au2014.pdf
Project Description:
We propose that the Olentangy River Wetlands Research Park install six birdhouses designed to attract bluebirds, black-capped chickadees, and wood ducks. Three of these birdhouses will have live streaming video cameras installed, and the video feed will be displayed in the wetlands lobby. This feature will add renewed interest in the wetlands and will attract new visitors.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.019900935077, -83.018214224394
A Self-Guided Tour at the Olentangy Wetland Research Park
Jeremy Brooks
A Self-Guided Tour at the Olentangy Wetland Research Park
x
Project Lead:
Jeremy BrooksCompletion Date:
Class Association:
ENR 2367Collaborators:
Jeremie BeverstockHannah Jewell
Clay Rowley
Chet Saum
Mikaela Tardivo
John Grayson
Email:
brooks.719@osu.eduProducts:
ENR2367_SelfGuidedTourGroup_au2014.pdf
Project Description:
The Wilma H. Schiermeier Olentangy River Wetland Research Park (ORWRP) is a valuable site of research and educational opportunities for the Ohio State University community. It also provides a rare opportunity for members of the greater Columbus community to observe and learn about an ecosystem that they would not otherwise encounter in an urban environment. However, the facility remains underutilized by the public. By welcoming visitors and offering a self-guided tour, the ORWRP can become a more accessible and desirable site of informal science learning.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.01995516214, -83.018703460366
Effective Sign Content at The Wilma H. Schiermeier Olentangy River Wetland Research Park Pavilion
Gregory Hitzhusen
Effective Sign Content at The Wilma H. Schiermeier Olentangy River Wetland Research Park Pavilion
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Ryan CenterWesley Morris
Orlando Ortigoza
Donny Smith
Jeremy Brooks
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_WetlandSignage_au2014.pdf
Project Description:
This is a suggestion based paper for effective signage at The Ohio State University Wetland's pavilion through the evaluation of previous signs and research of successful signage content.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Natural EnvironmentProject Location:
40.020508841024, -83.019804238274
Accomplishing Outreach, Engagement & Facilitating Learning: A Digital Application for the Wilma H. Schiermeier Olentangy River Wetland Research Park
Gregory HItzhusen
Accomplishing Outreach, Engagement & Facilitating Learning: A Digital Application for the Wilma H. Schiermeier Olentangy River Wetland Research Park
x
Project Lead:
Gregory HItzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Robin IritzRachel Metzler
Mara Momenee
Graham Spangler
Brian Trainor
Jeremy Brooks
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_InteractiveWetlands_au2014.pdf
Project Description:
The Wilma H. Schiermeier Olentangy River Wetland Research Park (ORWRP) is world-renowned, but few people in the Columbus area choose to visit the research facility. In order to address the lack of visitation at the ORWRP and increase the public's understanding of wetlands ecosystems, this project proposes the development of an interactive smartphone application. The application will serve as a self-guided tour of the park that focuses on communicating the functions and importance of wetland ecosystems.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Natural EnvironmentProject Location:
40.019698811539, -83.018308639985
Ohio State Olentangy River Wetland Research Park Bioreserve Pond Transformation
Gregory Hitzhusen
Ohio State Olentangy River Wetland Research Park Bioreserve Pond Transformation
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 2367Collaborators:
Stphanie HylandMarisa Murphy
Terek Akkari
Alexis Paden
Ajla Karalic
Jeremy Brooks
John Grayson
Email:
hitzhusen.3@osu.eduProducts:
ENR2367_BioreservePond_au2014.pdf
Project Description:
In this report, we summarize the importance of wetlands for the environment, for industry, and for the basic needs of animals and humans alike. We discuss the significance that early childhood education holds for the understanding and future conservation of this vital ecosystem. We created a child-friendly, interactive curriculum utilizing the bioreserve pond, lobby exhibit, and other supplemental activities for visiting schools. By outlining the Ohio Science Standards for our target age group, grades K-3, we established a set of goals and expectations for the interactive activity. In order to meet these goals, and provide an easy to use and flexible guide for tour groups, we developed a lesson plan and instructor outline that includes suggested areas for discussion and assessments that will reinforce what the students learn and experience. The report also addresses social, economic, and environmental concerns including possible funding sources and the mitigation of environmental impacts.Project Type:
Campus as Living LabSustainability Topic Area:
Natural EnvironmentProject Location:
40.019768857964, -83.018488883154
Soil quality and hardwood forest regeneration in the Big Darby Creek headwaters of Logan County, Ohio
Roger Williams
Bike Columbus
Gregory Hitzhusen
Bike Columbus
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Rebecca PoserHarrison Morgenstern
Lindsey Eckert
Margeaux Apple
Lindsay Lingfelter
Neil Drobny
Fred Hitzhusen
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_BikeColumbus_sp2015.pdf
Project Description:
This projects analyzes the feasibility of Columbus doubling its bike share program between 2015 and 2020, quantifying the increases in bicycle miles traveled, calories burned, carbon offset, and cumulative cost. The City's main projection is a lower-bound estimate, as other cities have experienced much higher ranges benefits from doubling their bike share programs. This report also analyzes how Columbus can improve equity through bike sharing programs and bike services.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Energy
Smart Trips: Marketing Alternative Transportation in the City of Columbus, Ohio
Gregory Hitzhusen
Smart Trips: Marketing Alternative Transportation in the City of Columbus, Ohio
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Sarah MooreRebecca Goffe
Alyssa O'Connor
Cameron Roberts
Ryan Thompson
Neil Drobny
Email:
hitzhusen.3@osu.eduProject Description:
The following report will assess the feasibility of implementing a Smart Trips program in the city of Columbus. This analysis includes the environmental, social and economic costs and benefits associated with a Smart Trips program, as examined through two case studies: Knoxville, Tennessee and Portland, Oregon.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable EnergyEnergy Efficiency Incentives
Gregory Hitzhusen
Home and Business Energy Reduction
Gregory Hitzhusen
Home and Business Energy Reduction
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Shawn O'ConnorBrenda Quinn
Matt Unger
Ryan Walling
Corey Wetherby
Email:
hitzhusen.3@osu.eduProject Description:
The focus of our project is to reduce energy consumption community-wide by 20% over the next five years within the residential and commercial sectors. This 20% reduction is a goal within Green Memo III, set forth by the City of Columbus and Mayor Michael B. Coleman. Focusing on five objectives, we conducted research, gathered data on best practices from cities that have been making strides in this area, reached out to key energy providers, and provided a cost-benefit analysis on the financial feasibility of our goals. We hope to advise Columbus decision makers on how to effectively target homes and commercial buildings in order to market energy efficiency programs. We believe these programs will effectively reduce overall energy consumption and greenhouse gas (GHG) emissions for the City of Columbus.Project Type:
Living Lab ResearchSustainability Topic Area:
Built Environment, Sustainable Energy
Onsite Renewable Energy Incentives
Gregory Hitzhusen
Onsite Renewable Energy Incentives
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Rebecca MellinoAli Clunk
Vanessa Lopez
Rayan Hafouche
Colleen Bloss
Neil Drobny
Email:
hitzhusen.3@osu.eduProject Description:
Our team looked to find ways to implement an incentive program for renewable energy for the City of Columbus, Ohio and to make a recommendation for the next steps the city could take to achieve their carbon emission reduction goals laid out in Green Memo IIIProject Type:
Living Lab ResearchSustainability Topic Area:
Climate Health, Sustainable EnergyCity of Columbus Green Memo III: Municipal Building Energy Management
Gregory Hitzhusen
Comprehensive Public Transportation
Gregory Hitzhusen
Comprehensive Public Transportation
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Nia BlevinsTaylor Clendenin
Carly Good
Caroline Jochum
Jodi Mescher
Neil Drobny
Email:
Hitzhusen.3@osu.eduProject Description:
The overall goal of this report is to address Objective C.5. of Columbus’ Green Memo III to reduce the amount of people driving alone to work to 70% over the next five years through a comprehensive public transportation plan. This report takes a bird’s eye view of public transportation as the most logical approach in understanding steps Columbus should take to reach their goals. In order to achieve this, five cities were chosen as case studies to assess and compare various aspects of public transit as they relate to five categories: cars, buses, bikes, walkability and alternative (light rail, trolley, etc.). These cities were Indianapolis, Austin, Minneapolis, Charlotte, and Paris. Each were analyzed to determine best practices throughout all of the cities, as well as issues that each came across and why.Project Type:
Living Lab ResearchSustainability Topic Area:
Climate Health, Sustainable Energy
Green Job Training and Smart Roofs in Columbus, Ohio
Gregory Hitzhusen
Green Job Training and Smart Roofs in Columbus, Ohio
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Jack BowmanLaura Kington
Nicholas Julian
Ellen Grunewald
Elizabeth Greenslade
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_GreenJobTraining_sp2015.pdf
Project Description:
This paper is a response to Goal B under the Green Memo III report by the city of Columbus. The thesis goal was to study green job training opportunities in Columbus Ohio and recommend a job training program for the city of Columbus that trained individuals in smart roof construction.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Sustainable Energy
COTA: Setting the Standard
Gregory Hitzhusen
COTA: Setting the Standard
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Gus MartinCelina Laframboise
Destiny Cultice
Kayla Goldberg
Neil Drobny
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_COTA_sp2015.pdf
Project Description:
Final paper for the Environment, Economy, Development, and Sustainability capstone course. Analysis of potential greenhouse gas emissions reductions from reduced single-occupancy vehicle use as a result of potential COTA improvements. Includes benchmarking of various public transportation networks for customer service improvements and strategic recommendations for COTA.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Leaky Pipes, Leaky Wallet: A Look At OSU's Steam/Water Condensate Return System
Gregory Hitzhusen
Leaky Pipes, Leaky Wallet: A Look At OSU's Steam/Water Condensate Return System
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Luke HowardKatie Dorow
Luke Treece
Yidan Wang
Heather Bell
Sam Abdoul
Email:
hitzhusen.3@osu.eduProject Description:
One of The Ohio State University’s (OSU) goal is to reduce 5% potable water consumption per capita every five years and reset the baseline every five years thereafter.To achieve a 5% reduction in water consumption, H2 Block O’s research focuses on improving the efficiency of the steam condensate return system at McCracken Power Plant; a boiler plant that generates steam for 131 buildings on The Ohio State University’s campus. The motivation for this undertaking is to increase OSU’s water use rating with AASHE STARS, which is a tracking, assessment, and rating system used to measure sustainability among universities. The research objectives of this project include comparing McCracken’s current state to an efficient system, calculating a payback period analysis in order to weigh the decision-making process, and finally, the third objective is to make recommendations the university can embark on in the future to continue down a path of increased reduction in potable water consumption.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable Resources
Wexner Medical Center Waste Reduction Proposal
Gregory Hitzhusen
Wexner Medical Center Waste Reduction Proposal
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Daniel WodaJohn Berger
Chris Donohue
Jaymes St Clair
Ryan Hallowell
Sam Abdoul
Theodore Saltos
Email:
hitzhusen.3@osu.eduProject Description:
The main task of this project was to research and develop a plan that created a pathway for the Ohio State University Medical Center (OSUMC) to reduce facility generated waste and improve sustainable operation through recycling, education, and reprocessing single-use medical devices. The project goal is to help OSUMC achieve a goal of minimizing waste in the near future.Project Type:
Research CentersSustainability Topic Area:
Climate HealthProject Location:
39.993603641886, -83.019573569159
Local and Sustainable Food Purchasing at The Ohio State University: Capstone Course Proposal
Graham Spangler
Local and Sustainable Food Purchasing at The Ohio State University: Capstone Course Proposal
x
Project Lead:
Graham SpanglerCompletion Date:
Class Association:
ENR 4567Collaborators:
Kori GoldbergAlayna
Andrew Goldsword
Anne Fruth
Dr. Gregory Hitzhusen
Sam Abdoul
Email:
grahamrs94@gmail.comProject Description:
The purpose of this project is to create a response to the university’s sustainability goals developed by the President and Provost’s Council on Sustainability in November 2015 at The Ohio State University in Columbus, Ohio. The specific scope of our project is to address the university’s goal to “increase production and purchase of locally and sustainably sourced food to 40% by 2025.” The methods to develop a response to the university included: quantitatively analyzing OSU’s 2016 Association for the Advancement of Sustainability in Higher Education Sustainability Tracking, Assessment & Rating System (AASHE STARS) report for Food and Beverage Purchasing, qualitatively assessing the present-day atmosphere around food at OSU, including meetings with Dining Services representatives and leaders in the School of Environment and Natural Resources, as well as researching the Real Food Challenge (RFC), deeming it an appropriate and necessary tool for the university to utilize. The results that the research group produced is the creation of an EEDS (Environment, Economics, Development, and Sustainability) Capstone course that focuses on the research and analysis of The Ohio State University’s purchasing and sourcing of local and sustainable food using the Real Food Calculator Framework, which is a tool used by students to track institutional purchasing over time. The baselining work that Ohio State would need to accomplish in order to achieve purchasing of 40% local and sustainable food is an undertaking in itself; the introduction of a new capstone will help the university utilize their resources in a financially responsible manner by allowing students to conduct and analyze this necessary research, as well as fill the growing demand for a thematic capstone course within the School of Environment and Natural Resources. Our team believes that the goal put forth by Ohio State is very ambitious, as the university has less than ten years to almost quadruple the percentage of local and sustainable food purchasing. No other universities reporting to AASHE of comparable financial resources and student enrollment to Ohio State are near 40% at this time. Leaders in local and sustainable food purchasing (Michigan State University and University of Texas at Austin) are currently at 21%. In order to achieve comparable results with these universities, The Ohio State University needs to conduct extensive baselining work and provide a mechanism that ensures transparency, accountability, and constant collaboration with involved stakeholders. We believe the capstone course will provide Ohio State with a financially responsible option of pursuing this goal. In addition to the course, we recommend that the University should sign the Real Food Campus Commitment. Signing the commitment will hold Ohio State accountable, provide a mechanism of transparency, and will enable the capstone course’s work to be viable in the decision making process.Project Type:
Sustainable CampusSustainability Topic Area:
Sustainable Resources, Circular EconomyProject Location:
40.004134777023, -83.013489916921
Buckeyes for Buckeyes: Increasing the Tree Canopy on The Ohio State University's Main Campus
Gregory Hitzhusen
Buckeyes for Buckeyes: Increasing the Tree Canopy on The Ohio State University's Main Campus
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Anna KoontzAnna Madrishin
Kennedy Kowalski
Veronica Havran-Vena
Ryan Ludwig
Sam Abdoul
Email:
hitzhusen.3@osu.eduProject Description:
This report seeks to assist The Ohio State University with its goal of doubling the tree canopy by 2025. This report suggests either the revision or reworking of the goal due to issues with feasibility. It also suggests a new tree care policy based on case studies of similar universities which has stricter penalties for damage and encourages a campus culture of tree preservation, especially with regards to mature trees. A cost-benefit analysis for two possible planting scenarios was performed, and the non-monetary ecosystem and aesthetic benefits were far greater than the costs in each. A map of possible planting areas was also generated. Overall, this report provides Ohio State with both recommendations and a general framework for increasing the tree canopy on campus.Project Type:
Sustainable CampusSustainability Topic Area:
Built Environment, Natural EnvironmentProject Location:
40.001077513047, -83.042715266347
The Ohio State University, Platinum Report (2018)
Gregory HItzhusen
The Ohio State University, Platinum Report (2018)
x
Project Lead:
Gregory HItzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
James HeinenSammie Keitlen
Remy Pascine
Brandon Swanzer
Evan McElhinny
Sam Adboul
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_AASHESTARS_sp2016.pdf
Project Description:
AASHE STARS is a sustainability framework that provides a method for higher education institutions to measure their sustainability performance. Institutions self-report data in a variety of categories that results in a score that is classified as a Bronze, Silver, Gold, or Platinum rating. The Ohio State University has recently implemented a set of sustainability goals that commit to improving its future sustainability outlook, which include a goal to achieve a Platinum rating by 2018. As of 2016, The Ohio State University's AASHE STARS submission earned an overall score of 72.53 points, which produced a Gold rating. In order to receive a Platinum rating, Ohio State must increase this score to 85 points by 2018. To reach this goal, Ohio State needs to focus on credits in heavily weighted areas where performance is lacking. The main areas of focus in this report are Academic Curriculum and Learning Outcomes, Food and Beverage Purchasing, Building Energy Consumption, Landscape Management, Purchasing, Waste Minimization and Diversion, and Water Use. After determining a projected score for each of these core areas, it was estimated that The Ohio State University would receive a score of 83.93 points by 2018. This projection falls short of the 85 points needed to attain a Platinum rating. If the university is truly committed to attaining a Platinum rating by 2018, there is a drastic need to accelerate its progress in the aforementioned core areas. In order for Ohio State to exceed these projections and achieve a Platinum rating, it is crucial to implement sustainability coursework into survey courses while also accelerating the progress of the university’s other sustainability goals.Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Built Environment, Sustainable Resources, Natural Environment, Circular Economy, Sustainable EnergyProject Location:
40.002293860274, -83.017438128591
Creating a Zero Waste Culture: Responsible Reuse and Recycling
Gregory Hitzhusen
Creating a Zero Waste Culture: Responsible Reuse and Recycling
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Taylor FaecherLaura Hagler
John Johnson
Austin McKinley
Nicole Ratliff
Sam Abdoul
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_ZeroWaste_sp2016.pdf
Project Description:
The project examines OSU's goal of zero waste by 2025 through minimizing waste, specifically involved with student life on the Columbus campus. Contamination of the recycling stream was also a vital concern for the university and is addressed in the report provided.Project Type:
Campus as Living LabSustainability Topic Area:
Sustainable ResourcesProject Location:
40.002193697364, -83.017542148009
The Ohio State University Green Purchasing Policy
Gregory Hitzhusen
The Ohio State University Green Purchasing Policy
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Kaitlyn WilliamsElizabeth George
Brain Trainor
Kristina Bomberger
Email:
hitzhusen.3@osu.eduProject Description:
The goal of our project is to create a new green purchasing policy at The Ohio State University (OSU) to incorporate sustainability into the university’s purchasing decisions. With this policy we hope to meet the university’s sustainability goals, specifically to develop university-wide standards for targeted environmentally preferred products with full implementation by 2025.Project Type:
Campus as Living LabSustainability Topic Area:
Sustainable Resources, Circular EconomyProject Location:
40.010544724767, -83.020957186818
Increasing Resident Interest in Sustainability in the City of Worthington, Ohio
Jeremy Brooks
Increasing Resident Interest in Sustainability in the City of Worthington, Ohio
x
Project Lead:
Jeremy BrooksCompletion Date:
Class Association:
ENR 4567Collaborators:
Heather HarperRachael Dininger
Marisa Murphy
Emily Obringer
Email:
Brooks.719@osu.eduProject Description:
This report was done for the City of Worthington, Ohio. The purpose being to research ways to increase resident interest in sustainability.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Climate HealthProject Location:
40.094870431527, -83.02544465
A Communication Framework for Worthington's Sustainable Initiatives
Jeremy Brooks
A Communication Framework for Worthington's Sustainable Initiatives
x
Project Lead:
Jeremy BrooksCompletion Date:
Class Association:
ENR 4567Collaborators:
Milana NovgorodskyGregory Goldberg
Greyson Rusher
Email:
brooks.719@osu.eduProducts:
ENRAEDE4567_CommunicationFramework_au2016.pdf
,
ENRAEDE4567_CommunicationFramework_au2016_0.pdf
Project Description:
We present a communication strategy for the City of Worthington to consider as it moves forward with the planning and implementation of a community sustainability framework.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable EnergyProject Location:
40.094870431527, -83.02544465
Municipal Energy Savings for the City of Worthington
Bruce Braine
Municipal Energy Savings for the City of Worthington
x
Project Lead:
Bruce BraineCompletion Date:
Class Association:
ENR 4567Collaborators:
Anthony CarlozzoMarlene Moore
Matt Merchant
Mitch Gerhart
Jeremy Brooks
Email:
Braine.3@osu.eduProject Description:
This project is the result of a plan to audit the utility usage (gas, electric, water, and sewage) of six municipal buildings in the city of Worthington as well as perform on-site walkthroughs to develop a list of recommendations for the purpose of producing an outcome of overall reduction in energy usage and ultimately the associated costs with that. The goal of this project is propose recommendations that align with the city of Worthington’s sustainability initiatives that will allow for more flexibility within each municipal buildings’ budgets for future use.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable EnergyProject Location:
40.094870431527, -83.02544465
Solar Viability in the Historic District of Worthington
Bruce Braine
Solar Viability in the Historic District of Worthington
x
Project Lead:
Bruce BraineCompletion Date:
Class Association:
ENR 4567Collaborators:
Aaron RhodesLindsay Agnew
Tori Baron
Alex Cruz
Nick Neely
Jeremy Brooks
Email:
Braine.3@osu.eduProject Description:
This project explores the economic viability of introducing solar energy within the Historic District of Worthington, Ohio as well as energy efficiency measures for the municipality.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable EnergyProject Location:
40.094870431527, -83.02544465
Developing Alternative Transportation in Old Worthington
Bruce Braine
Developing Alternative Transportation in Old Worthington
x
Project Lead:
Bruce BraineCompletion Date:
Class Association:
ENR 4567Collaborators:
Luca CostaDavid Defer
Connor Herman
Tyler Hoerst
Nathan Shroyer
Jeremy Brooks
Ellen Maas
Email:
Braine.3@osu.eduProject Description:
This report covers the research and development of alternative transportation in the Old Worthington commercial district. The first objective of this report is exploring the costs and benefits of an electric vehicle charging station in Old Worthington. The second objective involves renovation of the multi-use path leading from the Olentangy Trail towards Old Worthington, as well as integrating bike signage into Worthington's wayfinding program.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable EnergyProject Location:
40.094870431527, -83.02544465
The City of Worthington Sustainability Action Plan
Cheryl Fladung
The City of Worthington Sustainability Action Plan
x
Project Lead:
Cheryl FladungCompletion Date:
Class Association:
ENR 4567Collaborators:
Ellison FellersEmily Evans
Chyli Buenger
Mara Momenee
Jeremy Brooks
Ellen Maas
Email:
Fladung.5@osu.eduProject Description:
The purpose of this project was to develop a plan of action that will give the city of Worthington, Ohio the capacity to grow and develop sustainably into the future.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable EnergyProject Location:
40.093733085922, -83.018022179604
Market Analysis of Barriers to Electric Vehicle Adoption
Gregory Hitzhusen
Market Analysis of Barriers to Electric Vehicle Adoption
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Brittany BechholdSarah Fischer
Helena Rudoff
Carolyn Voigt
Chris Gates
Email:
hitzhusen.3@osu.eduProject Description:
This research report was completed by five students for a senior capstone course at the Ohio State University. This market study was developed in response to initiatives six through eight of the Smart Columbus Project, Priority Three: “Consumer EV Adoption." The primary task of this study was electric vehicle market research, including the study of available consumer options and supply- and demand-side barriers to adoption in Columbus, Ohio. The analysis used in this study sought to understand the current challenges within this market and develop recommendations for electric vehicle marketing strategies for the City.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Circular Economy, Sustainable Energy
Case Study Analysis for the Strategic Implementation of Smart Street Lighting in the Linden Neighborhood of Columbus, Ohio
Gregory Hitzhusen
Case Study Analysis for the Strategic Implementation of Smart Street Lighting in the Linden Neighborhood of Columbus, Ohio
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Lydia BednarskiBrittany Dodson
Gabriel Domecus
Addir Levine
Margaret Odiorne
Email:
Hitzhusen.3@osu.eduProject Description:
A case study analysis of four U.S. cities and their smart street lighting applications for a proposed pilot project in the Linden neighborhood of Columbus, Ohio through the Smart Cities grant.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment
Smart Street Lighting: Campus Pilot
Gregory Hitzhusen
Smart Street Lighting: Campus Pilot
x
Project Lead:
Gregory HitzhusenCompletion Date:
Collaborators:
Rebecca JennisonCassandra Clifford
Cassidy Horency
Benjamin Black
Enrique Ng Zheng
Abdoul Sam
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_StreetLightingCP_sp2017.pdf
Project Description:
This report details a proposed, pilot project for The Ohio State University. This pilot can be used as a real-world example, or "test-case", for the City of Columbus and its smart street lighting efforts. This report includes explanations of recommended technologies (computer vision, dimming capabilities, and air quality monitoring), a proposed pilot location, campus/city receptivity data, and a cost estimate.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable Energy
Shaping a Sustainable Old Worthington
Gregory Hitzhusen
Shaping a Sustainable Old Worthington
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Gia ManciniMadison Butcher
Rika Bailey
Marisa Searle
Vince Gill
Email:
hitzhusen.3@osu.eduProject Description:
This project is a collaboration between the Old Worthington Partnership, Old Worthington merchants, American Electric Power (AEP), and the Sustainable Worthington Capstone Group from The Ohio State University’s Environment, Economy, Development, and Sustainability (EEDS) major. Old Worthington is located in the historic downtown of Worthington, Ohio. The Old Worthington Partnership is a volunteer group that aims to enhance the Old Worthington experience by pursuing collaboration, engagement, and sustainability. The Old Worthington Partnership reached out to this capstone group for assistance in implementing AEP’s Small Business Express Program among their eligible merchants.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Resources, Sustainable Energy
Smart Columbus Common Payment System: Benchmark
Gregory Hitzhusen
Smart Columbus Common Payment System: Benchmark
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Colleen MageeLindsay Steinbauer
Anne Dietrich
Mara Sheley
Amelia Garrision
Abdoul Sam
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_CommonPayment_sp2017.pdf
Project Description:
This project looks at the Smart Columbus initiative to improve transportation access though out Columbus and especially the Linden neighborhood. One initiative Columbus wishes to implement is a common payment system for transportation. Our team was responsible for researching existing payment systems in other cities and ranking these systems based on sustainable principles. We then provided recommendations to the city based on our research results.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Climate Health
Feasibility of Electric Autonomous Shuttles in Easton
Nathan Kleshinski
Feasibility of Electric Autonomous Shuttles in Easton
x
Project Lead:
Nathan KleshinskiCompletion Date:
Class Association:
ENR 4567Collaborators:
Taylor BerschetWilliam Boorn
Kiera Kratoville
Jordan Lempke
Dr. Gregory Hitzhusen
Abdoul Sam
Email:
Kleshinski.9@osu.eduProducts:
ENRAEDE4567_EAVFeasibility_sp2017.pdf
Project Description:
As the winner of the United States Department of Transportation’s Smart City Challenge, Columbus, Ohio plans to deploy six electric autonomous vehicles (EAVs) throughout the Easton Town Center/Morse Rd. area. These EAVs will act as shuttles, and address the first-mile/last-mile issue involving lack of transport to a destination from a public transit drop-off point. This report employs a survey to determine the feasibility of EAV adoption in Columbus, Ohio - which has found implementation to be beneficial. Additionally, five EAV companies were researched to identify which is best for the Easton area.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Smart Columbus Grid Modernization: AMI Innovation Adoption
Gregory Hitzhusen
Smart Columbus Grid Modernization: AMI Innovation Adoption
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Amanda EchelberryMatt Henderson
Miki Huber
Ryan Northern
Carly VanCucha
Email:
Hitzhusen.3@osu.eduProducts:
ENRAEDE4567_GridModernization_sp2017.pdf
Project Description:
Advanced Metering Infrastructure (AMI) is an integrated system of smart meters, communication networks, and data management systems that enables two-way communication between utilities and customers. This technology is intended to improve efficiency, identify and respond to outages more efficiently, and better monitor and control the distribution system. The only way to see direct benefits of this technology is to engage with the new features it provides. This analysis highlights the strengths and weaknesses of AMI from the consumer perspective for marketing purposes for the City of Columbus as an extension of the Smart Columbus initiatives in order to capitalize on positive sustainable behavior changeProject Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Energy
Economic Cost-Benefit Analysis of Smart LED Street Lights: Providing Free Public WiFi to the Linden Neighborhood
Gregory Hitzhusen
Economic Cost-Benefit Analysis of Smart LED Street Lights: Providing Free Public WiFi to the Linden Neighborhood
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDE 4567Collaborators:
Christina VentoDustin Kitchen
Eli Collinson
Katie Bilinski
Megan Fuerst
Abdoul Sam
Email:
hitzhusen.3@osu.eduProducts:
ENRAEDE4567_StreetLights_sp2017.pdf
Project Description:
Cost-Benefit analysis of the provision of free WiFi into the Linden neighborhood through smart street lighting infrastructure.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Energy
Electric Autonomous Vehicle Case Study Analysis
Gregory Hitzhusen
Electric Autonomous Vehicle Case Study Analysis
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Natalie RoemerSarah Jones
Michael Marino
Stephanie Hyland
Grant Southwood
Abdoul Sam
Email:
hitzhusen.3@osu.eduProject Description:
The purpose of this report is to outline the research conducted by the EAV Benchmark/Case Study group as part of a collaboration between The Ohio State University’s Environment, Economy, Development, and Sustainability Capstone course and the City of Columbus’ Smart Columbus Project. The City of Columbus wishes to deploy a fleet of connected Electric Autonomous Vehicles (EAVs) in Easton Town Center in order to eliminate travel issues for first mile/last mile commuters and shoppers, increase efficiency of business logistics within the commercial district, and reduce the negative environmental impacts that result from the use of traditional transportation modes. In order to help the city achieve these goals, we completed a set of research objectives aimed at informing Columbus of the best practices and key challenges learned from global leaders for EAV frameworks.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Viability of Implementing Smart Street Lights on The Ohio State University's Columbus Campus
Bruce Braine
Viability of Implementing Smart Street Lights on The Ohio State University's Columbus Campus
x
Project Lead:
Bruce BraineCompletion Date:
Class Association:
ENR 4567Collaborators:
Grace FischerLeah Zevchik
Imby Abath
Andrew Moff
Daniela Miteva
Myra Moss
Email:
braine.3@osu.eduProject Description:
This report analyzes the viability of implementing Smart Street Lights on OSU's Columbus campus. Smart Street Lights will reduce electricity costs and will create additional benefits for users.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment
Feasibility of Electric Autonomous Vehicles on Ohio State University Campus
Bruce Braine
Feasibility of Electric Autonomous Vehicles on Ohio State University Campus
x
Project Lead:
Bruce BraineCompletion Date:
Class Association:
ENR 4567Collaborators:
Haley HendersonAlex Veder
Lu Li
Miles Johnson
Email:
Braine.3@osu.eduProject Description:
Motivated by the sustainability goals of both The Ohio State University (OSU) and the City of Columbus, this research project aims to assist OSU in finding useful and efficient ways to use electric autonomous shuttles at the OSU Columbus campus. Specifically using Local Motors’ Olli electric autonomous vehicle as our vehicle of interest, we researched compatible services for the introduction of electric autonomous shuttles at Ohio State.Project Type:
Campus as Living LabSustainability Topic Area:
Sustainable EnergyFurthering a Synergetic Sustainability Curriculum at The Ohio State University
Rachel McDevitt
EVCS Infrastructure for Private Company Adoption
Gregory Hitzhusen
EVCS Infrastructure for Private Company Adoption
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
casey LenfestChristian Lui
Anthony Rocco
Alicia Russo
Mikhail Yakhnitskiy
Email:
hitzhusen.3@osu.eduProject Description:
Cost Benefit Analysis of Electric Vehicle Charging infrastructures implemented for private company adoption in the city of ColumbusProject Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Energy
Public Access EV Charging Station Placement in Grandview Heights, Ohio
Kate Boening
Public Access EV Charging Station Placement in Grandview Heights, Ohio
x
Project Lead:
Kate BoeningCompletion Date:
Class Association:
ENR4567Collaborators:
Makenna DunlapDJ Helminiak
Erik Schommer
Jimmy Uhland
Dr. Gregory Hitzhusen
Bruce Braine
Brian Roe
Email:
boening.3@osu.eduProject Description:
Spatial analysis of the Grandview Heights, Ohio area for optimal placement of electric vehicle charging stations for public use. Uses GIS, fieldwork and benchmark analyses.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Identifying Electric Vehicle (EV) Charging Infrastructure Characteristics and Incentives for EV Adoption by Yellow Cab Columbus
Gregory Hitzhusen
Identifying Electric Vehicle (EV) Charging Infrastructure Characteristics and Incentives for EV Adoption by Yellow Cab Columbus
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Casey ScottGiovanna Busco
Jordan Hampshire
Brian Roe
Bruce Braine
Email:
hitzhusen.3@osu.eduProject Description:
This report seeks to assist SMART Columbus with its goal of increasing the use of electric vehicles (EV) among transportation service providers in Columbus by survey of Yellow Cab Columbus taxi drivers. This report suggests Yellow Cab move forward with their plans to integrate EVs into their fleet. It also suggests possible locations for EV chargers based off of opinions from drivers and analysis of trip destination frequency from a heat map provided by NREL. A cost-benefit analysis for a current, petroleum vehicle used by Yellow Cab and an EV was performed, and the cost benefits of the latter prove to be greater after three years. Overall, this report provides SMART Columbus and Yellow Cab Columbus with both recommendations for charging infrastructure and a general idea of barriers to EV adoption identified by Yellow Cab drivers.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Prenatal Trip Assistance Cost Analysis
Gregory Hitzhusen
Prenatal Trip Assistance Cost Analysis
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Haley CrookstonLauren Fletcher
Xenia Grace Marzan
Brian Roe
Bruce Braine
Email:
hitzhusen.3@osu.eduProject Description:
This report was developed in response to a request for proposal from the City of Columbus' SmartCity project regarding a prenatal trip assistance program. A goal of SmartCity is to provide better, more reliable transportation to expecting mothers in order to reduce the high infant mortality rates in the neighborhoods around Franklin County. Our group was tasked with completing a cost-effectiveness analysis in order to compare several prenatal trip assistance options to determine which option would be the most practical around Franklin County.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Addressing Infant Mortality Through Improved Non-Emergency Medical Transportation
Gregory Hitzhusen
Addressing Infant Mortality Through Improved Non-Emergency Medical Transportation
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Sarah DavisAllison DeLong
Maddie Goebel
Zachary Horn
Victoria Roland
Brain Roe
Bruce Braine
Email:
hitzhusen.3@osu.eduProject Description:
The purpose of this benchmarking analysis is to assist the Smart Columbus team in providing adequate and reliable transportation for new and expectant mothers of Linden. Through comprehensive online research and informative interviews with key stakeholders, our team has developed a greater understanding of the infant mortality crisis in Columbus and the workings of the NEMT system as it operates here and across the country. This is an inherently complex system that can be confusing to coordinate from the patient perspective, often amounting to unreliable service and poor customer outcomesProject Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment
Kiosk Common Payment System
Gregory Hitzhusen
Kiosk Common Payment System
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENRAEDE 4567Collaborators:
Hannah SargelErika Bruce
April Dotdon
Jeffery Imbrogno
Annie Jachthuber
Email:
hitzhusen.3@osu.eduProject Description:
In conjunction with the Smart Columbus project, we were tasked with creating a common payment system for the city of Columbus to help usher in a more efficient transportation system. The poster was presented at the Environmental Professionals Network Signature Event on April 16, 2018 and at the CIO Tomorrow Conference on April 18, 2018.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment
Impact of Docked Bikes in Columbus, Ohio
Grant Gray
Impact of Docked Bikes in Columbus, Ohio
x
Project Lead:
Grant GrayCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Joshua SmithParker Siegfried
Vanessa Nawn
Email:
Gray.1119@osu.eduProducts:
AEDECON4567_ImpactDockedBikes_sp2019.pdf
Project Description:
Our team of Environment, Economy, Development and Sustainability (EEDS) students at The Ohio State University were tasked with analyzing the current state of bike sharing in Columbus, Ohio. This project is important for the City to address because of the immense amount of changes happening with bike sharing programs. Due to the recent development of Lime discontinuing their dockless bikes in the city of Columbus, it has become increasingly more important to explore where bike share systems in Columbus stand and how it can be enhanced. Many of the questions that were posed to us during the introduction of our project were about which bike system was preferred by riders, if there are parking and safety issues with dockless bike systems, which system is more economically viable for the city and the citizens, and how to address the first and last mile issue of commuting within low income communities. In the course of our research, our team focused on four main objectives to best analyze bike sharing in Columbus. We evaluated the current status of Columbus as well as three other supporting objectives relating to mobility, health, and low-income communities to develop final recommendations for the City. Our major findings were based on researching successful programs in other cities and considering how to apply successful models in other cities to the needs of the City of Columbus.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Resources, Sustainable Energy
Potential for Municipal Procurement Of Renewable Energy Via Virtual Power Purchase Agreements
Gregory Hitzhusen
Potential for Municipal Procurement Of Renewable Energy Via Virtual Power Purchase Agreements
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Vincent HahnJake Cardinal
McKenzie Brizes
Nathan Jacoby
Brandon Sieniawski
Bruce Braine
Elena Irwin
Email:
hitzhusen.3@osu.eduProducts:
AEDECON4567_VPPA_sp2019.pdf
Project Description:
This report details the findings of a group of students from The OhioState University related to a project conducted with the intent of analyzing the viability of municipal procurement of renewable energy via virtual power purchase agreements (VPPAs). This research was conducted for the City of Columbus as part of their Smart Columbus project, which is an effort to make the City more sustainable. The primary objective of this report is to differentiate the two main types of power purchase agreements (PPAs): physical power purchase agreements (PPPAs), and virtual power purchase agreements (VPPAs). A major aspect of the research was the use of two case studies involving Cummins Inc., and Anheuser-Busch. Both of these large corporations have opted to implement the use of VPPAs to meet renewable energy goals, and our team analyzed why they have been so successful. The Cummins Inc. case was particularly important in our research due to the extensive information provided regarding framework used to determine the optimal renewable energy procurement method. This framework is a tool other entities seeking sustainable procurement of renewable energy could use in their decision making process. Also included in this report are findings related to: relative advantages, regulatory barriers, how to make an economically efficient deal, a brief market outlook, and our recommendations for the City.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Identifying Barriers to Linden Energy Saving Programs
Matthew Griffin
Identifying Barriers to Linden Energy Saving Programs
x
Project Lead:
Matthew GriffinCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Stephanie MitchellJessie Gibson
Patrick Cullinan
Morgan Williams
Bruce Braine
Elena Irwin
Email:
griffin.603@osu.eduProducts:
AEDECON4567_LindenCES_sp2019_0.pdf
Project Description:
The goal of our project was to provide focus to the Community Energy Savers (CES) program being administered through AEP Ohio and Columbia Gas by identifying barriers to resident participation in the program. The CES program incentivizes energy efficiency through in-home energy audits and various rebate programs. Each time a resident participates in one of these programs they earn points for the community that go towards a goal set for the entire neighborhood. The CES program is currently being implemented in Linden, a low-income neighborhood in the Northeast area of Columbus. This report and research poster summarize key findings from our project and provide recommendations to improve resident participation in the Linden CES program.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Electric Vehicle Adoption Among Uber and Lyft Drivers
Gregory Hitzhusen
Electric Vehicle Adoption Among Uber and Lyft Drivers
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDE 4567Collaborators:
Jacob HumphreyDominique Provencher
Nick Gasior
Matt Baugher
Jacob Watroba
Bruce Braine
Elena Irwin
Email:
hitzhusen.3@osu.eduProducts:
AEDE4567_EVMarketUberLyft_sp2019.pdf
Project Description:
In partnership with Smart Columbus and The Ohio State University, the purpose of our research is to perform a statistical analysis of data regarding the possibility of ride-hailing platform drivers purchasing electric vehicles. This data was gathered by the City of Columbus and Clean Fuels Ohio through a ten question survey. Our analysis and research revealed that the key barrier to electric vehicle adoption among ride-hailing platform drivers in Columbus is cost. Specifically, based on the initial survey data collected from Smart Columbus, we found that 57.91% of respondents identified the cost of an electric vehicle as the largest barrier to adoption and 75.54% of respondents identified financial incentives for vehicle purchase as a possible incentive to consider the purchase of an electric vehicle. Having completed the data analysis requested by the City, our team determined that a new survey needed to examine the individual-level barriers to adoption and to guide policy to address these barriers. Through collaboration with Ohio State faculty and staff, our team developed a new survey that follows standardized practices in order to ensure reliable results.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Mobility Equity Analysis of Electric Scooters in Linden, Columbus
Gregory Hitzhusen
Mobility Equity Analysis of Electric Scooters in Linden, Columbus
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Elizabeth WhitemanMiles Van Blarcum
Michaela Master
Sam Richards
Bruce Braine
Elena Irwin
Email:
hitzhusen.3@osu.eduProject Description:
Since their introduction to Columbus in July of 2018, dockless electric Lime scooters have revolutionized individual travel. Their adoption in the Linden Community has been limited, however, compared to the neighboring Clintonville Community. Further research is needed to understand why the adoption of scooters in Linden is limited, the barriers to adoption, and what the value of scooters is in addressing the limitations of mobility in Columbus.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
Identifying Best Practices for Management of Electric Scooters
Elena Irwin
Identifying Best Practices for Management of Electric Scooters
x
Project Lead:
Elena IrwinCompletion Date:
Class Association:
AEDE 4567Collaborators:
Juliet HallEvan Byrnes
Chris McMahon
Dana Pontius
Josh Watts
Email:
irwin.78@osu.eduProducts:
AEDE4597_eScooterManagement_sp2019.pdf
Project Description:
The purpose of this project was to conduct an analysis of the usage of rentable electric scooters (eScooters) and to identify any potential areas of safety concern regarding the usage of the eScooters within the City of Columbus. From there, we benchmarked Columbus to other cities based on policy regulations concerning the status of eScooters. We could then offer the City policy recommendations in order to properly manage the eScooters. This project was conducted in partnership with SMART Columbus and The Ohio State University.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Energy
City of Columbus Electric Vehicle Fleet Adoption Analysis
Gregory Hitzhusen
City of Columbus Electric Vehicle Fleet Adoption Analysis
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Ian NewmanMegan Gilroy
Emily Jones
Drew Bessignano
Melissa Wilkinson
Elena Irwin
Email:
Hitzhusen.3@osu.eduProducts:
AEDECON4567_ColumbusEVFleet_sp2019.pdf
Project Description:
The city of Columbus has significantly invested in analyzing the future of sustainable mobility through the Smart City grant that the city received in 2016. This project served as the undergraduate capstone project for five students in the Environment, Economy, Development, and Sustainability major at The Ohio State University. This project examined the economic impact of the incorporation of 93 electric vehicles into Columbus's fleet, to help make recommendations on how the city ought to conduct future electric vehicle purchases. Work on this project occurred from February 2019 to April 2019 and was presented at the Environmental Professionals Network April 2019 meeting at The Ohio Union at The Ohio State University. The students collaborated with the city of Columbus, SMART Columbus, and faculty members in the College of Food, Agriculture, and Environmental Sciences at The Ohio State University.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Resources, Sustainable Energy
Telecommuting: Smarter Workplaces
Gregory Hitzhusen
Telecommuting: Smarter Workplaces
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Alyssa BarbutoAlyssa Gilliland
Rilee Peebles
Nicholas Rossi
Turner Shrout
Bruce Braine
Email:
hitzhusen.3@osu.eduProducts:
AEDECON4567_Telecommuting_sp2020.pdf
Project Description:
Our team collaborated with Smart Columbus to evaluate the potential of telecommuting to be permanently integrated into the workplace. Telecommuting is defined as an arrangement between employee and employer wherein the employee works outside of the traditional work environment, such as in working from home. This paper reviews the existing telecommuting literature and research regarding the benefits it offers to employers, employees, and the environment. Our recommendations will highlight some of the "best practices" for the creation of long-term teleworking programs that benefit both employers and employees.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment
Alternative Materials Recycling in the City of Bexley, Ohio
Allyson Amstutz
Alternative Materials Recycling in the City of Bexley, Ohio
x
Project Lead:
Allyson AmstutzCompletion Date:
Class Association:
ENR 4567Collaborators:
Alexandra OrsiniAndrea Prokup
Jack Sheehan
Rebecca Swift
Dr. Gregory Hitzhusen
Email:
Amstutz.83@osu.eduProject Description:
Spring 2020 EEDS Capstone project assessing the possibility of implementing the recycling of conventionally non-recyclable materials in the Columbus suburb of Bexley, Ohio.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Sustainable Resources
Bike Path Valuation Methodology: An Approach to Secure Funding
Gregory Hitzhusen
Bike Path Valuation Methodology: An Approach to Secure Funding
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDE 4567Collaborators:
Emma HendricksonCole Honeyman
Brianna Potter
Juergen Wilkes
Bruce Braine
Email:
Hitzhusen.3@osu.eduProducts:
AEDE4567_BikePaths_sp2020.pdf
Project Description:
The goal of this project is to identify the value bike paths provide to local communities. This value is described within the report in four different categories, economic, health, environment, and equity. This project summarizes many different types of benefits and considerations that are relevant to any bike path development.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment
OSU Green Build Standards
Gregory Hitzhusen
OSU Green Build Standards
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
ENR 4567Collaborators:
Sarah GabelSierra Barlow
Ashley Byers
Chloee Gamble
Danny Sullivan
Email:
hizhusen.3@osu.eduProject Description:
The goal of this project is to make recommendations to The Ohio State University on a new green building standard. From our research outlined in this report, we have compiled a set of key standards to allow for Ohio State to effectively meet and build upon their sustainability goals.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable Resources, Sustainable Energy
Sustainability Education and Learning Committee Web Portal
Sarah Grossman
Sustainability Education and Learning Committee Web Portal
x
Project Lead:
Sarah GrossmanCompletion Date:
Class Association:
ENRAEDE 4567Collaborators:
Emily AugensteinNatalie Georgalas
Ursula Hussey
Megan Krisby
Dr. Gregory Hitzhusen
Gina Jaquet
Email:
Grossman.196@osu.eduProducts:
ENRAEDE4567_SELCWebPortal_sp2020rev.pdf
Project Description:
This project was completed for The Sustainability Education and Learning Committee (SELC) of OSU's Sustainability Institute to provide insight and student perspective on the best way to design an interactive web portal that encompasses and makes easily accessible all sustainability-centric and and sustainability-related majors, minors, and coursework in one platform.Project Type:
Research CentersSustainability Topic Area:
Climate Health, Sustainable Resources
Reducing Commuter Emissions at Ohio State University
Bruce Braine
Reducing Commuter Emissions at Ohio State University
x
Project Lead:
Bruce BraineCompletion Date:
Class Association:
ENR 4567Collaborators:
Jason BleimAlex Kohler
Jon Snider
Austin Wilson
Email:
braine.3@osu.eduProject Description:
The Ohio State University (OSU) has an estimated average of 60,000 students, faculty, and staff that commute in a personal vehicle on weekdays during the two primary academic semesters. To reduce the environmental footprint of people commuting to main campus we investigate three proposals. First, expanding parking area fullness counters. Second, expanding campus busing services to offer transit between main and branch campuses. Third, expanding work-from-home and online class offerings. We calculate that if these three proposals were fully implemented they could collectively reduce yearly CO2 emissions by more than 16 thousand metric tons.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable Resources
Prime Locations for Nine Megawatts of Solar Energy on Ohio State's Main Campus
Will Landow
Prime Locations for Nine Megawatts of Solar Energy on Ohio State's Main Campus
x
Project Lead:
Will LandowCompletion Date:
Class Association:
AEDE 4567Collaborators:
Steve GajewskiMiles Padzensky
Regan Ross
Eric McIntyre
Dr. Gregory Hitzhusen
Bruce Braine
Email:
landow.2@osu.eduProducts:
ENRAEDE4567_OSUSolar_sp2020.pdf
Project Description:
This Project was part of the 2020 senior Spring Capstone course. The was to work with the university in order to find suitable locations for 10 megawatts worth of solar arrays.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable EnergyMoving Towards Zero Waste at The Ohio State University Wexner Medical Center
Elena Musser
Analysis for Sustainable Non-potable Water in Conjunction with OSU Facilities and Sustainable Wate
Maura Williams
Analysis for Sustainable Non-potable Water in Conjunction with OSU Facilities and Sustainable Wate
x
Project Lead:
Maura WilliamsCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Nicole SchmauchJohnathon Hendy
Zachary Matthews
Brent Sohngen
Dr. Gregory Hitzusen
Email:
Williams.5484@osu.eduProducts:
ENRAEDE4567_OSU_WaterHub_au2020.pdf
Project Description:
The Ohio State University wants to install a new water reclamation system on its Columbus campus to further its sustainability goals. Sustainable Water, a water technology company, is partnering with Ohio State to plan the implementation of its WaterHub® technology. This study identifies four sustainability goals that will be most impacted by the addition of Sustainable Water's WaterHub® reclamation system and find evidence to support this partnership. Online research on the already functioning Emory WaterHub® and key interviews with faculty at Ohio State and Emory were the primary methods of research. The WaterHub® will reduce potable water consumption by mining sewage water, treating it, and routing it to McCracken Hall, East Regional Chilled Water Plant, South Campus Central Chiller Plant, and West Campus (CHP) Plant. Another benefit of the WaterHub® is that it offers unique educational experiences to students and researchers as a living-learning laboratory. Lastly the WaterHub® will provide an ecosystem service by treating stormwater, which can lower stress on water system in the City of Columbus during periods of high rainfall. Ohio State should proceed with additional financial analysis before deciding to move forward with implementing the WaterHub®, which we deem to meet its sustainability goals.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable Resources
EV Financing Options for Low-to-Moderate Income Individuals in Columbus, OH
Gregory Hitzhusen
EV Financing Options for Low-to-Moderate Income Individuals in Columbus, OH
x
Project Lead:
Gregory HitzhusenCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Nick KennedyMadison Richard
Emilio Sanchez
Anika Waits
Dr. Gregory Hitzhusen
Jeremy Hershberger
Brent Sohngen
Alex Slaymaker
Email:
hitzhusen.3@osu.eduProducts:
AEDE4567_EVFinancingColumbus_au2020.pdf
Project Description:
Through the assessment of existing electric vehicle (EV) equity programs, this report aims to provide Smart Columbus with policy options that will help increase adoption of EVs in low- to moderate-income (LMI) households in central Ohio through financing for personal vehicle ownership/lease. Our research uses key informant interviews and EV equity program websites and reports to draw comparisons with the capacity for the City of Columbus to adopt similar program components. We recommend that Smart Columbus consider developing a program to provide low-interest loans and grants as a financing option for an EV equity program in central Ohio. We also propose a structural outline for a five-step program that we recommend Smart Columbus adopt in pursuit of an EV equity program. Finally, we recommend two ways Smart Columbus can engage with the LMI community to alleviate barriers to EV adoption. These steps are to (1) create a financial literacy course in the program's application process (2) develop a set of key performance indicators to measure both environmental and social impacts within LMI communities.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Circular Economy, Sustainable Energy
Tree Assessment on Vacant Lots: Best Practices for Tree Maintenance on Vacant Lots in Columbus, Ohio
Caitlin Perkins
Tree Assessment on Vacant Lots: Best Practices for Tree Maintenance on Vacant Lots in Columbus, Ohio
x
Project Lead:
Caitlin PerkinsCompletion Date:
Class Association:
AEDE 4567Email:
Perkins.570@osu.eduProducts:
ENRAEDE4567_TreeAssessment_sp2022.pdf
Project Description:
This is a case study of tree assessments on vacant lots in Columbus and research on the benefits of tree canopy growth. Green Columbus enacted this study to find a solution for adequately maintaining existing trees on vacant lots throughout the city. The purpose of the research was to find comparable cities that have implemented successful programs and policies that protect trees and grow urban tree canopy. Our group also identified the threat of the urban heat island effect, tree canopy benefits, and city budgeting. We hope to support and amplify the city's efforts in the Columbus Urban Forestry Master Plan as well as support the organization of ongoing tree maintenance in Columbus. This case study is presented in the form of an ArcGIS Story Map for a more accessible report for all members of the community.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Natural Environment
ODRC Photovoltaic Solar Field Installation
Paige Lampman
ODRC Photovoltaic Solar Field Installation
x
Project Lead:
Paige LampmanCompletion Date:
Class Association:
ENRAEDE 4567Collaborators:
Andrew SchrantzJake Rice
Katy Buddelmeyer
Spencer Litzenburger
Dean August
Dr. Gregory Hitzhusen
Bruce Brine
Email:
paigelampman@gmail.comProducts:
ENRAEDE4567_ODRCPVSolarReport_sp2022.pdf
Project Description:
The Ohio Department of Rehabilitation and Corrections wanted to implement a solar field to cover the energy usage for electricity at one of their previously surveyed locations. Additionally they wanted to implement an education program for installation of solar panels so that individuals could perform maintenance and gather experience while incarcerated, and have more job prospects upon release. The capstone team worked to determine a feasible location for the solar field, complete with a net present value analysis for installation and maintenance of the field, with adjacent projected renewable market changes. The team also developed an education program for the installation of solar panels, and projected reductions in reincarceration following program participation. This proposed installation would assist the ODRC in their continued sustainability efforts, as well as their goal of reducing recidivism.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Energy
ODRC Mowed Fields Ecological Restoration
Diana Menser
ODRC Mowed Fields Ecological Restoration
x
Project Lead:
Diana MenserCompletion Date:
Collaborators:
Elliot MaroccoNatalie McFadden
Robert Riley
Jessica Tomastik
Dr. Gregory Hitzhusen
Email:
menser.9@osu.eduProducts:
ENRAEDE4567_ODRCFields_sp2022.pdf
Project Description:
This report includes research into the health, environmental, and community benefits from accessible green space for incarcerated persons, a plan for the construction of the green space, and materials that will be used. It also includes a benchmark analysis from similar projects and an aerial map of the proposed green space.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Natural Environment
Designing Green Building Standards for the Ohio Department of Rehabilitation and Correction
Iris Borgert
Designing Green Building Standards for the Ohio Department of Rehabilitation and Correction
x
Project Lead:
Iris BorgertCompletion Date:
Class Association:
AEDECON 4567Collaborators:
Bang LiuNicholas Mollica
Abigail Ruehle
Grace Shisler
Jack Sorce
Dr. Gregory Hitzhusen
Email:
Borgert.14@osu.eduProducts:
ENRAEDE4567_ODRCGreen_sp2022.pdf
Project Description:
This project sets out to reduce recidivism at the Ohio Department of Rehabilitation and Correction (ODRC) through green building design. By combining LEED and WELL frameworks into ODRC's Green Building Standards, ODRC can implement guidelines of sustainability and human well-being in their future builds. We were able to gain background knowledge of LEED and WELL through current builds as well as taking a site visit which included retrieving surveys we sent out and an interview with three peer leaders of the horticulture class. We also gathered data through the ODRC's own JadeTrack inputs which allowed us to see which institutions were performing better than others in terms of cost, energy usage, and water usage. With the goal of reducing recidivism, the team drafted ODRC's Green Building Standards which impacts incarcerated individuals as well as staff.Project Type:
Project with Partner OrganizationSustainability Topic Area:
Built Environment, Sustainable Energy
Scope 3 Sustainability Research Analysis for the Wexner Medical Center at The Ohio State University
Carley Ellis
Scope 3 Sustainability Research Analysis for the Wexner Medical Center at The Ohio State University
x
Project Lead:
Carley EllisCompletion Date:
Class Association:
ENRAEDE 4567Collaborators:
David LeibasBrian Paskey
Sara Szuba
Lizzie Van Deusen
Ruth Zheng
Dr. Gregory Hitzhusen
Bruce Braine
Email:
lauren.koch@osumc.eduProducts:
ENRAEDE4567_WexnerScope3_sp2022.pdf
Project Description:
The healthcare industry accounts for nearly 10% of all carbon dioxide emissions in the U.S. annually - 70% of which is attributed to supply chain Scope 3 emissions. The Ohio State University Wexner Medical Center (WMC) pledges to achieve carbon neutrality by 2040 in recognition and awareness of the consequences of climate change. The Project Team, consisting of six undergraduate EEDS students, assisted the WMC in their carbon neutrality goal by highlighting the importance of considering additional Scope 3 emissions from the supply chain. The Team focused on two primary objectives to analyze and verify Scope 3 emissions from the use of two sustainable healthcare product alternatives. The first objective was to analyze the waste and emissions reductions of NewGen Surgical plant-based OR trays compared to conventional styrofoam (polystyrene) OR trays. The second objective was to determine and compare the environmental impacts of recycled blue wrap bedpans and conventional bedpans. After conducting informational interviews with company partners, reviewing literature on sustainable product alternatives, and analyzing life cycle assessments, the team developed the following conclusions and recommendations. For the first objective, our research showed that bagasse, the plant material used to make the plant-based trays, creates more emissions than the polystyrene product when considering product disposal. A complete life cycle assessment of NewGen surgical OR trays with data missing from this project is necessary to understand the full scope of Scope 3 emissions impacts. Additional data needed include (1) the type and length of transportation for bagasse sourced from Thailand, (2) feasible bagasse disposal methods for WMC and related greenhouse gas emissions, and (3) energy required to produce un-bleached bagasse. For the second objective, while we calculated an estimate of Scope 3 emissions avoided when recycling blue wrap instead of landfilling, it was difficult to collect exact data of all contributing factors to Scope 3 emissions due to its complexity. We recommend further study of recycled blue wrap bedpans to include emissions related to disposal. This project has proven that Scope 3 emissions tracking and accounting can be a challenge due to supply chain complexity and variability. We encourage the WMC to continue studying Scope 3 emissions, questioning suppliers, and exercising their purchasing power in medical supplies, utilities, food, etc. to move the healthcare industry forward and closer to carbon neutrality.Project Type:
Campus as Living LabSustainability Topic Area:
Built Environment, Sustainable ResourcesProject Location:
39.995087405961, -83.018805979882
Exploring Intentional Community at Ohio State
Jordan Inskeep
Center for Urban and Regional Analysis
Harvey Miller
Ohio Water Resources Center
Linda Weavers
Ohio Water Resources Center
x
Project Lead:
Linda WeaversCompletion Date:
Collaborators:
USGS, OWDAEmail:
ohiowrc@osu.eduPrimary Department/Unit:
College of EngineeringProject Description:
The Ohio Water Resources Center is the federally authorized and state-designated Water Resources Research Institute for the State of Ohio. Over the past decade, we have provided research funding for over 50 water related projects. Our mission is to enable and conduct state-relevant water-related research; foster collaboration among academic investigators, governmental bodies and water professionals; train the next generation of water scientists; and educate the public on water resources issues in Ohio. Project Type:
Research CentersSustainability Topic Area:
Climate Health, Sustainable Resources, Natural EnvironmentUrls:
https://wrc.osu.eduProject Location:
40.003625114122, -83.015214800944
Connected Communities: automated BUilding Control with Knowledge of distributed EnergY resources and Electrical Systems for Grid Offerings (BUCKEYES GO!)
Jordan Clark
URBANOpt city-scale energy modeling development and testing
Jordan Clark
Secrest Arboretum
Matt Shultzman
Secrest Arboretum
x
Project Lead:
Matt ShultzmanCompletion Date:
Email:
shultzman.2@osu.eduProject Description:
Secrest Arboretum supports the vision of The Ohio State University College of Food, Agricultural, and Environmental Sciences by providing an accessible, sustainable, well-documented collection of horticulturally relevant trees, shrubs, and herbaceous perennial plants. The Arboretum serves the land-grant mission as a living resource for horticultural education, research, and outreach for diverse stakeholders.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.783829065386, -81.917117469307
Wooster’s Garden of Roses of Legend and Romance
Steve Volkmann
Wooster’s Garden of Roses of Legend and Romance
x
Project Lead:
Steve VolkmannCompletion Date:
Email:
fod@osu.eduProject Description:
Wooster’s Garden of Roses of Legend and Romance is home to some 1,500 heirloom roses.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.782242892841, -81.919491291374
Rotary Park
Tom Slater
Rotary Park
x
Project Lead:
Tom SlaterCompletion Date:
Email:
fod@osu.eduProject Description:
The Rotary Pavilion is a 2000 square foot picnic shelter that is located along the bike trail and next to Ohio State Newark's Titan Field.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.071709250501, -82.44269035
University Pond
Stephen Volkmann
University Pond
x
Project Lead:
Stephen VolkmannCompletion Date:
Email:
fod@osu.eduProject Description:
NAProject Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.068826520107, -82.446032367291
“Block O” solar panels
Andre Love
“Block O” solar panels
x
Project Lead:
Andre LoveCompletion Date:
Email:
recsports@osu.eduProject Description:
The Recreation and Physical Activity Center (RPAC) is everyone’s favorite place to break a sweat or grab a smoothie. But few may be aware that resting on its roof is a large array of solar panels in the shape of a “Block O.”Installed in 2014 in collaboration with AEP Energy, the panels produce an estimated 116,000 kilowatt-hours of energy per year.
Project Type:
Sustainable CampusSustainability Topic Area:
Sustainable EnergyProject Location:
39.999607902463, -83.018336081877
Howlett Green Roof
Mary Maloney
Howlett Green Roof
x
Project Lead:
Mary MaloneyCompletion Date:
Email:
ChadwickArboretum@osu.eduProject Description:
In August and early September of 2013, the Green Roof on Howlett Hall was installed in the Chadwick Arboretum & Learning Gardens – the first retrofit green roof at The Ohio State University. This 12,000 square foot green roof is located on Howlett Hall, home to the OSU Department of Horticulture & Crop Science, Department of Food Science and Technology, and the Chadwick Arboretum & Learning Gardens Headquarters. This site is an ideal location with high visibility, handicap access, and easy walk-out access from the main entrance of the building, allowing it to be a demonstration for future green roofs not only in Columbus, Ohio but in the world. Project Type:
Sustainable CampusSustainability Topic Area:
Sustainable EnergyProject Location:
40.00270375619, -83.028139639646
Chadwick Arboretum & Learning Gardens
Dewey Mann
Chadwick Arboretum & Learning Gardens
x
Project Lead:
Dewey MannCompletion Date:
Email:
chadwickarboretum@osu.eduProject Description:
Chadwick Arboretum & Learning Gardens honors The Ohio State University's Land-Grant tradition by providing extensive and diverse plant collections for education, research, and enjoyment.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.003799368155, -83.027557516471
Olentangy River
Stephen Volkmann
Olentangy River
x
Project Lead:
Stephen VolkmannCompletion Date:
Email:
fod@osu.eduProject Description:
The Olentangy River is a 97-mile-long tributary of the Scioto River.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.002263040933, -83.022426702082
Remembrance Park
Stephen Volkmann
Remembrance Park
x
Project Lead:
Stephen VolkmannCompletion Date:
Email:
fod@osu.eduProject Description:
Remembrance Park is a public memorial honoring all veterans of The Ohio State University.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
40.004446043197, -83.018129635602
Buckeye Grove
Stephen Volkmann
Buckeye Grove
x
Project Lead:
Stephen VolkmannCompletion Date:
Email:
fod@osu.eduProject Description:
Buckeye Grove contains one tree for every First Team All-American in OSU football history.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
39.999846247608, -83.021055841818
Mirror Lake
Stephen Volkmann
Mirror Lake
x
Project Lead:
Stephen VolkmannCompletion Date:
Email:
fod@osu.eduProject Description:
Originally fed by a natural spring, Mirror Lake figured prominently in selecting the site for the university. Mirror Lake Hollow includes Browning Amphitheatre, Bucket and Dipper Rock, the Faculty Club, and Pomerene Hall.Project Type:
Sustainable CampusSustainability Topic Area:
Natural EnvironmentProject Location:
39.998038091243, -83.014275217429
Green Buckeyes
Tom Reeves
Green Buckeyes
x
Project Lead:
Tom ReevesCompletion Date:
Email:
greenbuckeyes@osu.eduProject Description:
Green Buckeyes helps students and staff to make responsible, sustainable choices to meet the needs of our community.Project Type:
Sustainable CampusSustainability Topic Area:
Sustainable ResourcesProject Location:
39.998416677945, -83.021868802607
Wexner Medical Center University Hospital
Lauren Koch
Wexner Medical Center University Hospital
x
Project Lead:
Lauren KochCompletion Date:
Email:
sustainability@osumc.eduProject Description:
The Ohio State University Wexner Medical Center is committed to being a responsible steward of our resources through efficient operations, innovative research and ideas and to “first, do no harm.” Project Type:
Sustainable CampusSustainability Topic Area:
Sustainable EnergyProject Location:
40.002304, -83.0131919
Facilities Operations and Development Zero Waste
Mary Leciejewski
Facilities Operations and Development Zero Waste
x
Project Lead:
Mary LeciejewskiCompletion Date:
Email:
recycle@osu.eduProject Description:
The Facilities Operations and Development Zero Waste team (not sure if team is correct?) is working towards events being zero waste and diverting trash from the landfill. Project Type:
Sustainable CampusSustainability Topic Area:
Sustainable ResourcesProject Location:
39.9929821, -83.001221
Sustainability Institute
Matt Griffin
Sustainability Institute
x
Project Lead:
Matt GriffinCompletion Date:
Email:
griffin.603@osu.eduProject Description:
The Sustainability Institute collaborates with academic and operations units across the university to advance sustainability and resilience scholarship and activities.Project Type:
Sustainable CampusSustainability Topic Area:
Climate Health, Sustainable Resources, Sustainable EnergyUrls:
https://si.osu.edu/Project Location:
40.002473575281, -83.013325631619
Ohio Agricultural Research and Development Center
not sure
Ohio Agricultural Research and Development Center
x
Project Lead:
not sureCompletion Date:
Email:
couldn't@locate.comProject Description:
The mission of The Ohio Agricultural Research And Development Center is to enhance the well-being of the people of Ohio, the nation and world through research on foods, agriculture, family and the environment.Project Type:
Research CentersSustainability Topic Area:
Natural EnvironmentUrls:
https://oardc.osu.edu/Project Location:
40.779090192992, -81.928388178349
Institute for Materials Research
Steven Ringel
Institute for Materials Research
x
Project Lead:
Steven RingelCompletion Date:
Email:
ringel.5@osu.eduProject Description:
The Ohio State University Institute for Materials Research is a campus-wide, multidisciplinary institute that works with Ohio State colleges and departments to augment and synergistically advance their goals. IMR facilitates, promotes and coordinates research activities and infrastructure related to the science and engineering of materials throughout The Ohio State University.Project Type:
Research CentersSustainability Topic Area:
Built EnvironmentUrls:
https://imr.osu.edu/Project Location:
40.002539322989, -83.014446794987
Global Water Institute
Tom Darrah
Global Water Institute
x
Project Lead:
Tom DarrahCompletion Date:
Email:
darrah.24@osu.eduProject Description:
The Global Water Institute (GWI) at Ohio State is a collaboration engine that delivers sustainable systems solutions for complex water issues.Project Type:
Research CentersSustainability Topic Area:
Natural EnvironmentProject Location:
40.000631800215, -83.01338505
Ohio Sea Grant
Christopher Winslow
Ohio Sea Grant
x
Project Lead:
Christopher WinslowCompletion Date:
Email:
ohioseagrant@osu.eduProject Description:
For more than 40 years, Ohio Sea Grant has worked to protect the environment of Lake Erie and the Great Lakes. With a strong combination of research, education and outreach efforts, as well as partnerships with academia, governmental agencies and the private sector, Ohio Sea Grant works with the Lake Erie community to solve the region’s most important environmental and economic issues.Project Type:
Research CentersSustainability Topic Area:
Natural EnvironmentProject Location:
40.0022998, -83.013187
Center for Automotive Research
Giorgio Rizzoni
Center for Automotive Research
x
Project Lead:
Giorgio RizzoniCompletion Date:
Email:
car@osu.eduProject Description:
The Center for Automotive Research (CAR) is the preeminent research center in sustainable and safe mobility in the United States and an interdisciplinary research center in The Ohio State University’s College of Engineering. Project Type:
Research CentersSustainability Topic Area:
Built EnvironmentUrls:
https://car.osu.edu/Project Location:
39.9929821, -83.001221
Byrd Polar and Climate Research Center
Ian Howat
Byrd Polar and Climate Research Center
x
Project Lead:
Ian HowatCompletion Date:
Email:
byrd-contact@osu.eduProject Description:
The Byrd Polar and Climate Research Center is an OSU Office of Research center focused on maintaining research excellence and supporting public engagement in polar and climate studies at the University.Project Type:
Research CentersSustainability Topic Area:
Climate HealthUrls:
https://byrd.osu.edu/Project Location:
40.0022919, -83.0132134
Society for Ecological Restoration Restoration Site
Rollin Bresson
Society for Ecological Restoration Restoration Site
x
Project Lead:
Rollin BressonCompletion Date:
Collaborators:
Friends of the Lower Olentangy WatershedEmail:
ecological.restoration.osu@gmail.comProducts:
SER 2021 Posters FINAL PRINTED.pdf
Project Description:
SER's management of its restoration site near the Fawcett Center on campus involves the removal of woody invasive species, namely callery pear and bush honeysuckle, and replacement with native trees, shrubs, and herbaceous vegetation. SER also has studied the impact of invasive removal and native plantings to better understand the local benefits of restoration. Our goal is to create a more self-sustaining riparian woodland ecosystem at our restoration site, maximizing native biodiversity. Project Type:
Campus as Living LabSustainability Topic Area:
Natural EnvironmentProject Location:
40.0022919, -83.0132134
Using the Ohio State University Campus to Determine Impact of Urban Heat Islands on Mosquito Seasonality
Lydia Fyie
The 3R's Project
Mohammad Khan
Assets or eye sores? Understanding community perceptions of rain garden planning and design in Columbus
Andrew Bahrou
Intersecting Technology and Sustainability through Student and Community Partnership Towards Food Justice
Lilly Des Rosiers
Inclusive Accessibility: Integrating person-based qualitative and quantitative constraints into transportation planning
Armita Kar
Bioretention Cells as Habitat for Monarch Butterflies
Cade Capper
Climate change adaptation in Columbus: Using social-ecological networks to understand stakeholder management processes and empower stakeholders
Harrison Fried
Temporary Uses of Vacant Urban Land: Panacea or Placebo? A Comparative Study on the Neighborhoods in Chicago and Columbus
Liang Chen
Assessment of SOC content and composition at the Waterman Agricultural and Natural Resources Laboratory using Visible and Near Infrared Spectroscopy
Thomas Doohan
Analysis of Natural Rubber Samples by Asymmetric Forced Field Flow Fractionation (A4F)
Evan Devney
Sustainable Optimization of low energy input water treatment plants, a multidisciplinary research project
Patrick Sours
Sustainable practices of prescribed burning and goat grazing to restore a degraded eastern oak forest
Jeremy Block
Green space as a means of health equity: Testing differential experiences in the nature well-being connection
Everly Jazi
Energy poverty and energy efficiency in Columbus
Catherine Chen
Toward the development of effective conservation: A long term analysis of human-environmental interactions of mollusk foraging in Fiji
Samantha Kirgesner
Low cost pervious concrete filters for AMD remeditation
Finn Haughn
Effectiveness of intercropping on small scale, urban, organic growing systems
Andrew Yates
Integrated grain drying and storage system for use in developing countries
Jaden Tatum
Sustainable landscaping at OSU's College of Veterinary Medicine
Christie Hammons
Outfit the future: A second-hand clothing collective
Davis Tommy
Harnessing psychological and communication science to develop effective messages for a zero waste messaging campaign
Brittany Shoots-Reinhard
RESTORExchange Religion & Sustainability Database: Improvements & Future Growth
Christopher Winter
Waste Averted and Cleaner Energy: The Future of Telehealth at The Ohio State University Wexner Medical Center
Lauren Koch
Incentives for Utility Scale Solar: Recommendations for Ohio Based on a Benchmark Analysis
Kelleen McGuinness
Analysis of Green Columbus Tree Nursery Operations
Justin Keeling
Community Gardens: Exploring Community Gardens in Columbus, Ohio: How to protect them and who they serve
Parker Dean
Intentional Sustainability Community Benchmarking
Brannon Teets
Wexner Medical Center Recycling Initiatives
Charles Graves
The Undergraduate Biodiversity Research Collaborative
Isabella Lause
Organizational Sustainability Assistance Program Report
Ethan Redden
Impact Assessment of Past EEDS Capstone Projects
Rachel Bulko
OSU Campus Mesonet
Jason Cervenec
OSU Campus Mesonet
x
Project Lead:
Jason CervenecCompletion Date:
Class Association:
Geograpy 5922 - Microclimatology/Microclimatological Measurements Collaborators:
Byrd Center, State Climate Office of Ohio, Geography Department, OSU Extension Email:
cervenec.1@osu.eduProject Description:
The OSU Campus Mesonet is a series of weather stations collecting and recording data throughout the land use types on campus. The station locations were selected to be representative of campus. This project was funded by an OSU Sustainability grant. Project Type:
Campus as Living LabSustainability Topic Area:
Climate Health, Natural EnvironmentProject Location:
40.003358146323, -83.038444519043
OSU Student Farm
Connor Nagy
Enhancing Soil-Ecosystem Services of the Campus Landscape to Advance Sustainability
Klaus Lorenz
Enhancing Soil-Ecosystem Services of the Campus Landscape to Advance Sustainability
x
Project Lead:
Klaus LorenzCompletion Date:
Collaborators:
Rattan Lal, CFAES Rattan Lal Center for Carbon Management and Sequestration (C-MASC);Andrew Neil, GIS Analyst, Facilities Information Technology Services (FITS), Planning, Architecture and Real Estate (PARE) department;
Brian Slater, School of Environment and Natural Resources;
M. Scott Demyan, School of Environment and Natural Resources
Email:
lorenz.59@osu.edu
Project Description:
Soils of the OSU campus provide ecosystem services (ESs) such as biomass production, moderation of climate, and storing carbon, nutrients and water. Thus, healthy soils on campus contribute to the well-being of the OSU community and the environment. However, the soil ESs can potentially be enhanced by the application of biochar, i.e., a specific type of charcoal used as a soil conditioner.This project supported by Ohio State Sustainability Fund determines soil biological, chemical and physical properties at four lawn sites across campus. The sites include the lawn established on the former Vivian Hall site (#2), less disturbed lawns in front of Honors House (#91) and the Faculty Club (#107), and an irrigated lawn south of Thompson Library (#94).
Baseline soil samples in 0-10 and 10-20 cm depth were taken at six 1 x 1m plots at each site. The six plots are placed in a line separated by 1-m buffer between the plots. Three of the plots will receive 1 kilogram of pinewood biochar each (equivalent to 10 Mg biochar ha-1). Soil samples will be taken again after 6, 12 and 24 months to monitor temporal changes in soil health and assess the effects of biochar. Soil greenhouse gas fluxes will be monitored by regularly measuring the fluxes of carbon dioxide, methane and nitrous oxide on site with a photoacoustic gas monitor (PAS) attached by a sampling lid to the field acoustic chambers which remain on-site.
Project Type:
Campus as Living LabSustainability Topic Area:
Urban soil ecosystem services
Floating wetlands: A sustainable solution for addressing nutrient pollution
Ozeas Costa
Floating wetlands: A sustainable solution for addressing nutrient pollution
x
Project Lead:
Ozeas CostaCompletion Date:
Collaborators:
Zhaozhe Chen, PhD candidate, School of Earth Sciences, OSUEmail:
costa.47@osu.eduProducts:
Pleasant_Valley_presentation.pdf
,
Lantern_article_2020-11-16.pdf
,
UM_CONT_AlumMagazine_SU21_2814612_12_23_Up_Front_v5 4.pdf
Project Description:
The Milliron Research Wetlands, located at the Ohio State Mansfield Campus, are being used as living labs for a phytoremediation experiment to assess the nutrient removal efficiency of floating artificial wetlands (AFIs). The goal is to eventually upscale these floating wetlands as a low-cost, environmentally-friendly, and effective remediation/prevention treatment for nutrient pollution in lakes/wetlands/streams in Ohio and beyond. More information can be found at https://u.osu.edu/costa.47/phytoremediation/ Project Type:
Living Lab ResearchSustainability Topic Area:
Natural EnvironmentProject Location:
40.79943, -82.57756
Student Farm Maize Research
Kristin Mercer
Student Farm Maize Research
x
Project Lead:
Kristin MercerCompletion Date:
Collaborators:
Office of Undergraduate ResearchCenter for Applied Plant Sciences
Email:
mercer.97@osu.eduProducts:
OfficialSFReport2020-compressed.pdf
Project Description:
In 2020, Dr. Kristin Mercer, HCS, conducted research on nitrogen fixation in maize on the studentfarm. This research was started in 2019 in collaboration with an undergraduate, Noah Kayafas,
who was a production manager of the student farm, as well as a recipient of Undergraduate
Research Apprenticeship Program (URAP) funds, through the Office of Undergraduate Research
and Creative Expression. Noah’s 2020 continuation of research was to be funded by the Center
for Applied Plant Sciences (iCAPS) program; however, this research was disrupted by the COVID-
19 pandemic. Dr. Mercer continued the research during 2020 with help from her lab members,
Jack McCoy and Layne Connolly.
Project Type:
Living Lab ResearchSustainability Topic Area:
Natural EnvironmentProject Location:
40.0621568, -82.8604416
Student Farm Water Catchment
Andrew Yates
Student Farm Water Catchment
x
Project Lead:
Andrew YatesCompletion Date:
Collaborators:
This project was a collaboration among FABE professor Chris Ratcliff, undergraduate students Rachael Birri andBonnie Sutherland, and the Engineers Without Borders student group. This project was funded by a
2019 Coke Grant awarded to past student farm employees, Rachael Birri and Bonnie Sutherland.
Email:
yates.272@osu.eduProject Description:
Starting in the spring of 2019, the OSU student organization Engineers Without Borders designeda water catchment system for our high tunnel. The project will improve the sustainability of our
irrigation system while improving drainage around our high tunnel.
Project Type:
Campus as Living LabSustainability Topic Area:
Natural EnvironmentProject Location:
40.009350994651, -83.037677407265
Scott House Composting Program
Matt Griffin
Scott House Composting Program
x
Project Lead:
Matt GriffinCompletion Date:
Class Association:
AEDE 1200Collaborators:
SUSTAINS Learning Community, Student Life Office of Energy Management and Sustainability,
Facilities, Operations and Development
Brian Roe, AEDE Faculty
Email:
griffin.603@osu.eduProject Description:
This project is a pilot program for how a residential composting program could occur at Ohio State. This project is student-led and was developed as part of the SUSTAINS Learning Community Seminar Class. Composting bins are placed throughout the Scott House building and residents are educated on what is and isn't compostable. Student employees then sort collected waste and remove any non-compostable materials. The goals of this project are to identify how best to educate students living in dorms on what is and isn't compostable, to divert waste from the landfill, and to equip students with project management and leadership skills.Project Type:
Campus as Living LabSustainability Topic Area:
Sustainable Resources, Circular EconomyProject Location: