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Model
of Surveillance of California Tobacco Control Policies
Principal Investigator: Harold D. Holder, Ph.D.
Project Manager: David Levy, Ph.D.
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Return to Study Directors:
Dr. Harold D. Holder
Learn more about
Dr. David Levy
Computer models can help state and local policymakers make
the best decisions. A computer model analyzes many different
types of data. It also applies the results of scientific studies
to that data. The resulting model can predict the effect of
a change in policy. The SimSmoke computer model predicts smoking
rates and deaths for the United States. SimSmoke also predicts
how changes in law, medicine, taxes or mass media will affect
smoking and death rates.
This
project will create a California SimSmoke computer model.
California has a very diverse population. The state is also
a leader in policies to reduce the harm caused by tobacco.
For these two reasons, California is an ideal place to develop
a state-level computer model.
California SimSmoke will track smokers by age, gender, and
racial/ethnic group. The model will predict smoking and smoking
related deaths based on population subgroups and public policies
in effect. The model will include the effects of policies
such as taxes, mass media, clean air laws, treatment to stop
smoking, and youth access to tobacco.
Californians could use this computer model to see how different
policies affect smoking, which in turn affect smoking-related
deaths. The model examines the effect of past policies and
develops predictions on the effect of future policies. They
would be able to monitor the value of each policy, and show
how past policies have been effective and where they have
not been effective. They could then use the model to shape
future policies.
Californians could even see the effect of policies on the
smoking rates and deaths to specific age, gender and racial/ethnic
groups. They could discern which age groups and racial groups
are currently being affected by tobacco control policies in
the state of California, and determine policies to improve
the health of these groups.
Developing this computer model will help leaders understand
about past policies and make better decisions about future
policies. They could also see how the effect of policies depends
on the way in which they are implemented, and the other policies
already in place. Better decisions can improve health for
everyone.
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