Gulf Coast Overflights for Environmental and Disaster Monitoring
Various flights with SouthWings to document Gulf Coast infrastructure and pollution.
Chemical of the Month: Formaldehyde, October 2022
A digital collection for the September 2022 issue of RISE St. James' The Community Scientists: Chemical of the Month, focused on formaldehyde.
Chemical of the Month: Formaldehyde
Op-ed for October 2022 edition of RISE St. James' The Community Scientists: Chemical of the Month.
Chemical of the Month: Benzene, September 2022
A digital collection for the September 2022 issue of RISE St. James' The Community Scientists: Chemical of the Month, focused on benzene.
Chemical of the Month: Benzene
Op-ed for August 2022 edition of RISE St. James' The Community Scientists: Chemical of the Month.
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Sara_NesheiwatTechnical professionals can use this data to perhaps launch other studies to analyze the true effects of the disaster in Japan on thyroid cancer rates in adjacent areas. This study and data finings from this can be used to show the need for further studies on the matter in order to determine the correlation between cancer rates and the disaster. The study overall shows that there were high screening rates for thyroid cancer after the disaster, yet attributes it to the possibility of over diagnosis. This study can open the doors for numerous more studies on this matter. This study can also be used down the road as a reference for anyone who wishes to study the degree of fallout and cancer rates caused by a nuclear disaster. Methods used in this study can be modeled down the road for other disasters, with adjustments accounting for the possibility of over diagnosis.
Op-ed for August 2022 edition of The Community Scientists: Chemical of the Month, led by RISE St. James.