How can we create sustainable cities and healthier buildings—including classrooms, hospitals, offices, and homes—by studying microbes? TED Senior Fellow Jessica Green explains how in visually rich talks that chart the frontier of bio-inspired design. She examines microorganisms to touch on deeper questions about humanity: What does it mean to be an individual? Where does your identity begin, and where does it end?
Jessica Green is a world renowned scientist inspiring people to think about bacteria in entirely new ways. A faculty member at the Santa Fe Institute, Green is helping us see how the microbial blueprint of our bodies, homes, cities, and forests impacts our world, and our future. As co-founder and CEO of Phylagen, a DNA data harvesting and analytics company, Green envisions a future for urban design that promotes sustainability, human health, and well-being.
Green is currently spearheading efforts to model urban spaces as complex ecosystems that house trillions of diverse microorganisms interacting with each other, with humans, and with their environment. She calls it the “built environment microbiome.” In addition, she is co-creating a graphic novel about the urban microbiome with graphic designer Steve Green and writer and TED Fellow Anita Doron.
Green is internationally recognized for highly cited publications in Nature, Science, and the Proceedings of the National Academy of Sciences. Her work has been featured in TIME, ABC, NBC, NPR, Forbes, Discover, Scientific American, and The Economist. She is the recipient of the Blaise Pascal International Research Chair, the John Simon Guggenheim Memorial Foundation Fellowship, and a TED Senior Fellowship. She is the former Alec and Kay Keith Professor of Biology at the University of Oregon, where was also a founder and former director of the Biology and the Built Environment (BioBE) Center. There, Green worked with architects and engineers to advance our understanding of how microbial communities assemble, interact, evolve, and influence public health. She earned an M.S. in Civil/Environmental Engineering and Ph.D. in Nuclear Engineering, both at the University of California, Berkeley.
Where Do Things Actually Come From? Microbiomes and AI Can Tell Us
What if we could accurately trace the origin story of every single product? With Jessica Green’s new project, we can—by using microbiomes.
Global supply chains are getting harder to trust. Consumers ask: was this t-shirt made by slaves? Companies ask: were my goods made from verified, high quality sources? Governments ask: where did this ship actually come from? Despite regulations and policies, it’s hard to trace—but embedded in each and every object are microorganisms, which we can harness as tracing technology. By analyzing a product’s microbiome, we can find out where exactly in the world a product has been, to answer all of these questions and more: determining whether your organic cotton shirt was actually grown on an organic farm, or whether your fair trade apparel was truly produced equitably.
In this talk, Green explores how, by combining microbiome technology with AI, we can uncover invisible patterns across objects, materials, and places to track how things move around the world. It’s a highly-scalable solution that will gain new insights into the true provenance of our products; enhance trust; expose corruption; and make for a fairer, more equitable supply chain.
The Hidden City Landscape, Urban Design, and the Microbial Universe
Our unprecedented move to urban centers has caused a corresponding shift in the urban genome. The question is: can we engineer our cities to take advantage of these new discoveries? Can we create healthier, more sustainable cities by mapping the hidden dance of microbes in our midst? In this expansive keynote, Jessica Green helps urbanists, city planners, landscape architects, and health care workers create metropolises that take advantage of our new awareness of metagenomics. How does our proximity to green space and plant life, processing plants and freeways, sewage centers and subway lines, skyscrapers and animal life affect our health? And what can our city structures teach us about the prevention of disease: from both airborne pandemics to illnesses caused by the spread of antibiotic resistance?
Knowing our city’s microbial health is the next frontier of urban planning and architecture. For all those invested in the health, sustainability, and ecology of our urban environments, Jessica Green’s poignant talks are indispensable.
Building Wellness Creating Healthier Homes, Hospitals, and Offices with Microbiology
More than ever, we spend our lives indoors. Our apartments, offices, and hospitals keep us densely packed, surrounded by our neighbors and coworkers, breathing recycled air and making continual physical contact. Our sealed-off environments mean our lives are radically different from our ancestors, or even recent generations—but what does this mean on a microbial level? And what does this mean for our health and well-being as city populations continue to explode?
In this mind-opening keynote, Jessica Green explores how a deeper understanding of microbes can help us create healthier buildings (and thus enjoy healthier lives, in and outside of work). This means reimagining how we design structures, air flow, plant life, and communal spaces to control allergens, viruses, bacteria, fungi, and other microbial forces. As we spend money on weatherizing and air conditioning our homes, designing layouts in offices to stimulate creativity, and creating clinics and labs in sterile environments, we must also turn to leading scientists like Green to discover how the invisible world has a profound aspect on our daily lives.
This talk has major implications for architects, designers, and health care professionals interested in making better, healthier buildings. It also comes with important takeaways for business leaders and HR professionals. If we can improve indoor environmental quality, we can improve the health and productivity of our employees, making ‘building wellness’ not only a matter of science, but of economics and finance as well.