Physical Sciences and Mathematics Commons^™

Sustainable Umass Adquad External Review Final Presentation, Bonny Bentzin, Robert Koester, Matt St. Clair

Sustainability Reports & Plans

No abstract provided.

Sustainable Umass Adquad External Review Final Report, Bonny Bentzin, Robert Koester, Matt St. Clair

Sustainability Reports & Plans

Through the breadth and excellence of its operational and academic activities, the Sustainable UMass program has had considerable success in the past five years; achieving a position of prominence and leadership in the sustainability arena as reflected in national higher education awards. Remarkably, this has been spearheaded by a relatively small group of dedicated people working together as an informal, ad hoc coalition of personnel in Physical Plant, Campus Planning, Auxiliary Services, Transportation Services, the College of Natural Sciences, the College of Social and Behavioral Sciences, the Isenberg School of Management, the Library, and University Relations, among others. However, as …

Patterns In Trash: Factors That Drive Municipal Solid Waste Recycling, Jared Starr

Masters Theses 1911 - February 2014

Municipal recycling is driven by a variety of factors. Yet how these factors change over time is not well understood. I analyze a suite of contextual and program variable in multiple time periods, spanning 16 years, in the Commonwealth of Massachusetts. Based on the models run, I reach the surprising conclusion that most program variables have an insignificant effect on recycling rates. These findings can inform municipal officials and waste managers as they seek new ways to increase municipal recycling participation.

The Potential For Restoration Of Tan Brook, An Urban Headwater Stream In Amherst, Massachusetts, Alison Tenhulzen, Alyssa Black, Robert F. Smith

Research

The goal of the Tan Brook Student Conservation Group is to educate undergraduate students at the University of Massachusetts Amherst about freshwater sustainability. to accomplish this, the group will act to provide opportunities in original research, applied field and laboratory methods, and outreach. The initial goal for the group will be a collaborative project describing the ecological, historical, and social significance of the Tan Brook, which will result in an informative website and educational signage located at several locations in the town of Amherst and on University property where the Tan Brook enters campus. Ultimately, the group will contribute to …

Brief Analysis Of The Tan Brook Watershed In Amherst, Massachusetts, Andrew Mckenna, Robert F. Smith

Research

The Tan Brook is a small 3.91 square kilometer watershed that runs through and encompasses the highly urbanized areas of Amherst, MA. It is part of the Connecticut River basin and the Mill River sub-basin. In order to meet the high demands of the local middle and high school, and heavy runoff from high amounts of impervious cover from downtown Amherst and the University of Massachusetts, the Tan Brook has been highly culverted.

Fy 2014 Umass Amherst Water & Steam Data By Building, Ezra Small

Campus Data

Each year, UMass Amherst Utilities publishes this spreadsheet which has the monthly and annual building water and steam consumption of each metered building on campus.

Fy 2014 Umass Amherst Waste Management Report, Ezra Small

Campus Data

Each year the Office of Waste Management publishes this report which totals recycling and refuse data for the campus.

Fy 2014 Umass Amherst Electricity Data By Building, Ezra Small

Campus Data

Each year, UMass Amherst Utilities publishes this spreadsheet which has the monthly and annual building energy consumption of each metered building on campus. Cost data and production vs. purchased electricity data are also provided.

Umass Amherst Energy & Emissions Data Fy2002-2013, Ezra Small

Campus Data

This spreadsheet and associated tables provides the total fuel usage and associated emissions for the UMass Amherst campus including electricity consumption for all UMass Amherst owned properties between FY2002-2013. Tab 2 provides the calculated Energy Use Intensity (EUI). Tabs 3 & 4 provide the raw GHG and kbtu energy data for the campus. Tab 5 provides the emissions factors and weather normalization factors used by the MA DOER to correctly calculate annual emissions.

Why Waste The Wind? A Look Into Small Scale Wind Energy, Mitchell Negus, Jon Swanton, Ben Chilcoat, Mark Settembrino

Student Showcase

The human race’s dependence on fossil fuels for energy generation has started to cause major changes in the environment. Climate change is a universal issue and it is evident that our current energy schematic is not sustainable. At the University of Massachusetts, small-scale wind power has the potential to be a key component in UMass’ energy portfolio as the university shifts from reliance on fossil fuels to renewable energy. Strategically placed turbines would produce clean, renewable energy, reduce greenhouse gas emissions, and help to decentralize energy dependence on the Central Heating Plant. Small-scale turbines, like the eddyGT, are tested technologies …

Waste Not, Want Not: A Student Manual To Create Zero Waste College Campuses, Arianna Moscone

Student Showcase

When Ari Moscone first received an email with the subject line, “A Zero Waste Campus is Possible”, many ideas came flooding into her head. "What if my university were to be a leading campus for a zero waste movement? What if our campus became zero waste? What if colleges across the country joined this movement?" The final question that came into her head was: "How could I help to make this happen?" She was skeptical, but was intrigued by this prospect, and decided to open the email rather than send it to her trash folder.

PLAN: The Post-Landfill Action Network …

Evaluating The Benefits Of And Barriers To Building With Structural Insulated Panels, Alison E. Moynihan

Student Showcase

Changing climate and increasing costs of energy are putting pressure on the building industry to adapt to higher performance building systems. One technology that can improve building performance is structural insulated panel (SIP) construction. The purpose of my practicum is to evaluate the possible benefits of SIPs and to identify obstacles to SIPs gaining a larger portion of the building industry. Using the information from practicum I intend to evaluate current design tools and suggest my own tools. The benefits of SIPs are lower thermal bridging and air infiltration leading to lower operating costs and minimal material usage. Findings include …