She is among a half-dozen U. researchers awarded seed grants under the university's new interdisciplinary air-quality program. The grants total $165,000 and cover a range of inquiries aimed at understanding and addressing the consequences of Utah's air pollution for human health.
"We would like to be a national center supported by federal grants to grow into a robust, long-term self-sustaining program. We hope the seed grants will lead to high-quality work and further support," said Robert Paine, a pulmonologist who directs the U.'s Program for Air Quality, Health, and Society.
The program is encouraging U. researchers to expand the scope of their investigations to include the particulate pollution that concentrates in Utah valleys every winter.
"For all the problems it causes it is also a tremendous opportunity to investigate air pollution in greater detail, how it's generated, its atmospheric chemistry and health impacts," Paine said.
Chin and her research team will tap the Utah Population Database to identify Utah County women who were pregnant during the plant closure, which spanned the 1986-87 inversion season, and had another pregnancy while the plant was operating. Then they will compare these siblings' subsequent health outcomes as documented in the database.
"We will look at whether being exposed in utero programmed them for long-term adverse health outcomes," Chin said. "If we find interesting results we would take a subset and try to contact them to obtain detailed information and blood samples."
Children born during the Geneva closure are turning 27 this year. Chin said the Utah Population Database is particularly helpful because those who grow up in Utah tend to stay in Utah as adults, making it easier to track them through life.
Another grant recipient is Hanseup Kim, an assistant professor of electrical engineering who is developing a hand-held device to monitor indoor levels of volatile organic compounds (VOCs) carbon-based pollutants implicated in allergies and asthma.
VOC pollution can be 10 times higher indoors than outdoors, but no viable options for portable monitoring now exist, according to Kim's proposal.
His U. grant will help advance his ongoing federally funded efforts to develop a wristwatch-size VOC detector, perhaps resulting in a functioning prototype.
The other grant recipients are Amanda Bakian, psychiatry, on suicide risk; Ramkiran Gouripeddi, bioinformatics, on integrating environmental and clinical data for air quality research; Cheryl Pirozzi, pulmonary medicine, on idiopathic pulmonary fibrosis; and Russell Richardson, internal medicine, on vascular function in chronic obstructive pulmonary disease.
Share the story of your bad air day
For some Utahns, inversion season is simply annoying. It means fewer outdoor exercise days, eye and throat irritation, and a less-than-picturesque view. For others, though, the cloud of pollution that clings to the valley floor is a serious threat that exacerbates existing health problems and makes Salt Lake City virtually unlivable in the winter months.
How does poor air quality affect you? The Salt Lake Tribune and KUED Channel 7 want to hear your bad-air-day stories whether written or video-recorded.
Send stories to email@example.com or firstname.lastname@example.org with "My Bad Air Day" in the subject line, or share them at facebook.com/saltlaketribune or facebook.com/kuedchannel7.
You also may share video stories on Tout at tout.com/sltrib or at #mybadairday on Instagram. The Tribune and KUED will share your stories as part of our ongoing air-quality coverage.
Air-quality town hall
O The Tribune's Jennifer Napier-Pearce will moderate a town-hall discussion on Utah's air quality challenges with a panel of experts at 7 p.m. Jan. 29 at the Salt Lake City Main Library, 210 E. 400 South. The discussion will be broadcast live on KCPW 88.3/105.3 FM and at sltrib.com. You can submit questions in advance by sending an email to email@example.com.