Steve Austin
Introduction
The session begins with a brief introduction of Professor Steve Austin
Professor Austin is a distinguished land planner, designer, attorney, and community leader
Over 25 years of experience in landscape architecture, law, urban planning, and community organizing
His focus is on creating resilient, equitable, and livable communities
The professor emphasizes an interactive discussion instead of a formal speech, inviting questions from the audience.
Attendees are reminded that attendance will be recorded via a QR code provided at the end of the session.
Icebreaker: A Picture of Saturn
Professor Austin displays a picture of Saturn and asks attendees to recognize its significance.
He elaborates that everyone present is represented in this image.
This image serves as a metaphor, illustrating that Earth is the only land that truly matters to us.
Key message: Humanity is earthlings, and our focus must be on the Earth, not on colonizing other planets, as depicted in movies.
Agenda for the Day
Introduction of Professor Austin's background
Discussion of the climate crisis
Exploration of how landscape architecture responds to this climate crisis
Overview of the WSU Landscape Architecture Program
Professor Austin's Background
Lives at 420 High Street in Pullman, previously a punk rocker, currently a member of a quieter acoustic band.
He has a background in landscape architecture and law.
Passionate artist who shares his work through a public initiative called the Free Art Tree, which aims to promote awareness of the climate crisis and indigenous responses.
Emphasizes community involvement and youth engagement in planning processes.
Experience with urban design and community-oriented project development.
Co-founder of a bike club aimed at providing bicycles and helmets to kids.
Key projects in Kentucky include various biking and hiking trails and a notable 4,000-acre park.
Introduction to Climate Crisis
Professor Austin states that the climate crisis will be the defining challenge of their careers as designers and engineers.
Insight: Climate crisis impacts community design and planning, thus is essential for landscape architects to address.
Current Climate Situation
The last decade recorded the hottest temperatures in history; 2023 is on track to be one of the hottest years.
Graph: Rising carbon dioxide concentrations correlate with increasing global temperatures.
Without reducing CO2 levels, the situation will worsen.
Facts regarding CO2:
Essential for life but harmful in excessive amounts due to its role as a greenhouse gas.
Increase from burning fossil fuels and poor agricultural practices that disturb soil.
Deforestation contributions through loss of trees that help sequester CO2.
Human Impact: Current CO2 levels are unprecedented in 800,000 years, leading to extreme weather events.
Effects of the Climate Crisis on Agriculture and Migration
Unstable climate patterns challenge food supply stability, leading to historical record hunger.
Mass migration risks as people relocate due to inhospitable living conditions caused by climate impacts.
Statistics: Billions will be affected by climate-induced migration in the next two decades.
Response and Responsibility
Importance of reducing fossil fuel reliance (automobiles, industrial activities, etc.) must be addressed urgently.
Acknowledgment of social justice aspects related to climate action and its disproportionate impacts on marginalized communities.
The affluent contribute significantly to climate degradation; equity must be pursued in climate response strategies.
Landscape Architecture as Solution
Landscape architects are positioned to lead initiatives responding to climate challenges.
Emphasizing nature-based solutions:
Understanding the role of nature as infrastructure.
Implementing bioengineering strategies to manage urban design to withstand extreme weather events like "rain bombs".
Urban Design Initiatives
Sponge Cities: Designing urban environments to manage rainfall effectively, allowing for water absorption and preventing flooding.
Advocating for significant greenery and biodiversity in city planning, benefitting both ecology and human living conditions.
Examples illustrate the reimagining of spaces (parking lots, streets) to serve both functionality and ecological needs.
Addressing Heat Capture Through Shade
Developing shade cities to combat intense heat (providing cover through green spaces and artificial structures like solar panels).
Shade equity: An ongoing concern as impoverished neighborhoods often lack adequate tree cover.
Concrete Case Studies and Projects
Specific project examples from Professor Austin’s career:
Transformation from parking lots to green areas, reclaiming natural habitats, mitigating heat and flooding.
Discussion on a new park project in Kentucky that restores a stream previously hidden beneath concrete.
Highlighting projects in urban contexts including Seattle and Detroit showcasing successful transformations involving community input.
Reimagining Urban Layouts
Considering affordable housing solutions integrated with green spaces and biodiversity initiatives.
Discussing alternatives to traditional transportation systems, proposing electric and innovative transport methods.
Climate Crisis and Built Environment
Built environments (architecture, landscape architecture, and engineering) contribute 40% of all carbon emissions.
Landscape architects commit to ensuring projects reduce climate impacts, aiming for net-zero pollution.
Key takeaway: Innovation and creativity in solving climate-based designs are essential for future professionals.
Washington Climate Commitment Act
A law regulating emissions with transitioning to net-zero pollution by 2050.
Implications for current and future projects under this statutory change in Washington State.
Speculative Possibilities
Discussion includes potential for alternate urban living arrangements and eco-aware transport options as pathways toward sustainable cities.
Landscape Architecture Program at WSU
Service learning is integrated throughout the program initiating early involvement with community projects:
Sophomore studio projects include working with Native American tribes on community designs.
Junior studio experiences encompass design projects addressing environmental challenges.
Senior studio culminates in comprehensive projects assisting local communities reconstructing post-disaster.
Conclusion
Overall, Professor Austin emphasizes the potential of landscape architecture as a transformative tool against climate challenges, reiterating the critical role of communities and the importance of equitable projects.
The session invites continuous questions and encourages active participation from students regarding personal aspirations in the field.
Introduction
Professor Steve Austin, a distinguished land planner, designer, and attorney with over 25 years of experience, specializes in creating resilient, equitable, and livable communities. He encourages an interactive discussion.
Icebreaker: A Picture of Saturn
An image of Saturn serves as a metaphor to highlight that Earth is the only land that truly matters to humanity, emphasizing our role as "earthlings" focused on our planet.
Agenda for the Day
Introduction of Professor Austin's background
Discussion of the climate crisis
Exploration of how landscape architecture responds to this climate crisis
Overview of the WSU Landscape Architecture Program
Professor Austin's Background
Professor Austin, residing at 420 High Street in Pullman, has a background in landscape architecture and law. He is an artist passionate about sharing work through the Free Art Tree, promoting climate crisis awareness and indigenous responses. He emphasizes community involvement, youth engagement, and co-founded a bike club for kids. Key projects include biking/hiking trails and a 4,000-acre park in Kentucky.
Introduction to Climate Crisis
The climate crisis is presented as the defining challenge for designers and engineers, profoundly impacting community design and planning.
Current Climate Situation
Global temperatures are rising, with the last decade being the hottest. A graph shows increasing carbon dioxide (CO2) concentrations correlate with these temperatures. CO2, essential for life, becomes harmful in excess due to fossil fuel burning, poor agricultural practices, and deforestation, leading to unprecedented levels in 800,000 years and extreme weather events.
Effects of the Climate Crisis on Agriculture and Migration
Unstable climate patterns threaten food supply, leading to record hunger. Climate-induced migration will affect billions as people relocate from inhospitable areas.
Response and Responsibility
Urgent action is needed to reduce reliance on fossil fuels. Social justice is crucial, as climate degradation disproportionately impacts marginalized communities, while the affluent contribute significantly.
Landscape Architecture as Solution
Landscape architects can lead climate response through nature-based solutions, understanding nature as infrastructure, and using bioengineering to manage urban design against extreme weather.
Urban Design Initiatives
Sponge Cities design urban environments to absorb rainfall and prevent flooding, integrating significant greenery and biodiversity. This involves reimagining spaces like parking lots and streets for ecological needs.
Addressing Heat Capture Through Shade
Shade cities combat intense heat using green spaces and structures like solar panels. Shade equity is a concern as lower-income neighborhoods often lack adequate tree cover.
Concrete Case Studies and Projects
Professor Austin's projects include transforming parking lots into green areas, restoring streams beneath concrete, and urban transformations in Seattle and Detroit, involving community input.
Reimagining Urban Layouts
Discussions include integrating affordable housing with green spaces and biodiversity, and exploring electric/innovative transport alternatives.
Climate Crisis and Built Environment
Built environments contribute of carbon emissions. Landscape architects aim for net-zero pollution. Innovation in climate-based designs is essential for future professionals.
Washington Climate Commitment Act
This law regulates emissions, targeting net-zero pollution by 2050, impacting future projects in Washington State.
Speculative Possibilities
Potential for alternate urban living arrangements and eco-aware transport options for sustainable cities.
Landscape Architecture Program at WSU
Service learning is integrated, with sophomore projects working with Native American tribes, junior studios addressing environmental challenges, and senior studios assisting post-disaster communities.
Conclusion
Professor Austin emphasizes landscape architecture's transformative potential against climate challenges, highlighting the critical role of communities and equitable projects.