How your backyard can change science | Eric Lo | TEDxSaltLakeCity

TL;DR

Plants have incredible superpowers, from generating electricity to producing medication, and by democratizing research and collecting plant data, we can unlock their full potential.

Transcript

[Applause] imagine walking down the street and the trees illuminate your way what if plants replace a solar panels on your roof living Moss walls Monitor and filter your air and Greenhouse in your addict uses your gray water I can already breathe better than this future but why doesn't it exist well time and time again humans think we know better t... Read More

Key Insights

• 💉 The Great Salt Lake's declining health and its impact on air quality demonstrate the urgent need for innovative solutions.
• 🌱 Plants possess diverse superpowers, such as generating electricity, producing sunscreen, and surviving extreme conditions, offering opportunities for sustainable development.
• 🌱 Lack of research, funding, and public involvement in plant studies hinder the utilization of plants' superpowers.
• 👨‍🔬 Democratizing research by involving the public can accelerate discoveries and overcome the challenges of plant study.
• 👨‍🔬 Research on plants has immense potential for improving medicine, developing renewable energy sources, and solving environmental issues.
• 🥺 Unlocking all plant superpowers could lead to a future with sustainable materials, advanced communication systems, and improved air quality.
• 🙈 Democratized research can result in accidental discoveries and innovative solutions, as seen in previous scientific breakthroughs.

Questions & Answers

Q: How can plants help improve air quality in Salt Lake City?

Plants like halites and lily pads can stabilize soil, reduce evaporation, and absorb pollutants, making them effective in combating air pollution.

Q: How do plants contribute to medical advancements?

Many drugs, such as aspirin and cancer treatments, are derived from plants. By studying more plant species, we can discover new medicines and advancements in genetic science.

Q: Why is research on plants challenging?

Research on plants is often slow, expensive, and inaccessible to the average person. Limited funding and scarce information on plant species contribute to the difficulty.

Q: How can democratizing research benefit plant studies?

By involving the public in data collection through sensors placed in plants, we can gather vital information more efficiently, fast-tracking the research process and involving a larger number of contributors.

Summary & Key Takeaways

• Salt Lake City's air quality is rapidly declining due to the drying Great Salt Lake, and traditional conservation methods have not been effective.

• Plants have amazing abilities, such as reducing evaporation, generating electricity, and producing natural sunscreen, but their potential is largely untapped.

• The lack of research and funding for plant studies hinders our understanding of their superpowers, but democratizing research and involving the public can help overcome these challenges.