---
title: Where will the next hotspot for zoonotic diseases be?
description: Where will the next hotspot for zoonotic diseases be?
---

<https://www.viroxanimalhealth.com/resources>

# [Where will the next hotspot for zoonotic diseases be?](https://www.viroxanimalhealth.com/resources/talkcleantome/2015/06/where-will-next-hotspot-for-zoonotic.html)

 Written by [Nicole Kenny](https://www.viroxanimalhealth.com/resources/author/nicole-kenny) | Jun 19, 2015 2:13:00 PM

<http://static1.squarespace.com/static/595689fc9de4bbc892200518/t/59568aca5fd63b5f29287722/1498845255050//img.png.com/static/595689fc9de4bbc892200518/t/59568aca5fd63b5f29287723/1498843850125/1000w/> I admit, I’m a full fledge junkie when it comes to [epidemiology](https://en.wikipedia.org/?title=Epidemiology).  Epidemiology studies the patterns, causes,  
 and effects of health and disease conditions by identifying risk factors for  
 disease.  It’s like studying puzzles - and  
 for someone who loves nothing better than finding the optimal way to pack a  
 trunk with all the junk you pack for a vacation, trying to find out the what’s,  
 where’s and why’s of a latest disease outbreak is fascinating.

Take the [MERS-CoV](http://talkcleantome.blogspot.ca/2013/05/sars-was-round-2-ten-years-in-making.html)  
 outbreak for example, first identified in April 2012 the epidemic has spread to  
 many countries in the Middle East and while it has spread to other countries,  
 all cases have been directly linked back to the Middle East prior to being  
 “exported” via travel.  The WHO calls the  
 latest [outbreak  
 in South Korea](http://www.who.int/csr/don/24-may-2015-mers-korea/en/) a “wake up call”.    
 The outbreak is centered on a single man who visited four (4) hospitals  
 for his illness until it was identified as MERS.  There are currently >160 confirmed cases,  
 just over 20 deaths attributed to the outbreak and over >6000 people in  
 quarantine.

Researchers are working valiantly to uncover what the animal  
 reservoir is and exactly what the mode of transmission for MERS-CoV is.   It was interesting to then read a study by  
 researchers from the [Cary Institute of  
 Ecosystem Studies](http://www.caryinstitute.org/) and the [Odum School  
 of Ecology](http://www.ecology.uga.edu/) looking at [Rodent reservoirs as  
 future zoonotic diseases](http://www.pnas.org/content/112/22/7039.abstract).  The  
 researchers have concluded that Kansas and Nebraska may join China, Kazakhstan  
 and parts of the Middle East as hotspots for future novel [zoonotic disease](http://www.cdc.gov/onehealth/zoonotic-diseases.html).  Similar to the MERS-CoV situation, emerging  
 infectious diseases are generally dealt with reactively focusing efforts on  
 containing the outbreak.  Once contained,  
 researchers then turn to investigating how it started in the first place.  The researchers of this study are taking a  
 different approach; they are interested in developing an algorithm that could  
 inform early warning surveillance by revealing the distribution of rodent  
 species that are effective disease reservoirs.

Models were developed that considered 86 variables to  
 predict which of the 2277 existing rodent species could serve as zoonotic  
 disease carriers in the future and where they are likely to spread these  
 diseases.  In the end they were able to  
 predict zoonotic reservoir status with 90% certainty and identified over 50 potentially  
 new zoonotic reservoir species and concluded that hotspots for novel rodent  
 reservoirs would like span the globe in areas with significant mammal  
 diversity, middle-income or better economies and with climates that span from  
 arctic to tropical.  One of these  
 predicted hotspots was the Midwestern United States.

With traditional focus being on containment after a deadly  
 outbreak occurs, the ability to predict when and where the next zoonotic  
 disease may arrive from is certainly interesting.  Perhaps now we are closer to a future where  
 we can turn predictions into preventative measures, starting with a focus on  
 areas where rodent populations have increasing interactions through  
 urbanization and agriculture!

Perhaps, this is the answer to getting my cousins from  
 Kansas to move to Canada?

*Bugging Off!*

Nicole

[View full post](https://www.viroxanimalhealth.com/resources/talkcleantome/2015/06/where-will-next-hotspot-for-zoonotic.html)

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