This video dives into the prospect of potentially harmful bacteria that may be present in waters, specifically in oceans, after a hurricane. It is discovered that it thrives well in warm waters; more so than E. Coli. Taking this into consideration, hurricanes are fuelled by the energy provided by warm waters in the Pacific and Atlantic Ocean. Therefore, this bacteria could have been carried by strong winds and dispersed along coasts and even inland rivers and streams. As for the effects this bacteria can have on wildlife, the possibilities are high with regards to negative symptoms and diagnosis. Citizens should not go near any bodies of water after a hurricane since it has now become an area for scientific research and discoveries. These same studies may greatly benefit us in the fields of medicine development and disease treatments.
This video dives into the prospect of potentially harmful bacteria that may be present in waters, specifically in oceans, after a hurricane. It is discovered that it thrives well in warm waters; more so than E. Coli. Taking this into consideration, hurricanes are fuelled by the energy provided by warm waters in the Pacific and Atlantic Ocean. Therefore, this bacteria could have been carried by strong winds and dispersed along coasts and even inland rivers and streams. As for the effects this bacteria can have on wildlife, the possibilities are high with regards to negative symptoms and diagnosis. Citizens should not go near any bodies of water after a hurricane since it has now become an area for scientific research and discoveries. These same studies may greatly benefit us in the fields of medicine development and disease treatments.
Very informative keep up the good work
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