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EGU 2015. Geodynamics Sessions
From: Irina Artemieva <irina@xxxxxxxxx>EGU 2015. Geodynamics Sessions
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Dear colleagues,
my apologies for possible double-posting.
This is a short reminder that the deadline to submit abstracts for the EGU General Assembly in Vienna (April 12-17, 2015) is
January 07, 13:00 Central European Time!
I encourage you to have a look at the exciting programme of the Geodynamics Division
http://meetingorganizer.copernicus.org/EGU2015/sessionprogramme
and to submit your abstracts to one of the sessions.
______________________________
_______________________________________
Here is an overview of Geodynamics sessions:
GD1 – Geodynamics General Sessions
GD1.1:
Open Session in Geodynamics (posters only)
GD2 – Crust, Lithosphere, and Asthenosphere: Observations and models
GD2.1/GMPV7.8/SM6.10/TS9.4
Formation and evolution of the ocean plates
GD2.2/GMPV3.4
Geodynamics of continental crust and upper mantle, and the nature of mantle discontinuities
GD2.3/GMPV3.6
Mantle roots of deep seated magmas: origin and evolution of layered mantle lithosphere in different geodynamic setting
GD3 – Mantle Dynamics: Linking deep and shallow processes
GD3.1/EMRP4.16/GMPV3.5/PS9.4/SM6.13
Mantle dynamics in the Earth and other planetary bodies
GD3.2
Lower mantle heterogeneity – linking slab and LLSVP dynamics
GD3.3/TS7.3
Linking plate tectonics and mantle dynamics through the records of lithospheric motions and deformation
GD3.4/GM3.5/SM6.12/TS3.9
Topo-Europe: Linking mantle dynamics and shallow processes
GD4 – Core Dynamics
GD4.1/EMRP4.14/PS9.8
Earth's core structure and dynamics: observations, models, experiments
GD4.2/EMRP4.15/PS9.9
Boundary control on the geodynamo
GD5 – Plate Tectonics and Geodynamics
GD5.1/EMRP4.17/GMPV7.7
Subduction dynamics from surface to deep mantle
GD5.2/EMRP4.18/SM6.6/TS6.11
Observations and modeling of subduction-driven deformation in the overlying plate and related feedbacks on the subduction process
GD5.3/GMPV7.10/SM6.11/TS6.10
Orogenesis and geodynamics related to the collision of large- and micro-plates
GD5.4/TS5.7
Mantle dynamics, rifting and post-breakup evolution of passive continental margins: Geological and geophysical observations and models with emphasis on the Atlantic Ocean
GD6 – Regional Geodynamics
GD6.1/SM6.9/TS7.4
The Arctic connection - plate tectonics and mantle dynamics in the North Atlantic, North Pacific and the High Arctic
GD6.2/CR2.5
Geodynamic evolution of the polar regions and interaction with the cryosphere
GD7 – Experimental/Theoretical Studies on Earth Materials Relevant to Geodynamics
GD7.1/EMRP4.19/TS8.10
Long-term rheological behavior of the crust and mantle inferred from observations and models at laboratory and geological time and spatial scales
GD7.2/EMRP4.20/SM5.4
Anisotropy from crust to core: Observations, models and implications
GD7.3/EMRP4.21/TS2.10
Experimental/Theoretical Studies on Earth Materials Relevant to Geodynamics
GD8 – Integrated Geophysical Observations and Modeling in Geodynamics
GD8.1/TS8.9
Recent advances in computational geodynamics
GD8.2/EMRP4.22/GMPV3.7
Compositional geodynamics: The role of phase transitions, partial melting, and metamorphic reactions in mantle convection and plate tectonics
GD8.3/ERE4.5
Geodynamics in service of petroleum and mineral exploration
GD8.4/CR2.6/ERE3.9
Thermal heterogeneity of continental and oceanic lithosphere: from borehole data to regional and global thermal models (PICO Session)
____________________________________________________________________________
I encourage you to pass this information to your colleagues and to submit your abstracts to Geodynamics sessions at EGU.
Looking forward seeing you in Vienna,
Happy New Year,
Irina Artemieva,
EGU Geodynamics Division President
Here is an overview of Geodynamics sessions:
GD1 – Geodynamics General Sessions
GD1.1:
Open Session in Geodynamics (posters only)
GD2 – Crust, Lithosphere, and Asthenosphere: Observations and models
GD2.1/GMPV7.8/SM6.10/TS9.4
Formation and evolution of the ocean plates
GD2.2/GMPV3.4
Geodynamics of continental crust and upper mantle, and the nature of mantle discontinuities
GD2.3/GMPV3.6
Mantle roots of deep seated magmas: origin and evolution of layered mantle lithosphere in different geodynamic setting
GD3 – Mantle Dynamics: Linking deep and shallow processes
GD3.1/EMRP4.16/GMPV3.5/PS9.4/SM6.13
Mantle dynamics in the Earth and other planetary bodies
GD3.2
Lower mantle heterogeneity – linking slab and LLSVP dynamics
GD3.3/TS7.3
Linking plate tectonics and mantle dynamics through the records of lithospheric motions and deformation
GD3.4/GM3.5/SM6.12/TS3.9
Topo-Europe: Linking mantle dynamics and shallow processes
GD4 – Core Dynamics
GD4.1/EMRP4.14/PS9.8
Earth's core structure and dynamics: observations, models, experiments
GD4.2/EMRP4.15/PS9.9
Boundary control on the geodynamo
GD5 – Plate Tectonics and Geodynamics
GD5.1/EMRP4.17/GMPV7.7
Subduction dynamics from surface to deep mantle
GD5.2/EMRP4.18/SM6.6/TS6.11
Observations and modeling of subduction-driven deformation in the overlying plate and related feedbacks on the subduction process
GD5.3/GMPV7.10/SM6.11/TS6.10
Orogenesis and geodynamics related to the collision of large- and micro-plates
GD5.4/TS5.7
Mantle dynamics, rifting and post-breakup evolution of passive continental margins: Geological and geophysical observations and models with emphasis on the Atlantic Ocean
GD6 – Regional Geodynamics
GD6.1/SM6.9/TS7.4
The Arctic connection - plate tectonics and mantle dynamics in the North Atlantic, North Pacific and the High Arctic
GD6.2/CR2.5
Geodynamic evolution of the polar regions and interaction with the cryosphere
GD7 – Experimental/Theoretical Studies on Earth Materials Relevant to Geodynamics
GD7.1/EMRP4.19/TS8.10
Long-term rheological behavior of the crust and mantle inferred from observations and models at laboratory and geological time and spatial scales
GD7.2/EMRP4.20/SM5.4
Anisotropy from crust to core: Observations, models and implications
GD7.3/EMRP4.21/TS2.10
Experimental/Theoretical Studies on Earth Materials Relevant to Geodynamics
GD8 – Integrated Geophysical Observations and Modeling in Geodynamics
GD8.1/TS8.9
Recent advances in computational geodynamics
GD8.2/EMRP4.22/GMPV3.7
Compositional geodynamics: The role of phase transitions, partial melting, and metamorphic reactions in mantle convection and plate tectonics
GD8.3/ERE4.5
Geodynamics in service of petroleum and mineral exploration
GD8.4/CR2.6/ERE3.9
Thermal heterogeneity of continental and oceanic lithosphere: from borehole data to regional and global thermal models (PICO Session)
____________________________________________________________________________
I encourage you to pass this information to your colleagues and to submit your abstracts to Geodynamics sessions at EGU.
Looking forward seeing you in Vienna,
Happy New Year,
Irina Artemieva,
EGU Geodynamics Division President
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