RECENT PUBLICATIONS

  • CSR Contributes to NASA Earth Science Implementation Plans February 12, 2020 Dr. Bettadpur is one of the authors of a National Academies committee report that provides an assessment of the geodetic infrastructure needed for NASA to implement its next decade’s Earth Science plans. Dr. Bettadpur’s contribution to this report drew on the long-standing CSR contributions in the areas of space geodesy and space missions. Source: https://www.nap.edu/read/25579/ https://www.unavco.org/highlights/2020/gi-report.html
  • Interannual Oscillations in Earth Rotation January 10, 2020 Dr. Jianli Chen, a Senior Research Scientist at the UT Center for Space Research led a new study published in the Journal of Geophysical Research . Variations of Earth rotation are ...
  • Missing Hydrological Contribution to Sea Level Rise December 18, 2019 Researchers at the Seoul National University and UT Center for Space Research published a new joint study in the Geophysical Research Letters (https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2019GL085470). This study was led by Jae-Seung Kim, a graduate student of Dr. Ki-Weon Seo who has been a visiting scientist at UT CSR for the past year. During the last decade, the ...
  • Improved Quantification of Global Mean Ocean Mass Change Using GRACE December 6, 2019 Dr. Jianli Chen and a group of scientists at the Center for Space Research are the authors of a new study just published in the Geophysical Research Letters (https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2019GL085519). GRACE satellite gravimetry provides a revolutionary means for monitoring and measuring global mass redistribution and movement with unprecedented accuracy. The Integration of GRACE satellite gravity measurements, ...
  • Two recent papers highlight past accomplishments and future gravity missions May 6, 2019 Read about how GRACE Follow-On mission, launched in May 2018, is engineered, once again with contributions from UTCSR, to continue the unique measurements of the mass change in the Earth system. A description of the GRACE-FO mission and flight systems description was published online on April 26, 2019 (https://arc.aiaa.org/doi/10.2514/1.A34326). This mission continues the legacy of ...
  • Contributions of GRACE to Understanding Climate Change in Nature Climate Change April 17, 2019 GRACE, the US/German Gravity Recovery And Climate Experiment, was conceived, proposed and implemented under UTCSR leadership, with many staff and students over the years contributing to engineering and science data analysis. Since their launch in 2002, the twin GRACE satellites have revolutionized our understanding of mass transport in the Earth system using time-resolve satellite gravimetry. ...
  • Quantification of Ocean Mass Change Using GRACE Gravity, Satellite Altimeter and Argo Floats Observations November 13, 2018 Quantification of Ocean Mass Change Using GRACE Gravity, Satellite Altimeter and Argo Floats Observations, November 13, 2018, Dr. Jianli Chen and a group of scientists at the Center for Space Research are the authors of a study published in the Journal of Geophysical Research -Solid Earth. Combining satellite gravity measurements from the Gravity Recovery and ...
  • Mapping Arctic Tundra October 24, 2018 This summer, Sophy Wu, a second-year Ph.D. student studying aerospace engineering, along with Michael O’Connor and Stephen Ferencz, two graduate students from Jackson School of Geosciences, conducted fieldwork at the University of Alaska Fairbanks’ Toolik Field Station, a premier research laboratory established in 1976 for studying the Arctic and its relationship to the global environment. For two ...
  • GRACE data is used to assess modern river sediment discharge September 5, 2018 CSR Research Scientist Dr. Himanshu Save is an author on a study published in Nature Communications, for the first time using GRACE data to gain insights into sediment discharge from major rivers. Continental erosion can be enhanced by human activities like large-scale agriculture, deforestation, sand extraction etc. Erosion produces sediment that is mostly evacuated by rivers ...