Monday, September 22, 2014

U.S. Census Data, GIS, and the Preston Medical Library.

     While GIS can be a valuable asset on its own, when paired with other forms of gathering information, it can truly be a limitless form of data collection, analysis and presentation. In 2011, the Preston Medical library in Tennessee used a combination of U.S. census data and GIS programs to better help their customers through an outreach program called Consumer and Patient Health Information Service, or CAPHIS.

     Because more medical risks have been associated with lower literacy rates, the library's goal was to provide CAPHIS customers with information that they could understand. The program would work as follows, when customers or patients would call the library seeking medical information, the library would then use Microsoft Access to locate the caller using a query by zip code then use the data from the census and GIS programs to examine the literacy rates of the location of the caller. These literacy rates are then used to determine the estimated socioeconomic status of that person. After doing this, the library would be able to provide the consumer with medical advice and information at a literacy rate that is determined by their estimated socioeconomic status.

   The benefits of having this combination of GIS and census information are numerous. One key piece of information that was gathered from this methodology was a new idea of which diseases and medical conditions are prevalent in certain counties. Another bonus to using this system was that all of the information was able to be placed on a map. Maps were created to display how many calls took place per 100,000 people and also the rate of ambulatory disabilities per 100,000 people.



     All of this information could have been gathered by recording the numbers presented above. However, by using GIS, the spread of disease, callers, and their proximity to under-served areas are easier to grasp and understand. GIS helps to paint a picture of a large, complex amount of information and present it in a streamlined and manageable format.

Socha Y.M, Oelschlegel, S, Vaught, C.J, & Earl M. (2012). Improving an outreach service by analyzing the relationship of health information disparities to socioeconomic indicators using geographic information systems. JMed Lib Assoc 100(3).  https://lms.southwestern.edu/file.php/4373/Literature/Socha-2012-HealthOutreach.pdf

3 comments:

  1. Although this could help people with a low reading level understand medical problems, providing people who live in lower socio-economic regions with simplified medical literature could insult those who are well-read and just happen to live there. It might be better to identify the economic level of each household and find the appropriate literature based off of that. This could be too much work though.

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  2. I agree that this is a great use of GIS combined with other ways to gather information. However, Rebecca has a good point. This might insult certain people in those areas. While the majority of the population of each area could represent the area's literacy rate as a whole fairly well, you could not be sure with this type of information. Once again, it is a great concept of using GIS in addition to other forms of gathering information about a geographical area, there just could be some issues with it.

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  3. I agree that this is a great use of GIS combined with other ways to gather information. However, Rebecca has a good point. This might insult certain people in those areas. While the majority of the population of each area could represent the area's literacy rate as a whole fairly well, you could not be sure with this type of information. Once again, it is a great concept of using GIS in addition to other forms of gathering information about a geographical area, there just could be some issues with it.

    ReplyDelete