EAST LANSING, Mich. Grasping the concept of climate change and its impact on the environment can be difficult. Establishing common ground and using models, however, can break down barriers and present the concept in an easily understood manner.
In a presentation at this year's meeting of the American Association for the Advancement of Science, Michigan State University systems ecologist and modeler Laura Schmitt-Olabisi shows how system dynamics models effectively communicate the challenges and implications of climate change.
"In order to face the ongoing challenges posed by climate adaptation, there is a need for tools that can foster dialogue across traditional boundaries, such as those between scientists, the general public and decision makers," Schmitt-Olabisi said. "Using boundary objects, such as maps, diagrams and models, all groups involved can use these objects to have a discussion to create possible solutions."
Schmitt-Olabisi has vast experience working directly with stakeholders using participatory model-building techniques. She uses a model of a hypothetical heat wave in Detroit to illustrate the implications of climate change.
Climate change is anticipated to increase the frequency and intensity of heat waves in the Midwest, which could potentially claim hundreds or thousands of lives. Hot weather kills more people in the United States annually than any other type of natural disaster, and the impacts of heat on human health will be a major climate change adaptation challenge.
To better understand urban health systems and how they respond to heat waves, Schmitt-Olabisi's team interviewed urban planners, health officials and emergency managers. They translated those interviews into a computer model along with data from earlier Midwestern heat waves.
Participants are able to manipulate the model and watch how their changes affect the outcome of an emergency. The exercise revealed some important
|Contact: Layne Cameron|
Michigan State University