Helen Fricker

Helen attended Altrincham Grammar School for Girls, where she encountered Melissa Lord, a young and energetic female physics teacher who steered her onto the path of becoming a scientist.[1]

In 1991, she received her B.Sc. in Mathematics and Physics from University College London (UCL), with first-class honours.[2] In her final year at UCL, she took an Earth science course from a lecturer, Chris Rapley, who was leader of the Remote Sensing Group at UCL and would later become the director of the British Antarctic Survey. Chris Rapley, encouraged her to do a dissertation on using remote-sensing data to track icebergs in the Antarctic during her final year. This course turned her attention toward Antarctica — and got her started on a career in glaciology.[3]

She earned her Ph.D. in glaciology from the Institute of Antarctic and Southern Ocean Studies, University of Tasmania, Australia in 1998. In 1999, Fricker began her work at the Scripps Institution of Oceanography as a postgraduate researcher. Fricker is now a Professor of Geophysics in the Cecil H. and Ida M. Green Institute of Geophysics and Planetary Physics at Scripps Institution of Oceanography at UC San Diego.[4] She and her husband Glyn Fricker have three daughters.

Fricker has authored over 100 publications relating to the satellite remote sensing of Antarctica's ice shelves and active subglacial lakes.[5] Fricker is widely recognized for her discovery of active subglacial lakes,[6] and she has shown that these lakes form dynamic hydrologic systems, where one lake can drain into another in a short period of time.[1] Fricker was the first to describe Lake Whillans in 2007, an active subglacial lake in West Antarctica, which was subsequently the first such environment to be sampled and found to contain life.[7]

She is also known for her innovative research into Antarctic ice shelf mass budget processes such as iceberg calving and basal melting and freezing.[2] Her research focuses on ice sheets in Antarctica and Greenland and their role in the climate system and on subglacial hydrology. She uses a combination of satellite radar and laser altimetry and other remote-sensing data to understand ice sheet processes.[8] Some specific processes Fricker investigates include subglacial hydrology by monitoring the activity of subglacial lakes under the ice streams, ice flexure from tidal activity in the grounding zone, basal melting and freezing under the ice shelves, and the propagation and evolution of active ice shelf rifts, which eventually lead to iceberg calving.[8]

Fricker was one of the primary investigators on the Whillans Ice Stream Subglacial Access Research Drilling (WISSARD) project,[9] which became the first group to drill into an Antarctic subglacial lake, Subglacial Lake Whillans, in 2013[7][10][11] Fricker has held numerous positions relating to her study of the cryosphere, including Chair of AGU's Cryospheric Sciences Focus Group from 2004–2006, Elected Member of the ICESat Science Team from 2006–present, as part of the Ice, Cloud and land Elevation (ICESat) mission from 1999–present and the ICESat-2 Science Definition Team and the NASA Sea Level Change Team. She runs the Scripps Glaciology group at Scripps Institution of Oceanography along with Fiamma Straneo.[12]

The Fricker Ice Piedmont was named after her by the British Antarctic Place-names Committee in 2020.[13]

Fricker received the Royal Tasmania Society Doctoral Award for her PhD in 2001.[14] She received the NASA Group Achievement Award for her role in the Ice, Cloud, and Land Elevation Satellite (ICESat) Mission Development Team in 2004.[15] In 2010, she was awarded the Martha T. Muse Prize for Science and Policy in Antarctica by the Tinker Foundation and the Scientific Committee on Antarctic Research[16][17] She was elected Fellow of the American Geophysical Union in 2017.[18]

• Helen Fricker publications indexed by Google Scholar