Architecture Commons^™

Ascents And Descents In The 21st Century: Restoring Chand Baori, Japneet Pahwa

Masters Theses

Water is a basic human right and a resource that should be accessible to all. The largest and deepest stepwell in the world, Chand Baori in dry Abhaneri, Rajasthan, is visited by many but serves its purpose for none. This hundred foot deep subterranean structure once allowed access to fresh water during hot and dry seasons, and served as a cool sanctuary for pilgrims, caravans and villagers.Unfortunately, due to climate change and political discourse, the underprivileged, rural population of modern India often does not have access to water. Stepwells were built in India in the 3rd century CE, in the …

Unconventional Energy, Fall/Winter 2015, Issue 31

Sustain Magazine

No abstract provided.

How Do Designers Of The Built Environment Attempt To Make Ecological Sustainability Sensory Legible?, Carly L. Bartow

Architecture Undergraduate Honors Theses

This paper attempts to provide a theoretical framework for making ecosystem function and ecologically sustainable design more perceptible or sensible to people through architecture and the built environment. Design features of the Bertschi School Science Wing and the Bullitt Center in Seattle, Washington are incorporated to illustrate the sensory legibility of ecological sustainability criteria.The criteria are available to designers to help educate a building's occupants on environmentally sustainable design and motivate more sustainable behavior.

Integrating Engineering And Social Aspects In Selecting Stormwater Control Measures (Scms), Maudy Indriani Budipradigdo

Masters Theses

The Low Impact Development (LID) approach to stormwater management is rapidly becoming the required replacement for the traditional approach of development design, solely for peak runoff attenuation. Stormwater Control Measures (SCMs) used in LID designs are some combination of physical structures and /or agronomic practices designed to capture runoff, remove pollutants, promote groundwater recharge, and protect receiving streams from channel degradation. The LID approach has been studied and documented in many journals and design manuals, but we know of no comprehensive study that combines the engineering (hydrologic performance requirements) and social aspects (complementary requirements) of the approach. SCMs have historically …

Addressing Nature Deficiency With Outdoor Classrooms, Leah Ann Sullivan

Masters Theses

Currently, a vast majority of elementary aged children are nature deficient. [1] They attend six to eight hours of school five days a week, have limited independent outdoor access due to safety concerns (example: congested neighborhoods with high traffic volume, a fear of being kidnapped, crime rates), health concerns like asthma, and spending more time indoors with technology devices. Richard Louv, author of Last Child in the Woods, explains, "Nature-deficient disorder describes human costs of alienation from nature, among them: diminished use of the senses, attention difficulties, and higher rates of physical and emotional illnesses." [2] This lack of …

The Effects Of Geographical And Climatic Setting On The Economic Advantages Of Alternative Flood Control Measures, Clyde R. Dempsey, L. Douglas James

KWRRI Research Reports

It has long been realized that tributary urban development and channel improvement greatly affect the flow regime in a given watershed. A previous study used the Stanford Watershed Model to derive relationships expressing how the flood peaks in Sacramento, California, might be expected to vary with changing conditions of urbanization, channelization, and tributary drainage area. In order to observe the effects of climatic setting and geographical location on these relationships, the same type of analysis was applied to a drainage area near Louisville, Kentucky.

If reservoir storage is to be considered in a flood control program, it is necessary to …