|
|
|
|
See the following announcements:
|
- Submit an abstract to AGU session H095: Interplay between Fault Architecture and Coupled Processes in Subsurface Energy
- Call for Abstracts - AGU 2025 Session G015
- AGU25 Call for Abstracts- S018: Seismic Imaging from Crust to Core: Understanding Ancient and Contemporary Processes
- GSA 2025 Session - "From the Cosmos back to Earth: Novel Applications of Cosmogenic Nuclide Dating Techniques"
|
On behalf of Lluis Salo-Salgado, Harvard University
|
Submit an abstract to AGU session H095: Interplay between Fault Architecture and Coupled Processes in Subsurface Energy
|
Subsurface energy-related technologies involve injecting, circulating, and extracting fluids from the subsurface. Critical aspects related to faults and fractures that must be better understood and managed for large-scale deployment of these technologies are (1) discontinuity architecture and permeability evolution, (2) fault and fracture flows, and (3) geomechanical deformation, including fault instability. This session welcomes observational and modeling approaches including field, analytical, numerical, and data-intensive methods that aim at better understanding, quantifying, monitoring, and managing 1-3 above. Submissions are encouraged from a broad range of disciplines including, but not limited to geology, geomechanics, hydrogeology, reservoir engineering, geophysics, rock physics, and computation.
|
The abstract submission deadline is July 30, 2025, 23:59 ET/03:59 UTC. We look forward to seeing you at AGU!
|
On behalf of Molly Zebker, University of Texas at Austin
|
|
Call for Abstracts - AGU 2025 Session G015
|
We invite you to submit an abstract to AGU 2025 Session G015 - Recent Advances in SAR and InSAR Processing, Big Data Analysis and Earth Science Applications. This session will focus on advancements in SAR processing techniques and applications that leverage the growing data archive from missions such as Sentinel-1C/D (C-band), NISAR (L/S-band), ALOS-2/4 and ROSE-L (L-band), Biomass (P-band), SWOT (Ka-band), and commercial X-band SAR constellations.
|
|
We invite contributions that include:
|
|
Data processing techniques that maximize the utility of densely sampled SAR time-series data from multiple missions and imaging geometries.
|
|
Investigations into how SAR attributes impact the accuracy and uncertainty of geodetic and geophysical parameter estimation.
|
|
Approaches leveraging big data analysis, deep learning, artificial Intelligence, cloud-based processing, and the creation of analysis-ready data products.
|
Studies that explore novel SAR and InSAR applications, including using closure phase measurements and other innovative observables.
|
Deadline: Wednesday, July 30, 2025
|
We look forward to your contributions and seeing you in New Orleans!
|
|
Kathryn Materna, University of Colorado Boulder
|
Molly Zebker, UC San Diego
|
On behalf of Claire D. Doody, Lawrence Livermore National Laboratory
|
AGU25 Call for Abstracts- S018: Seismic Imaging from Crust to Core: Understanding Ancient and Contemporary Processes
|
Please consider submitting an abstract to our AGU session, S018: Seismic Imaging from Crust to Core: Understanding Ancient and Contemporary Processes. We seek contributions—ranging from high-resolution crustal structure studies to large-scale global modelling—using any imaging technique (e.g., ambient noise tomography, travel-time tomography, full waveform inversion, attenuation tomography, anisotropy tomography, receiver function, scattering imaging, joint inversion). We also invite contributions using novel datasets (e.g., DAS, large-N arrays, OBS data) or novel techniques (e.g., machine learning, Bayesian methods).
|
|
Hao Guo, University of Wisconsin-Madison
|
Fan-Chi Lin, University of Utah
|
Abstract: Subsurface processes in the near-surface, crust, mantle, and core are opaque due to the inaccessibility of Earth’s interior. Seismic imaging is a key tool to understand the subsurface, providing important constraints on multi-scale structural heterogeneity in both space and time. Advances in imaging techniques that constrain structural boundaries, like receiver functions and autocorrelation, and velocity structure, like earthquake and ambient noise tomography, provide constraints on geologic and tectonic processes. Deployments of nodal and ocean bottom seismometers and distributed acoustic sensing arrays can supplement permanent broadband networks by increasing spatial density and extending seismic imaging to remote areas. We invite research on any spatial and temporal scale that uses seismic imaging to study the subsurface. We encourage presentations that use new methods or novel datasets and research that combines seismic imaging with modelling to better understand subsurface processes.
|
On behalf of Veronica B. Prush, New Mexico Tech
|
GSA 2025 Session - "From the Cosmos back to Earth: Novel Applications of Cosmogenic Nuclide Dating Techniques"
|
Please consider submitting an abstract to our cosmogenic nuclide-focused GSA session titled "From the Cosmos back to Earth: Novel Applications of Cosmogenic Nuclide Dating Techniques". We're hoping to bring together folks who are interested in discussing novel applications of cosmogenic nuclide techniques and updates to lab or field methods. Studies involving any nuclide system(s) are welcome. Contributions from the fields of soil geomorphology, archaeology, glaciology, planetary studies, and tectonics are all encouraged!
|
Our invited speakers will be Darryl Granger (Purdue Univ.) and Michal Ben-Israel (UC Davis).
|
Abstracts are due on August 5 at 11:59 p.m.
|
We hope to see you in San Antonio in October! Please reach out to either convener if you have any questions.
|
|
Veronica Prush (NMT) and Brad Sion (DRI)
|
|
|
Want to send an announcement to the SCEC community?
|
1) Please use this style guide:
|
- Use the same font type and size for all content
- Basic formatting is permitted (bold, italics, underline, bulleted/numbered lists, etc.)
- Shorten long web links: use bit.ly or tinyurl.com
- No attachments or images allowed.
|
2) Include a subject line.
|
|
|
|
|
|
|
