This map was put together by Meharry Medical College with data from 2010- 2014 from the America Community Survey. The data represents the percentage empty housing units across the US with the lightest color representing 1-12.4% and the darkest red color showing 44.9-81.3%. View this map and other data maps on communitymappingforhealthequity.org
These four maps shown in the slide below show the Lung Cancer mortality rate per 100,000 people based on gender and race. Scroll through the maps to see how each one compares. The information is from CDC records and we transferred the data into our Mappler maps.
This map on michiganradio.org from February 1st, depicts the results of home lead tests in Flint. The test information, gathered by the State, was then grouped into the following categories to make this map:
- 0 ppb – no lead detected in the drinking water
- 1-4 ppb – the EPA deems this range as acceptable
- 5-14 ppb – exposure is a concern, but still below an EPA “federal action level”
- 15-49 ppb – a range above the federal action level for lead, but can be treated by filters
- 50-149 ppb – reaching dangerous levels, but can be treated by filters
- 150 and above – a range at which the federal government says water filters might not work
Looking at this map, trying to determine the source is difficult because no real pattern can be determined. Makes you think about what other areas in the US have horrible water that either hasn’t been discovered yet, or just taken seriously.
Thanks Michigan Radio for the map! All information from michiganradio.org
PM, or particulate matter, are tiny solid or liquid particles found in the atmosphere. Particulate matter is considered the most dangerous form of air pollution as the tiny particles can easily be absorbed by the lungs into the blood stream causing many health issues. The International Agency for Research on Cancer and the World Health Organization both consider particulates to be a Group 1 Carcinogen. PM 2.5 are particulates with a diameter of 2.5 micrometers. PM 2.5 particulates are especially dangerous as their small size allows them to penetrate the lungs more easily. We have taken data from the EPA and created a map that shows the mean PM 2.5 levels across the United States. Check out how clean the air is in your city or state below, and keep checking our site for more maps and data on air and water pollution!
It seems logical that the more money you have, the longer you would be expected to live. This would be because you can afford better healthcare, maintain a healthier lifestyle, have access to better nutrition, and probably have less stress when it comes to day-to-day life because you are financially stable. The New York Times recently released an article that affirmed this thought, but also gave an eye-opening spin on the life expectancy of the poor based on where they live, showing that cities like LA and New York the life expectancy of those under the poverty line is higher then other cities in the US.
Health plays a significant role in the life span of a human, which seems obvious but when you look at the numbers, it can be shocking. The Journal of the American Medical Association states that the richest men live 15 years longer then the poorest 1 percent. So why do the poor living in cities like Las Vegas, Indianapolis, Dayton, and Tulsa to name a few, have lower life expectancies? David M. Cutler who is a economist at Harvard explains that a lot of cities with the lowest life expectancy for the poor fall into the “drug overdose belt”. Other explanations are just the availability to clinics and health education. Increasing health resources would slowly help to increase life expectancy in cities with the lowest life spans.
Take a look at the map from the NYT and see where your area compares. Looking at where you live, do you think your area provides enough health resources for those who can’t afford it?
All information for this post is from an article by The New York Times.
Here is another interesting map that we created using Mappler which displays the percentage of the population in 2010 that was considered below the poverty line. This information was gather from the U.S. Census Bureau. Red indicates areas where 30 to about 50 percent are considered living in poverty and blue shows areas where 0 to 10 percent are considered below the poverty line.
This really interesting map on International Institute for Environment and Development’s website, iied.org, shows populations of cities with more then 500,000 people from 1800 to the predicted 2030. The visual that this map gives shows how big our world really is. With a little more than 7 billion people right now, by 2030 that amount will surely grow. Makes you think about what the health, environment, food and water situation will look like when the predicted population for 2030 will be more then 8 billion. I think that if we can increase education efforts on population rise and conservation efforts, we can help to lessen that number or at least be more prepared.
Below is a screenshot from iied.org of cities in 1800 that had more than 500,000 people. London and Beijing had more than a million and Guangzhou and Paris are between 500,000 and a million people.
Looking at 2015, you can see that 1,029 cities had populations larger than 500,000. Take a look at their site and see what the projection is for the year 2030! Thanks IIED for the cool map!
all information for this post from iied.org. contact email@example.com. click here for the site.