Architects Using Technology to Fight Shade Inequity in El Paso

Core Concepts

The authors aim to address shade inequity in urban areas through innovative technology and research, focusing on the impact of UV radiation exposure on vulnerable populations.

Abstract

The married architects, Ersela Kripa and Stephen Mueller, are utilizing technology to identify and combat shade inequity in El Paso. Their research focuses on mapping shade availability, UV protection, and identifying vulnerable neighborhoods. By developing algorithms and creating shade structures, they aim to provide safe outdoor spaces for all residents, particularly those exposed to high levels of UV radiation.

Stats

"We design and analyze the data with 3D technology."
"The satellites pick up areas with high levels of outdoor activity and analyze the available shade."
"The tool creates dome figures of an area, analyzing the various layers of atmospheric phenomena."
"It can be used in other cities with similar climates."
"The structure could hold up to 80 children while offering accessibility for wheelchairs."

Quotes

"We would love to teach and share that with all our colleagues and professionals and to develop a robust relationship with the city to share the research and work on built projects together." - Kripa
"If this can make it outside the school’s walls and into the community, that would be ideal." - Mueller

Key Insights Distilled From

How two architects are using technology to identify, fight shade inequity

by Christian Be... at elpasomatters.org 07-12-2023

http://elpasomatters.org/2023/07/12/texas-tech-architects-use-technology-to-identify-and-fight-shade-inequity/

Deeper Inquiries

How can collaborations across borders be enhanced to share environmental data effectively?

Collaborations across borders can be enhanced by establishing formal agreements and partnerships between governments, research institutions, and non-profit organizations in different countries. This could involve creating joint initiatives or programs that focus on sharing environmental data related to issues like shade inequity. Utilizing technology platforms for data sharing and communication can also facilitate the exchange of information in real-time. Additionally, promoting transparency and open access to data can encourage more cross-border collaboration in addressing environmental challenges.

What are potential challenges in implementing shade equity solutions in densely populated urban areas?

Implementing shade equity solutions in densely populated urban areas may face challenges such as limited available space for new structures due to existing infrastructure, zoning regulations, or property ownership issues. Balancing the aesthetic appeal of architectural interventions with their functionality and effectiveness in providing shade without obstructing views or causing overcrowding is another challenge. Securing funding for large-scale projects and ensuring community engagement and support are crucial aspects that need to be addressed when implementing shade equity solutions in urban areas.

How can architectural interventions address environmental inequalities beyond shade provision?

Architectural interventions can address environmental inequalities beyond shade provision by incorporating sustainable design principles that promote energy efficiency, water conservation, and biodiversity enhancement. For example, green roofs, rain gardens, permeable pavements, and passive solar design elements can help mitigate climate change impacts while improving overall environmental quality. Integrating renewable energy systems like solar panels into building designs further contributes to reducing carbon footprints. By considering holistic approaches to architecture that prioritize ecological balance and social well-being, architects can play a significant role in addressing broader environmental inequalities within communities.