Last week, researchers from Northwestern University competed for $200,000 in seed funding aimed at blending environmental science with human health. The event featured ten interdisciplinary teams eager to showcase innovative pilot projects.
Jennifer Dunn, a professor at the McCormick School of Engineering, emphasized the university’s ability to unify diverse expertise. “This competition connects faculty from different fields to create real-world impacts,” she said. It’s part of Northwestern’s broader commitment to sustainability and decarbonization.
The initiative brought together teams from various disciplines, each showcasing promising projects. Sumit Dhar, interim vice president for research, noted the strength of these proposals, highlighting their potential to contribute meaningfully to society.
A panel of judges, including university faculty and outside experts from organizations like the MacArthur and Joyce Foundations, evaluated the pitches. Each team had ten minutes to convince judges that their research could yield significant environmental and health benefits within two years.
Winning Projects
Three standout projects will share the fund. After 18 months, teams must publish their findings in a peer-reviewed journal and seek additional funding.
1. Investigating a Rail Merger in Englewood
Led by Robert Weinstock from the Environmental Advocacy Center, this project focuses on the potential impacts of a major railroad merger on Chicago’s Englewood neighborhood. Weinstock’s team will study air quality, noise, and chemical exposure, using the $71,000 to support their efforts. Their findings will eventually be submitted to the Surface Transportation Board, which will decide on the merger’s approval.
2. Indoor Health Risks
Giorgia Chinazzo, an assistant professor in civil and environmental engineering, is leading a project examining the effects of indoor conditions on health. With climate change and urbanization leading people to spend more time indoors, Chinazzo’s team will perform experiments to analyze how rising temperatures and humidity may affect well-being. They, too, will receive $71,000 for this important research.
3. The Nature 360 Kit
David Victorson from the Feinberg School of Medicine will explore the health benefits of nature for colorectal cancer survivors. His team will use portable sensors to track environmental factors like temperature and humidity. The aim is to identify which conditions maximize the benefits of nature exposure. They will receive $58,000 to support this initiative.
Broader Implications
This competition reflects a growing trend in academia and research, focusing on interdisciplinary collaboration to tackle urgent global issues. With studies showing that urban living and poor air quality can lead to health risks, such initiatives are increasingly vital. According to research from the World Health Organization, nearly 90% of urban residents breathe polluted air, making this type of research crucial for healthier communities.
The successful intersection of environmental health and community engagement can result in quicker innovations and policy improvements. As researchers delve deeper into these studies, the potential benefits could resonate far beyond their local contexts.
For more insights on the connection between the environment and health, check out resources from the World Health Organization.
