Rebecca DzombakScience writerRebecca Dzombak is a science writer and editor with a Ph.D. in Earth & Environmental Sciences. In addition to freelancing, she works on the American Geophysical Union's media team, where she covers all things Earth and space science. Latest articles by Rebecca Dzombak Scientists say these North American rivers 'shouldn't exist.' Here's why they do. By Rebecca Dzombak, Eos.org published 6 April 25 At first glance, these waterways make no sense. A new review article details why they are the way they are. Rivers & Oceans Massive Antarctic icebergs' split from glaciers may be unrelated to climate change By Eos.org, Rebecca Dzombak published 31 December 24 The first analysis of extreme calving events in Antarctica finds no correlation with climate change, highlighting the significance of common, smaller calving events for ice loss and instability. Antarctica Sign up for the Live Science daily newsletter nowGet the world’s most fascinating discoveries delivered straight to your inbox.Contact me with news and offers from other Future brandsReceive email from us on behalf of our trusted partners or sponsors LATEST ARTICLES1There's liquid on Titan, Saturn's largest moon. But something's missing and scientists are confused2Climate change is spoiling food faster, making hundreds of millions of people sick around the world35,000-year-old burial of elite woman with inlaid toucan's beak found in Peru4What are ovarian cysts?5Wandering Salamander: The tree‑climbing amphibian with a blood‑powered grip
Scientists say these North American rivers 'shouldn't exist.' Here's why they do. By Rebecca Dzombak, Eos.org published 6 April 25 At first glance, these waterways make no sense. A new review article details why they are the way they are.
Massive Antarctic icebergs' split from glaciers may be unrelated to climate change By Eos.org, Rebecca Dzombak published 31 December 24 The first analysis of extreme calving events in Antarctica finds no correlation with climate change, highlighting the significance of common, smaller calving events for ice loss and instability.
