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Effect of total sun eclipse on meteorology and cosmic ray flow
Organization(s):Science Club Huechulafquen (After School), Science Club Huechulafquen (After School)
Student(s):Marianela Pepe
Lucio Martínez
Juan Wehinger
Grade Level:Secondary School (grades 9-12, ages 14-18)
GLOBE Teacher:Ana Prieto, Jorge Pepe
Contributors:PhD Marilé Colón Robles
PhD Kristen Weaver
PhD Jessica Taylor
PhD Silvia Guidoni
PhD Roberto Rondanelli
PhD Dorian W Janney
Prof. Albert Ortiz
PhD Susana Ramos
PhD Beatriz
PhD Emma Hagen
PhD Kazuo Tanaka
PhD Nate Unterman
PhD Mark Adams
PhD Kenneth Cecire
Report Type(s):International Virtual Science Symposium Report
Protocols:Air Temperature, Barometric Pressure, Clouds, Surface Temperature, Wind, Earth As a System, Soil Temperature
Presentation Video:
View Video
Optional Badges:I am a Collaborator, I am a Data Scientist, I work with a STEM Professional
Language(s):English
Date Submitted:03/09/2021
After 967 years, on 12/14/2020 a total solar eclipse occurred in Junín de los Andes. The research questions were: What changes occur on the earth's surface during a total solar eclipse in luminosity, temperature, atmospheric pressure, winds, and cosmic radiation? How much does cloud cover influence?
In the city, records of luminosity, air, surface and ground temperatures were taken. GLOBE-Observer was used for air and cloud temperatures; the Cosmic-Watch detector for cosmic ray flux. Atmospheric pressure and wind speed were obtained from a nearby weather station.
For the eclipse path, records were obtained from nearby weather stations and GOES-16 images of temperature and cloud cover.
In the city the luminosity and surface temperature decreased during the totality, the air temperature decreased afterwards. Cloud cover was low. The atmospheric pressure decreased and the wind speed increased, although it cannot be attributed solely to the eclipse. The other variables did not register changes.
The eclipse path had cloud cover and the temperature dropped after totality.
During the totality there were changes in the earth's surface, in luminosity, air and surface temperature. It is recommended in the future to carry out citizen participation campaigns to study in detail the meteorology of eclipses.