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Ozone Formation Kristen Keenan Erzsebet Pocsi. “BAD” Ozone Reaction with N0x (nitrogen oxides): Reaction with N0x (nitrogen oxides):  N02 + O2  O3 +

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Presentation on theme: "Ozone Formation Kristen Keenan Erzsebet Pocsi. “BAD” Ozone Reaction with N0x (nitrogen oxides): Reaction with N0x (nitrogen oxides):  N02 + O2  O3 +"— Presentation transcript:

1 Ozone Formation Kristen Keenan Erzsebet Pocsi

2 “BAD” Ozone Reaction with N0x (nitrogen oxides): Reaction with N0x (nitrogen oxides):  N02 + O2  O3 + NO this reaction requires sunlight Reaction with VOCs (volatile organic carbons): Reaction with VOCs (volatile organic carbons):  VOCs + NO  NO then  N02 + O2  O3 + NOthis reaction requires sunlight

3 Health Effects Shortness of breath Shortness of breath Dry cough Dry cough Pain when taking a deep breath Pain when taking a deep breath Tightness of chest Tightness of chest Wheezing Wheezing Nausea Nausea Trigger asthma Trigger asthma Aggravate respiratory illnesses Aggravate respiratory illnesses

4 Calibration of Simplified Model

5 AQI Probability Distribution for Saint-Louis Probability = count of O 3 AQI > 100 total days observed total days observed P =.132 = 52 P =.132 = 52 395 395

6 AQI’s Probability Distribution Know: Know:  Recorded AQIs  Recorded weather on each corresponding day Correlate climate and AQI Correlate climate and AQI Knowing climate can predict AQI Knowing climate can predict AQI


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