| Date: | 2017-07-18 18:15:26 | |
| Sender: | ”Gross, Richard S (335N)” <richard.s.gross@jpl.nasa.gov> | |
| Subject: | [SLR-Mail] No.2445: Earth Rotation Session at AGU | |
| Author: | unknown | |
| Content: | Dear Colleagues -
As part of the 2017 Fall Meeting of the AGU that will be held in New Orleans, Louisiana during 11-15 December 2017 there will be a session on “Earth and Planetary Rotation: From Core to Crust”. The description of the session is given below. On behalf if the conveners I would like to draw your attention to this session and encourage you to participate in it. More information about the 2017 Fall Meeting can be obtained from its web site at Please note that abstracts must be submitted to AGU by August 2, 2017. Submitting by July 26, 2017 gives you a chance to win a $100 gift card! Hope to see you in New Orleans! Best regards, Richard .......................................................... Session ID# 22871: Earth and Planetary Rotation: From Core to Crust The Earth´s rotation changes on a wide range of time scales, reflecting the wide range of processes affecting it, from external tidal forces to surficial processes involving the atmosphere, oceans, and hydrosphere to internal processes acting both at the core-mantle boundary as well as within the solid Earth itself. In addition, the periods of the resonances in the Earth´s rotation depend upon the internal structure and constitution of the Earth. Observations of the Earth´s rotation can therefore be used to place constraints on a wide range of dynamical processes of the solid Earth, including glacial isostatic adjustment, mantle anelasticity, core-mantle coupling, core flattening, core angular momentum, torsional oscillations of the core, and the strength of the magnetic field at the inner core and core-mantle boundaries. This session is a forum for discussing the use of rotation measurements to constrain the structure and dynamical processes of the Earth and other planets. Conveners: Richard Gross Jet Propulsion Laboratory, Pasadena, CA, USA Richard.Gross@jpl.nasa.gov Aleksander Brzezinski Warsaw University of Technology, Warsaw, Poland alek@cbk.waw.pl Veronique Dehant Royal Observatory of Belgium, Brussels, Belgium v.dehant@oma.be Jose Ferrandiz University of Alicante, Alicante, Spain jm.ferrandiz@ua.es ........................................................... Dear Colleagues -
As part of the 2017 Fall Meeting of the AGU that will be held in New Orleans, Louisiana during 11-15 December 2017 there will be a session on “Earth and Planetary Rotation: From Core to Crust". The description of the session is given below. On behalf if the conveners I would like to draw your attention to this session and encourage you to participate in it. More information about the 2017 Fall Meeting can be obtained from its web site at <http://fallmeeting.agu.org/2017>. Please note that abstracts must be submitted to AGU by August 2, 2017. Submitting by July 26, 2017 gives you a chance to win a $100 gift card! Hope to see you in New Orleans! Best regards, Richard .......................................................... Session ID# 22871: Earth and Planetary Rotation: From Core to Crust The Earth´s rotation changes on a wide range of time scales, reflecting the wide range of processes affecting it, from external tidal forces to surficial processes involving the atmosphere, oceans, and hydrosphere to internal processes acting both at the core-mantle boundary as well as within the solid Earth itself. In addition, the periods of the resonances in the Earth´s rotation depend upon the internal structure and constitution of the Earth. Observations of the Earth´s rotation can therefore be used to place constraints on a wide range of dynamical processes of the solid Earth, including glacial isostatic adjustment, mantle anelasticity, core-mantle coupling, core flattening, core angular momentum, torsional oscillations of the core, and the strength of the magnetic field at the inner core and core-mantle boundaries. This session is a forum for discussing the use of rotation measurements to constrain the structure and dynamical processes of the Earth and other planets. Conveners: Veronique Dehant
Royal Observatory of Belgium, Brussels, Belgium
v.dehant@oma.be
Jose Ferrandiz University of Alicante, Alicante, Spain jm.ferrandiz@ua.es
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