1995 – Volume 22

  1. Pages 3433–3565
  2. Pages 3107–3432
  3. Pages 3011–3106
  4. Pages 2885–3010
  5. Pages 2681–2884
  6. Pages 2553–2680
  7. Pages 2441–2552
  8. Pages 2325–2440
  9. Pages 2079–2324
  10. Pages 1937–2077
  11. Pages 1841–1936
  12. Pages 1637–1840
  13. Pages 1465–1636
  14. Pages 1317–1464
  15. Pages 1161–1316
  16. Pages 1005–1160
  17. Pages 1001–1000
  18. Pages 743–867
  19. Pages 663–742
  20. Pages 527–662
  21. Pages 325–525
  22. Pages 183–323
  23. Pages 101–100
  24. Pages 1–12

Eos.org: Earth & Space Science News

View more Earth and space science news from Eos

Earth's Future Receives First Impact Factor

Earth Day

Download the App

New Android App Available!

Google Play Store Logo

Download the Geophysical Research Letters app from the Google Play Store

iOS App for iPad or iPhone


Download the Geophysical Research Letters app from the Apple store

AGU Career Center

AGU Unlocked

Featured Special Collection

The ongoing California Drought of 2012-2015: A testbed for understanding regional climate extremes in a warming world

The state of California has experienced the worst meteorological drought in its historical record during 2012-2015. The adverse effects of this multi-year event have been far from uniformly distributed across the region, ranging from remarkably mild in most of California's densely-populated coastal cities to very severe in more rural, agricultural, and wildfire-prone regions. This duality of impacts has created a tale of two very different California droughts—highlighting enhanced susceptibility to climate stresses at the environmental and socioeconomic margins of California. From a geophysical perspective, the persistence of related atmospheric anomalies have raised a number of questions regarding the drought's origins—including the role of anthropogenic climate change. This collection brings together papers published in Geophysical Research Letters on the 2012-2015 California drought.

Fast Publication