Physical Sciences and Mathematics Commons^™

How Useful Is Gsv As An Environmental Observation Tool? An Analysis Of The Evidence So Far., Katherine Nesse, Leah Airt

SPU Works

Researchers in many disciplines have turned to Google Street View to replace pedestrian- or carbased in-person observation of streetscapes. It is most prevalent within the research literature on the relationship between neighborhood environments and public health but has been used as diverse as disaster recovery, ecology and wildlife habitat, and urban design. Evaluations of the tool have found that the results of GSV-based observation are similar to the results from in-person observation although the similarity depends on the type of characteristic being observed. Larger, permanent and discrete features showed more consistency between the two methods and smaller, transient and judgmental …

Rethinking Urban Green Infrastructure As A Means To Promote Avian Conservation, Allen Lau

Master's Projects and Capstones

There is an under-recognized potential for cities to use urban green infrastructure to contribute to avian biodiversity conservation. At the global scale, climate change and growing urbanization are primary global drivers leading to decline and homogenization in world bird populations. Birds are fundamental and intricate species in ecosystems, and even in urban areas, act as indicator and regulator species contributing to healthy ecosystem function. While many cities have recognized the economic and social benefits associated with green spaces, such as the vast benefits ecosystem services provide to the urban dweller, the use of green spaces to concurrently contribute to avian …

Geological Principles Illustrated In The Art Along The Antelope Valley Hiker/Biker Trail – The Big X (Salt Creek Roadway/Antelope Valley Parkway) South To Q Street, Robert Diffendal, Jr.

School of Natural Resources: Faculty Publications

When the weather is good (and even sometimes when it isn’t) I occasionally walk around the periphery of the UNL city campus, often over the lunch hour, now that the trails and the sidewalks allow one to walk a complete circuit. The walk along Antelope Creek from the Big X to Q Street is beautiful. The designers of the project made nice art works on the floor of the creek and on the retaining walls on the valley sides that add to the beauty of nature.

I am a geologist and wondered about some of the art and its meaning …

Golden Tools In Green Design: What Drives Sustainability, Innovation, And Value In Green Design Methods?, Jeremy Faludi

Dartmouth Scholarship

What do product design teams value in sustainable design methods? Specifically, what kinds of activities and mindsets comprise different design methods, and which ones do design teams believe drive sustainability, innovation, and other value? How could they be combined to improve sustainable design’s value to companies? This study was the first to deconstruct green product design practices into their constituent activities and mindsets to characterize them and hypothesize their potential synergies. It was also the first to empirically test and compare what practitioners value within three of these sustainable design practices—The Natural Step, Whole System Mapping, and Biomimicry. Others have …

Examination Of Leed Certified Building’S Electricity Usage, Nasim Amiri

Masters Theses & Specialist Projects

The number of buildings seeking LEED certification has been growing steadily over the past few years. In this study, three academic buildings which were designed and built to LEED certification standards were targeted in Bowling Green, Kentucky. Their electricity consumption and cost effectiveness were examined and compared with predesigned LEED efficiency models of those three buildings. This research directly examined cost effectiveness of LEED buildings in terms of electricity usage. Three case studies were completed to find the initial and on-going electricity costs of LEED buildings and to verify the LEED standard results. LEED aspects of these buildings were discussed …

Shower Atomization, Chirag Ayappa Ravishankar,

Masters Theses & Specialist Projects

The research will help to design a shower for Dr. Chelson’s shelter, which can control the water flow, pressure and duration of the shower, which optimizes the utilization of water. The showers could be used in drought-hit areas where water is very scarce, as daily sanitation needs are necessary to keep a person safe and healthy without wasting water. The report from, World Health Organization shows that showers consume the most water. A timed shower could help resolve this issue through eliminating the wastage. Eco-friendly environmentalists may also be attracted to the showers, as their main purposes are to save …

A Period Examination Through Contemporary Energy Analysis Of Kevin Roche’S Fine Arts Center At University Of Massachusetts-Amherst, L Carl Fiocchi Jr

L. Carl Fiocchi

Studies of buildings belonging to a subset of Modernist architecture, Brutalism, have included discussions pertaining to social and architectural history, critical reception, tectonic form and geometry inspirations, material property selections, period technology limitations, and migration of public perceptions. Evaluations of Brutalist buildings’ energy related performances have been restricted to anecdotal observations with particular focus on the building type’s poor thermal performance, a result of the preferred construction method, i.e. monolithic reinforced concrete used as structure, interior finish and exterior finish. A valid criticism, but one that served to dismiss discussion that the possibility of other positive design strategies limiting energy …

Rebuilding Silicon Valley - An Assessment Of The Silicon Valley Corporate Campus And The Potential For Suburban Sustainability, Eden Lindeman

Master's Projects and Capstones

Silicon Valley is the San Francisco Bay Area’s economic powerhouse and is herald for its innovation and success. However, Silicon Valley’s urban design is unsustainable and characterized by remote and large corporate campuses that contribute to job sprawl and heavy traffic congestion. Many of the buildings are also not performing at an efficient level and are due for deep overhauls to cut back energy consumption and costs. The inevitable effects of climate change continue to loom large over the world, heightening the importance for the built environment to be reformed into an environment that can mitigate and adapt to climate …

Sinatra Living: Technical Scope Summary, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document, labeled as project document 3.4 Technical Scope Summary, contains the scope of technical aspects for the project house.

Sinatra Living: Elevation North, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing plan of the Sinatra Living house.

Sinatra Living: Project Flow Chart, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document contains the Team Las Vegas project flowchart and overall timeline for the planning, design, and execution of the Sinatra Living project house.

Sinatra Living: Elevation West, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing plan of the Sinatra Living house.

Sinatra Living: Project Structure, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document contains the project structure organizational chart for the Team Las Vegas leadership.

Sinatra Living: Elevation South, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing plan of the Sinatra Living house.

Sinatra Living: Floor Plan (Final), University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing of the floor plan for the Sinatra Living house.

Sinatra Living: Roof Plan, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing for the roof plan of the Sinatra Living house.

Sinatra Living: Concept 3 Set, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing showing Concept 3, which is one of three available floor plans. This document contains drawings for the interior and exterior of the Sinatra Living house.

Sinatra Living: Reflected Ceiling Plan, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing for the reflected ceiling plan of the Sinatra Living house.

Sinatra Living: Concept 2 Set, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing showing Concept 2, which is one of three available floor plans. This document contains drawings for the interior and exterior of the Sinatra Living house.

Sinatra Living: Concept 1 Set, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing showing Concept 1, which is one of three available floor plans. This document contains drawings for the interior and exterior of the Sinatra Living house.

Sinatra Living: Go/No-Go Decision Points, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document, labeled as project document 3.5.3 Go/No-Go Decision Points, contains the outline for two period of the project that have specific requirements needed before proceeding to the next phase.

Sinatra Living: Option 1 Floor Plan, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing showing Option 1, which is one of three available floor plans. This document contains drawings for the interior of the Sinatra Living house only.

Sinatra Living: Ada Compliant Garage Diagram, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document is a diagram showing the ADA compliant garage for the Sinatra Living project house.

Sinatra Living: Mechanical Room Plan, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document is a drawing showing the mechanical aspects of the Sinatra Living project house (such as air conditioning units, etc.).

Sinatra Living: Workplan, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document, labeled as project document 3 Workplan, contains the plan for the project including budgeting and fundraising plans.

Sinatra Living: Ada Tour Route (Preliminary), University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document contains the preliminary drawing for the ADA compliant route through the Sinatra Living project house.

Sinatra Living: Form Diagram, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document contains a diagram of the general form of the Sinatra Living project house.

Sinatra Living: Work Breakdown Structure (Wbs), University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document is a table, called Work Breakdown Structure, that is a timeline for each phase of the project and high level tasks that need to be completed.

Sinatra Living: Ada Tour Route (Final), University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

This document contains the final drawing for the ADA compliant route through the Sinatra Living project house.

Sinatra Living: Option 2 Floor Plan, University Of Nevada, Las Vegas. Solar Decathlon Team.

Sinatra Living: Planning and Design

An architectural drawing showing Option 2, which is one of three available floor plans. This document contains drawings for the interior of the Sinatra Living house only.