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Title | Creator | Description | Date |
51 |
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Natural History Museum of Utah, Rio Tinto Center Sustainable Traits & Resources Fact Sheet | | | 2016 |
52 |
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Office of Sustainability 2013 Sustainability Report | Office of Sustainability | For Sustainability U. A planning document for U of U edible campus gardens under the umbrella of the U of U Sustainability Office. | 2013 |
53 |
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Older adults' attitudes, concerns, and support for environmental issues in the "New West" | Caserta, Michael; Wright, Scott D.; Lund, Dale A. | The natural environment has been a missing topic from education and public policy forums concerning an aging society. This study examines demographic trends and several socio-demographic influences on attitudes, concerns, and active support for environmental issues among older adults in a retirement... | 2003-08-01 |
54 |
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Outdoor Physical Campus Assessment Individual Campus Results | Eckert, Erica | | 2013 |
55 |
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Paper project 2011 | | Student Affairs initiative to reduce the overall consumption of paper -both recycled and non-recycled | 2011 |
56 |
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Pioneer Garden 2040 Master Plan | Edible Campus Gardens | The purpose of this document is to provide the University of Utah's Office of Sustainability; with a comprehensive 21-year vision for the future space of the Pioneer Garden. It will; serve as an implementation timeline to aid in the continued development of the Edible; Campus Gardens. | 2019 |
57 |
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Pollinator Garden, University of Utah Construction Document Set | G. Brown Design Inc. | | 2019 |
58 |
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Poverty traps, risk and natural disasters: micro evidence from rural Odisha, India | Chowdhury, Joyita Roy | The study examines the formal and informal risk coping mechanisms that the rural communities rely upon to protect themselves from the impacts of adverse weather shocks. | 2016-02-02 |
59 |
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Proposal to Create M.A. and M.S. Degrees in Environmental Humanities | Chapman, David S. | | 2004 |
60 |
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Public water supply: how much energy does it take? | Sowby, Robert B. | This study collected annual water use and energy use data from 109 water utilities in the United States. The effort is the first to compile a consistent dataset of city-scale water and energy observations that describes the electric loads associated with public water services. | 2017 |
61 |
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Quantifying Electricity-Related Emissions for On-Campus Buildings | Savas, Alexia | This UROP funded project looked to quantify indirect emissions for on-campus buildings using the Skyspark database and EPA calculated emission factors. This poster was presented at the 2019 Spring Undergraduate Research Symposium. | 2019 |
62 |
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Range Creek Upland Monitoring Report, Summary of Data Collected July 12‐13, 2011 | Andrews, Emerson | Monitoring transects were established in summer 2011 to collect baseline vegetation/ground cover data in the upland areas of Range Creek Canyon. The need for these data became apparent in spring 2011, as plans were developed to reintroduce livestock grazing to the canyon and to implement vegetation ... | 2011 |
63 |
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Re-Imagining Jordan Park | Angela Rimero, Denis Faris, Kate Rubalkava, Sarah Munro | | 2013 |
64 |
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Recommendations for greening the J. Willard Marriott Library: report of the Marriott Library Green Task Force | J. Willard Marriott Library | The completion in Fall 2008 of the extensive renovation of the J. Willard Marriott Library and the moving of many staff groups back into the Library presents an excellent opportunity to identify and promote environmentally responsible practices and encourage sustainable behaviors. Recognizing this,... | 2008-09-25 |
65 |
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The Red Butte Canyon Ozone Network: leveraging existing infrastructure to probe background concentrations, canyon flows and stratospheric oxidant exchange | Mitchell, Logan; Bares, Ryan; Trejo, Erica | The Salt Lake Valley (SLV) experiences frequent prolonged pollution episodes impacting the health of the ~1 million residents of the valley. These health effects include an array of respiratory and pulmonary problems, chiefly among susceptible populations and those participating in outdoor activitie... | 2021 |
66 |
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Red Butte Creek Survey Results | Global Changes & Society Class | | 2013 |
67 |
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Resolution to Reaffirm a Commitment to Achieving Net-Zero Carbon Emissions | ASUU; University of Utah Sustainability Office; Facilities Sustainability and Energy Team | Date of document is April 2019 For SustainabilityU archive This resolution was adopted by the U of U academic senate https://academic-senate.utah.edu/meetings/april-1-2019/ The Sustainability Office would like to have an archived copy in order to link to a website that documents a history of U of U ... | 2019 |
68 |
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Results of the Great Salt Lake dust plume study (2016-2018) | Perry, Kevin; Crosman, Erik T.; Hoch, Sebastian W. | | 2019 |
69 |
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Revitalization of Red Butte Creek: A University of Utah Asset- Phase 2 Update | Andrews, Emerson | In the Spring 2013 semester a number of classes across campus focused on the past, present, and future of Red Butte Creek-providing insight into opportunities for University stewardship. We describe five recommendations that will enhance the University's research, education, and outreach missions an... | 2013 |
70 |
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Revitalization of Red Butte Creek: a University of Utah Campus Asset | Andrews, Emerson | The presence of the Red Butte Creek (RBC) riparian corridor on the University of Utah campus presents a unique opportunity for environmental education, research, and outreach. As an outdoor classroom and on-campus "field station" opportunity, the RBC represents an asset to help define a signature st... | 2012 |
71 |
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Salt Lake City Community Carbon Footprint | | | 2010 |
72 |
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Savings & Incentive Report The University of Utah: Buildings 9, 10, 13 & 83 RCx | Rocky Mountain Power | | 2016 |
73 |
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SCIF Bylaws | University of Utah | | 2011 |
74 |
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SCIF Fee Approval | Board of Trustees | | 2009 |
75 |
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Statistical modeling of watershed scale evapotranspiration | Dhungel, Sulochan; Barber, Michael E. | This project develops a statistical model using estimates of evapotranspiration derived from remote sensing techniques to predict agricultural water consumption. With future climate data, this model can be used to predict future consumptive use | 2017 |