Standard Index of Air Pollutant, Meteorology Factor and Acute Respiratory Infections Occurrence in Pekanbaru

This study aims to know the relationship between standard index of air pollutant and meteorology factor with acute respiratory infections occurrence in Pekanbaru city. This ecological study involved community with acute respiratory infections. There is a correlation between standard index of air pollutant and meteorology with acute respiratory infections occurrence statistically and graphically. Comparison of acute respiratory infections occurrences one month earlier, PM10 in the same month, SO2 one month before, CO in the same month, CO one month before, O3 one month before, NO2 in the same month, NO2 one month before, temperature in the same month, the previous month's moisture, the same month's wind velocity, moon radiation in the same month, and the same month of fire were the predictor variables that hadan effect on the incidence of acute respiratory infections. The pattern of events follows fluctuations and meteorology. PM10 in the same month, SO2 one month before, CO in the same month, CO one month before, O3 in the same month, NO2 in the same month, NO2 one month before, moisture one monthbefore, solar radiation on month the same has a positive relationship with the incidence of acute respiratory infections in the city of Pekanbaru. Pekanbaru health office needs to consider the quality and theoretology in the acute respiratory infections prevention program

Pengaruh Kabut Asap pada Pneumonia Balita di Kota Pontianak

Smog effects on pneumonia in under-five children in Pontianak CityPurposeThe purpose of this study was to discover the influence of smoke haze on the incidence of pneumonia in under-five children in Pontianak.MethodsAn ecological study was conducted using time trend analysis, with correlation and multiple linear regression analysis on data of under-five children diagnosed with pneumonia following primary health care diagnosis meeting WHO criteria in Integrated Management of Childhood Illness (MTBS) in Pontianak from January 2010 to January 2014. ResultsThe study found that smoke haze had no direct effects on the incidence of pneumonia in under-five children in Pontianak. Instead, pneumonia in under-five children is influenced by seasons, while smoke haze is also affected by the season, especially during the dry season.ConclusionPneumonia disease in under-five children was influenced by seasons. In the dry season, NO2 content in the air undergoes photochemical reactions that increase O3 levels, while in the rainy season, pneumonia is affected by rainfall and wind velocity that causes air to become moist. The smoke haze generated by forest and land fires in the form of gases and particles has no direct effects on pneumonia in under-five children. Further research to decrease O3 levels in the air, especially in the dry season needs to be done. In addition, policies related to the reduction of hotspots in the dry season also need to be done by the government to minimize the risk factors of pneumonia events.Pneumonia disease in under-five children was influenced by seasons. In the dry season, NO2 content in the air undergoes photochemical reactions that increase O3 levels, while in the rainy season, pneumonia is affected by rainfall and wind velocity that causes air to become moist. The smoke haze generated by forest and land fires in the form of gases and particles has no direct effects on pneumonia in under-five children. Further research to decrease O3 levels in the air, especially in the dry season needs to be done. In addition, policies related to the reduction of hotspots in the dry season also need to be done by the government to minimize the risk factors of pneumonia events