• News
  • December 6, 2024

[Express Letter] Spatial structures of blue low-latitude aurora observed from Japan during the extreme geomagnetic storm of May 2024

A press release related to a newly published EPS Express letter by Nan… Read more

  • News
  • August 6, 2024

[Technical report] Development of hyperspectral camera for auroral imaging (HySCAI)

A press release related to a newly published EPS Technical report by Y… Read more

  • News
  • January 16, 2024

[Express letter] Can we explain the post-2015 absence of the Chandler wobble?

A press release related to a newly published EPS Express letter by Yam… Read more

  • News
  • March 3, 2017

EPS website renewed

Earth, Planets and Space (EPS) launched its new and improved global website on Mar 3, 2017. The renewed website addresses the following objectives. Read more

  • News
  • March 2, 2017

Accepting submissions for 4 Special Issues

EPS is currently accepting articles for 4 Special Issues. If you are interested in being featured, please browse the relevant issues and submit your papers. Read more

  • Recommended articles
  • November 15, 2016

Response of hydrothermal system to stress changes

Time-lapse monitoring of seismic velocity at volcanic areas can provide unique insight into the property of hydrothermal and magmatic fluids and their temporal variability. Taira and Brenguier (2016) established a quasi real-time velocity monitoring system by using seismic interferometry with ambient noise to explore the temporal evolution of velocity in the Lassen Volcanic Center, Northern California. Read more

  • Recommended articles
  • November 15, 2016

Toward the effective geodetic observation network

About 40 tracking stations all over the world are currently operational for Satellite Laser Ranging (SLR), a very precise geodetic technique. Otsubo et al. (2016) ran a unique simulation to find the optimal place of a future SLR station. The answer depends on a geodetic product and one example is shown for the center of gravity of the Earth: the X and Y components are largely improved by a high-latitude station especially in the southern hemisphere, whereas the Z component is improved by a low-latitude station. Read more