BioBE has had 2 panel presentations accepted for the American Institute of Architects (AIA) National Convention 2015. This is the largest and pre-eminent architectural convention in the U.S. The first panel, titled “Architecture, Engineering, Biology, and Health: Perspectives on Built Environment Microbiomes”, will introduce the audience to the new field of microbial ecology of the built environment and some of it’s recent research. The discussion will feature experts from 4 of the primary fields engaged in the research, and will include interactive “microbial moments”.
The second panel is titled “Microbes in the Built Environment: Perspectives on Design Implications”. The panelists will focus on design and its potential impact on the built environment microbiome. The audience will sample microbes in the room and have an opportunity to pose research questions from a designer’s perspective.
In collaboration with SRG Partnership and Mazzetti, ESBL will be offering a workshop in early 2015 for healthcare facility professionals. ESBL’s portion of the half-day event will describe current research on built environment microbiomes and its implications for design.
Image courtesy of Lori Nix, www.lorinix.net
BioBE research is featured in a new article in GEO Magazine. Titled “Die Wildnis im Wohnzimmer” (“The Wilderness in the Living Room”) and written by Ute Eberle, the article discusses the human and built environment microbiome experiments that use ESBL’s climate chamber, and quotes James Meadow.
Check out the cool video at the end of the article!
Since January 2014, former BioBE Graduate Research Fellow Max Moriyama has been working at the Danish architecture firm Tredje Natur (or ‘Third Nature’ in English). The office explores the potentials of nature in the city, and specializes in climate-adaptive design, which seeks to prepare cities for increases in storm events, while simultaneously striving to enrich city life. The projects of Tredje Natur range in scale and focus, from the first climate-adapted neighborhood in Copenhagen to a landscape integrated swim hall. Just recently, Max was amongst the team who won the competition to renovate Enghaveparken, a classic Danish park in Copenhagen. The proposal meets water challenges — including the ability to store up to 26,000 m3 of torrential rain to prevent neighborhood flooding — with activated spaces for recreation and revitalized nature.
The BioBE video “Clouds in a Box” was submitted to Oregon BESTFEST‘s video contest and was judged Best Research Video at their annual conference in Portland, Oregon, in September, 2014. This short video describes the preparations and activities for a recent experiment in our Climate Chamber. We also presented several posters including “Capturing the Human Microbial Cloud” and “Architectural Design, Light Exposure, and Microbial Viability in the Built Environment”.
Sampling air around Jonathan the Bread Lab baker. Photo credit Kim Binczewski.
Clarisse Betancourt and Erica Hartmann travelled to scenic Mount Vernon, Washington to collect air samples from the Washington State University Bread Lab. These samples will help generate preliminary data to develop a collaboration between BioBE and the Bread Lab to determine the relationship between the bread and bakery microbiomes. The bakery air should be rich with baker’s yeasts, but how much of those special microbes spill out into the air around the bakery? And will those same microbes fill the air at the new Bread Lab facility? Only time will tell…
Gwynne Mhuireach, a Landscape Architecture PhD candidate and member of BioBE, has been awarded a Science To Achieve Results (STAR) Fellowship from the U.S. EPA to investigate heterogeneity among the microbial communities found in urban residential neighborhoods. She is particularly interested in the influence that abundance, distribution and diversity of vegetation may have on the urban microbiome, and how vegetation and microbes may interact to affect children’s well-being. The STAR Fellowship provides $42,000 per year of funding over a maximum of three years for outstanding graduate students in environmental studies. Since the program began in 1995, EPA has awarded approximately 1,884 Fellowships.
James Meadow is recently back from Hong Kong, where he was presenting new BioBE research at the 2014 Indoor Air meeting. Indoor microbiology research was very well represented in a series of packed sessions sponsored by the Sloan Foundation. Discussions throughout the meeting seemed to reflect the shift in the changing MoBE field — toward focused experimental approaches to test some of the outstanding questions raised by recent studies, and toward integrating public health into ecological studies. The folks at microbe.net put together a Storify collection of #microbenet tweets during the meeting (link here).
The most recent BioBE paper has received quite a bit of coverage in the press, including some nice spots in scientific press. The study explored the personal microbial connection we have with our personal effects, specifically with smartphones. Here are a few notable stories and podcasts about the paper:
James Meadow is recently back from the American Society for Microbiology meeting in Boston, MA, where he was speaking in a special session called “We Are Not Alone: Microbial Revelations of the Built Environment.” The session was filled with really interesting talks ranging from Legionella in school buses to fungi in restrooms to biofilms in drinking water pipes. The organizers were generous enough to let us post a link to all session videos for free!
The speakers and starting times:
0:00 – Microbes across Human Cultures. Maria Dominguez-Bello;
30:40 – Automobile Windshield Washer Fluid: a Novel Source of Exposure to Legionella. David Schwake
47:53 – Network Analysis of the Indoor Dust Microbiome in CHILD Study Homes in Winnipeg, Manitoba. James Scott
1:02:20 – Can We Use Architectural Design to Influence the Built Environment Microbiome? James Meadow
1:28:26 – Characterization of the Public Restroom Mycobiome Using the Internal Transcribed Spacer. Jennifer Fouquier
1:43:51 – Characterization of Drinking Water Distribution System Biofilm Communities Using Next-Generation Illumina Sequencing. Kimi Gomez-Smith
2:02:22 – Toward Real-Time Bioaerosol Characterization: Developments for in situ Optical Recognition of Airborne Microbes. Mark Hernandez