Map of Evacuation Routes in Houston, TX

Please check out this map I created using ArcGIS. It details areas in Houston, Texas that are at-risk during an evacuation.

at-risk-population-in-houston.png

Click on the following link for more information about the map! https://noorg.maps.arcgis.com/apps/View/index.html?appid=8747f88810524c40bf7122fbbd759a42

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Radon Levels in the USA

This is a follow up post about the radon levels in the United States of America. As mentioned in an earlier post, radon is formed when uranium breaks down into radium, which breaks down into radon. Radon is absorbed by the soil and ends up in water wells and home foundations. According to the Environmental Protection Agency (EPA), radon levels shouldn’t exceed 4.0 pCi/L (pico curies per liter). The map below shows the radon levels by color – yellow representing Zone 1; counties where average indoor radon screening levels are less than 2pCi/L, orange representing Zone 2, counties where average indoor radon screening levels are between 2 and 4 pCi/L, and red representing Zone 3, counties where average indoor radon screening levels exceed 4pCi/L.  According to the National Radon Defense, the best way to know the radon level in your home is to test for it.

Click here to visit the National Radon Defense website to learn more about radon, radon levels in the U.S. and radon testing.

radon usa

Source: https://www.nationalradondefense.com/radon-information/radon-map.html

Map of Sickle Cell and Malaria in Africa

Here is an interesting article on the distribution of sickle cell anemia and malaria across the African continent. The authors of this article also details various testing instruments and measures for HIV/AIDS and other conditions.

Below is a map that illustrates the distribution of malaria and sickle cell anemia in Africa. Click on the website here to download the article!

sickle cell Africa

Source: Listick Daniel, Nanbol & Onuigwe, Festus & I.M., AbdulAzeez & B Osadolor, Humphrey & M.A.O, Okungbowa & O.J., Ikeama & Bukar, Alhaji & Emokpae, Abiodun & J.P.C., Nnadi & T, Nuhu & O.G., Ighalo & S.A., Shinkafi & Omoruyi Pius, Omosigho & Imoru, Momodu & Ikechukwu, Iwueke & Isah Ladu, Adama. (2017). SOKOTO JOURNAL OF MEDICAL LABORATORY SCIENCE (SJMLS) VOLUME 2 ISSUE 2 JUNE 2017.

Average Fine Particulate Matter (PM 2.5) (µg/m³) By County (2011)

AvgPM_2011

Check out this map that shows the average fine particulate matter (PM 2.5) (µg/m³) by county for the year 2011. From the map we can see clusters with a higher average indicated by the darker shading. For instance, we can see a cluster consisting counties within for Colorado, Nebraska, Kansas and Wyoming. It is also apparent there are higher concentrations in many Southern, Midwestern and Northeastern states compared to western states. States such as, Indiana, Ohio, Tennessee and Kentucky predominantly have a higher average.

By Julia Watson

NHSC and NCQA Certified PCMH Sites In Tennessee

MOTD_1_24_18_NHSC_PCMHsites_TN

Check out this map that shows the number of National Health Service Corps (NHSC) sites in Tennessee as of 10/6/17 and the number of National Committee for Quality Assurance certified Patient Center Medical Home (PCMH) sites in Tennessee as of 1/23/18.

For more information on the Patient Centered Medical Home click here.

By Julia Watson

Rate of Chromosomal Birth Defect Cases By County Per 10,000 Live Births in Tennessee (2008 – 2012)

MOTD_1_19_18_Chromosomal2008_2012

In recognition of National Birth Defects Prevention month check out this map of Tennessee which shows the rate of chromosomal birth defects by county per 10,000 live births by county for the state of Tennessee for the years 2008 to 2012. From the map we can see counties such as, Williamson, Johnson, Scott and Giles had a higher rate of chromosomal birth defects, ranging from 27.01 to 36.00 per 10,00 live births. Given a mothers age is a significant risk factor for certain types of chromosomal birth defects with older mothers having a higher risk it would be interesting to compare the age demographics of these counties.

By Julia Watson

Cervical Cancer Mortality Rate By County ( 2012 – 2016)

MOTD01_18_18_CervicalCAMortality2012_2016

Check out this map that shows the mortality rate per 100,000 population for cervical cancer by county for the years 2012 to 2016. From the map we can see that the lighter shaded areas had a decrease in mortality while the darker shaded areas had an increase in mortality. Although cervical cancer is not the leading cause of cancer death among women [1] it is still of concern. To learn more about cervical cancer and  what The American Cancer Society recommends click here.

By Julia Watson