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Warming oceans and a changing climate are resulting in extreme weather patterns which have brought about an increase of infectious diseases. These extreme weather patterns are creating extended rainy seasons in some areas, and extended periods of drought in others,as well as introducing new climates to different regions.

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These extended seasons are creating climates that are able to sustain vectors for longer periods of time, allowing them to multiply rapidly, and also creating climates that are allowing the introduction and survival of new vectors.

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Due to the warming of the weather, many animals have had to migrate to new regions bringing over new diseases.

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This figure shows the annual incidence of Lyme disease, which is calculated as the number of new cases per 100,000 people.

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This indicator tracks the rate of reported West Nile virus disease cases across the United States.

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An example is the 1993 epidemic of diarrheal disease due to cryptosporidium in Milwaukee after heavy spring rains³ — or the typical seasonality of bacterial and protozoal diarrheal illnesses.

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Climate change will have enormous implications for human health, especially for the burden of vector borne and waterborne infectious diseases. Spread of infectious disease is a more pressing issue because it affects human DIRECTLY.

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climate changes in Australia during the next 40 years and the insect’s ability to adapt to new conditions may allow the mosquitoes to expand into several populated regions of the continent, increasing the risk of disease transmission.

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The Spread of misquitoe born diseases due to the expansion of the optimal reproductive environment as a direct result of climate change has great implications form parts of the world previously free misquitoes and their disease