Outcomes published from Iowa State workshop on issues facing Mississippi River watershed
AMES, Iowa — Iowa State University researchers are contributing to the development of a new research area, “sustainable urban systems,” by working with other researchers and community officials to find solutions to some of the biggest challenges within the Mississippi River watershed.
Iowa State hosted a workshop last summer during which 82 academics and local stakeholders discussed a variety of issues in the watershed, including nutrient runoff, erosion, flooding, heat island effects, urban sprawl and much more – with particular attention given to the urban-rural interface. The Mississippi River watershed is the largest drainage basin in North America at 1.2 million square miles.
Outcomes from the workshop can be found in the recently-published proceedings.
A $50,000 National Science Foundation grant supported the “Redesigning the Urban-Rural Interface” workshop, which was organized by Ulrike Passe, associate professor of architecture; Janette Thompson, Morrill Professor of natural resource ecology and management; and Kimberly Zarecor, professor of architecture.
Their goal is to develop research questions that will contribute to “sustainable urban systems” research and to continue collaborations within the network
Several major topics emerged from the workshop:
- Typology of cities: Examining political and natural boundaries and characteristics of cities
- Definition of scales: Studying not only spatial scales but cultural, time and data
- Economics as a driver for decisions in urban systems: Studying how farmers and urban communities could share the burden of flood mitigation efforts
- New methods of research and new forms/analyses of data: Identifying new ways to study the urban-rural interface and its major issues: weather, land use and quality of life
- Data availability and structure: Discussing how greater availability of data could be useful for exploring urban-rural systems
- Integration of people in research: Integrating community members into the process so that research is conducted around issues that locals care about
- Transdisciplinary education: Preparing students for cross-disciplinary collaboration to confront real-world issues
Discussions addressed three scales: within cities, between cities and their satellite communities, and within the entire watershed.
“Many of the challenges in our environment and lived world come from how we have developed this interface between urban and rural,” Passe said. “By connecting these issues throughout the watershed, we could make a difference.”
The researchers looked at mid-sized cities, which range from 50,000 to 500,000 people.
“More than half of US urban residents live in cities of 400,000 to 600,000 people, not the massive cities like New York City or Los Angeles,” Thompson said. “There is a dense human population in the Mississippi River watershed and an energy toward possibly adopting change.”
Two active research projects at Iowa State tie in to this effort:
- The Sustainable Cities Research Team, led by Passe and Thompson, recently received a $2.5 million NSF grant to analyze innovative approaches to improving urban sustainability.
- The Smart Shrinkage project, led by Zarecor, studies Iowa communities that have been able to protect quality of life despite shrinking populations.
“Most of the cities in the Mississippi River watershed have shrunk since their peak population,” Zarecor said. “There is all of this leftover infrastructure, all of this concrete and hardscape in places it shouldn’t be.”
This new network is an example of “convergence research,” which brings together experts from a wide range of disciplines, including the arts and design, to address a specific societal problem. The researchers say this is a unique opportunity for people from fields that haven’t historically worked together to turn research into action.
Ulrike Passe, Architecture, (515) 294-7142, firstname.lastname@example.org
Janette Thompson, Natural Resource Ecology and Management, (515) 294-0024, email@example.com
Kimberly Zarecor, Architecture, (515) 294-5026, firstname.lastname@example.org
Chelsea Davis, News Service, (515) 294-4778, email@example.com
January 30, 2020 3:32 pmTags: Publication,Research