loading page

The new Solar Spectral Irradiance (SSI) for Solar Cycle 25
  • +1
  • Mariela Cristina Vieytes,
  • M Vieytes,
  • N ; Y Kiang,
  • K ; Tsigaridis
Mariela Cristina Vieytes

Corresponding Author:mariela@iafe.uba.ar

Author Profile
M Vieytes
Institute for Astronomy and Space Physics (IAFE, CONICET-UBA), Visiting Researcher at NASA GISS and Astrophysical Laboratory at Columbia University
N ; Y Kiang
NASA Goddard Institute for Space Studies (GISS)
K ; Tsigaridis
Columbia Climate School, Columbia University

Abstract

The Relative Difference (%) between Solar Maximum and Minimum is highest in the UV range. We calculated the shortwave spectral files used in our models with the SOCRATES radiative transfer code. To account for stellar spectral features sensitive to activity, we designed a new band scheme (see the tables) (https://www.met.reading.ac.uk/~yt910424/home/socrates.php) We used SSI data obtained by the LASP TSIS-1 Spectral Irradiance Monitor (SIM) onboard the International Space Station. The data includes measurements taken during at Solar Minimum (averaged from December 1-7/2019, proposed as the reference spectrum for the upcoming CMIP7, as suggested by Funke et al. (2024)) and the Solar Maximum (averaged June 3-20/2024). For wavelengths beyond 2399 nm, both spectra incorporate the same data as the reference spectrum constructed by Coddington et al. (2023).
09 Dec 2024Submitted to 2024 AGU Annual Meeting Preprint Collection on ESS Open Archive
11 Dec 2024Published in 2024 AGU Annual Meeting Preprint Collection on ESS Open Archive