« Prev Next »
In 2010, the
7th Framework Program of the European Commission jump-started the
Earth Observation and Environmental Modeling for the Mitigation Health Risks
project, better known by its acronym Eo2Heaven,
to delve into the relationships between environmental conditions and health. The
team focused on three cases: the link between industrial pollution and respiratory
diseases in South Africa; the link between pollution, such as ozone, and
allergies and cardiovascular diseases in Germany; and the link between
environmental factors, such as rainfall and temperature, and cholera in Uganda.
Depending on the case involved, environmental data on rainfall, pH, nutrient
concentration in water, and temperatures were collected using sensors
mounted on aircrafts and satellites, and public health data were gathered from
hospital records and doctors. Both sets of information for each case were then
stored and plotted by special graphing software. The “risk maps” that resulted
provided researchers with a visual representation of their data and allowed
them to spot patterns in the spread of the specific illness that otherwise
would have been very difficult to find. Using
such geospatial mapping techniques, researchers and medical professionals will
be able to predict when and where the next outbreak of an illness or disease is
going to be, and these early warnings will enable them to be more proficient in
their responses. By working to contain the outbreak and vaccinating people in
advance, more communities will be protected.
The
influential effect the environment has on our health is fascinating, but very scary.
The pollutants that we release into the atmosphere do affect our health, as Eo2Heaven observed in Germany and as I
described in my previous
post about China, and if we do not cutback on the amount of pollutants and
greenhouse gases that we emit into the atmosphere, we can only expect to see an
increase in the number of illnesses. Thankfully, these new risk maps show great
potential in predicting epidemic outbreaks and in allowing for the development
of preventive measures in advance. But, they alone cannot prevent the outbreak
from occurring or provide solutions as to how to stop the outbreak at its
origin. Let this be yet another wakeup call that our actions on the environment
eventually affect our health, and if
we want our children and future generations to be safe and healthy, we should
reduce our carbon footprint and make the world a greener place. We cannot put
off change any longer; now is the time to act.
The
correlations between the environment and illnesses are ones that I am very
passionate about, and I hope that by combining the studies of environmental
science and biology in college, I will help contribute to the next big
scientific breakthrough in human health. Many of my friends and family members
have battled with cancer throughout the years, so if I could become an oncologist and dedicate my
career to studying how the environment interacts with our bodies and the influential
roles it plays in both cancer development and growth, I would be most satisfied
with my life.
What are your thoughts on the powerful effects that the
environment has on our health?
Picture Credit: Hospital Sign. Elliot Brown (via Flickr
and available for use under the CC License)
Sources:
“About the Project”
European Commission jump-started the
Earth Observation and Environmental Modelling for the Mitigation Health Risks
“Early
Warning System for Epidemics” Fraunhofer
Institute of Optronics, System Technologies and Image Exploitation IOSB February
21, 2014
Eo2heaven
Consortium. Frome, United Kingdom: Butler, Tanner & Dennis, 2013.
Earth Observation and Environmental Modelling for the Mitigation Health
Risks. 2013. Web.