All Stories

  1. Building a HOME for space weather modellers in the age of open science
  2. Why space weather models need more than open code
  3. Solar Storms and the Glowing Scars of the Ionosphere
  4. Predicting when orbital debris will come down
  5. Predicting Where Falling Space Debris Will End Up
  6. Why the ionosphere has an eclipse hangover?
  7. Ionosphere Vertical Error Correlation Length
  8. Fixing satellite radiation pressure to measure thermosphere winds more precisely
  9. More Accurate Thermosphere Forecasts Using Multiple Satellite Data During Geomagnetic Storms
  10. Key Advances Needed for Data Assimilation in the Earth's Upper Atmosphere
  11. Accurately Mapping Earth's Ionospheric Electron Density Using 4D-Var Data Assimilation
  12. Pinpointing Uncertainties: How We Quantify Upper Atmosphere Density Error
  13. New datasets from CHAMP, GRACE, and GRACE-FO satellite missions
  14. Data assimilation in ionosphere-thermosphere during geomagnetic storm times
  15. Calibration and data assimilation to improve the accuracy of thermosphere and ionosphere forecasts
  16. Ionospheric Tomography
  17. How satellite data corrects our models of the upper atmosphere, the highest layer of the sky
  18. What drives the thermosphere's density and temperature to move together?
  19. New Swarm-C thermospheric densities compared to physical and empirical model estimates