
In-Person Workshop
SZ4D Community Meeting
November 14-16, 2022
preceded by an Early Career Symposium
Houston, TX
registration closed
Objectives
To discuss ongoing SZ4D planning efforts, provide updates on recent subduction zone science and SZ4D’s status, and solicit community feedback
The first SZ4D Community Meeting took place in Houston, TX on November 14-16, 2022. An early-career event immediately preceded the meeting on November 13. Participants met in person and online to discuss the ongoing planning efforts associated with SZ4D. This meeting provided an opportunity to discuss recent subduction zone science, update the community on the status of SZ4D, and solicit community feedback on next steps. In particular, input on near-future opportunities to seek funding for SZ4D needs.
The meeting was open to all.
Application for attending the meeting in person closed on September 30th.
Decisions on participation and travel support took place in October.
Applicants were encouraged to complete a second, optional survey with demographic information to assess the audience reached for the SZ4D Community Meeting and for supporting diversity in meeting attendees. All responses were confidential, not tied to any identifiable information, and were only be discussed in assembled form (e.g. graphs, charts).
Organizers
Mark Behn (Boston College, co-chair)
Donna Shillington (Northern Arizona University, co-chair)
Kasey Aderhold (IRIS)
Jade Bowers (Boise State University, EC workshop co-convener)
Behrooz Ferdowsi (University of Houston, EC workshop co-convener)
Anaïs Férot (UC Santa Cruz, SZ4D Office)
Melodie French (Rice University, EC workshop co-convener)
Krystin Poitra (IRIS)
Diana Roman (Carnegie)
David Sandwell (UC San Diego)
Justin Sweet (IRIS)
Agenda
DAY 0 - November 13, 2022 | Early Career Event
Overview of SZ4D | Harold Tobin
Overview of SZ4Grads | Behnaz Hosseini and Nate Klema
Navigating NSF Funding | Jenn Wade
Crash Course in SZ4D Disciplinary Science - Seismology | Helen Janiszewski
Crash Course in SZ4D Disciplinary Science - Field Geology | Cailey Condit
Crash Course in SZ4D Disciplinary Science - Geomorphology | Brian Yanites
Crash Course in SZ4D Disciplinary Science - Geochemistry | Jaime Barnes and Madison Myers
Crash Course in SZ4D Disciplinary Science - Modeling | Mark Behn
Crash Course in SZ4D Disciplinary Science - Experimental Rock Deformation | Srisharan Shreedharan
Crash Course in SZ4D Disciplinary Science - Petrology | Andrea Goltz
DAY 1 - November 14, 2022
Plenary session 1: Introduction
Welcome and introduction to goals of meeting | Mark Behn, Donna Shillington, Diana Roman
Overview of history and status of SZ4D | Emily Brodsky
AndesNet | Sergio Barrientos
Comments from funding agencies - NSF | Jenn Wade and Gail Christeson
Comments from funding agencies - USGS | Gavin Hayes
Comments from funding agencies - NASA | Ben Phillips, no slides
Plenary session 2: SZ4D science
Building Equity and Capacity with Geoscience | Andy Frassetto
Faulting and Earthquake Cycles | Demian Saffer
Landscapes and Seascapes | Kristin Morell
Magmatic Drivers of Eruptions | Peter Barry
Plenary session 3: Introduction to sites and allied activities
Chile (recorded presentation) | Álvaro Amigo Ramos
Cascadia | Joan Gomberg
Alaska/Aleutians | Jeff Freymueller
GeoArray | Kristin Morell
Experimental efforts | Melodie French
Numerical modeling | Alice Gabriel
Breakout 1: SZ4D priorities for observations, models, and experiments
Introduction to Breakout 1 | Mark Behn
Group 1.1 - FEC1: Cottonwood
Group 1.2 - FEC2: Dogwood
Group 1.3 - FEC3: Arboretum V
Group 1.4 - LS1: Arboretum I
Group 1.5 - LS2: Arboretum II
Group 1.6 - MDE1: Arboretum III
Group 1.7 - MDE2: Arboretum IV
Groups 1.8x: Virtual Breakout Session - Zoom
DAY 2 - November 15, 2022
Plenary session 4: Report backs from Breakout 1
Report backs from Breakout 1
Plenary session 5: Crosscutting science and emerging methodologies/technology 1
Mechanical and hydrological processes governing slow landslide slip in an exhumed subduction mélange | Noah Finnegan
Capturing high-resolution subduction zone seismicity: Recent advances, current efforts, and continuing challenges | Grace Barcheck
Crystals and glass as records of volcanic processes | Michelle Muth
Integrating efforts to build equity and capacity into pilot SZ4D science | Mike Brudzinski
Plenary session 6: Crosscutting science and emerging methodologies/technology 2
Investigating the transient friction of near-surface and subsurface fault zones using granular physics simulations and rheology experiments | Behrooz Ferdowsi
What has happened to the Chilean volcanoes in the 12 years since the 2010 Mw 8.8 Maule earthquake? A brief review of observations and models, with questions for the future | Cristian Farías
Integrating thermodynamic melting models and geophysical images to estimate magma reservoir conditions | Darcy Cordell
Shallow megathrust kinematics from seafloor geodesy | David Schmidt
Lightning talks
AVERT - Anticipating Volcanic Eruptions in Real-Time | Terry Plank
A new volcano monitoring method | Joe Biasi
Persistent hazards of lava dome eruptions | Brett Carr
P-wave attenuation structure of the Tonga subduction zone and implications for mantle
wedge processes | Yurong Zhang
Distinguishing origin, provenance, and relative chronology of mass surficial deposits in the northern Chilean Andes | Dylan Ward
Monitoring of the 2021 Mw 8.2, Chignik, Alaska Earthquake by Ocean Networks Canada’s NEPTUNE Observatory | Tianhaozhe Sun
SZ4GRADS: Subduction Zones for Grad-Students and Graduates | SZ4Grads
What is the cost of a DAS MegaArray? | Zach Spica
Rheology of the seismogenic zone from exhumed subduction interfaces | Don Fisher
Seismic reflection imaging of the Andreanof Segment of the Aleutian Subduction Zone | Valeria Cortes-Rivas
Double reservoirs imaged below the Great Sitkin volcano explain the migration of eruption seismicity | Xiaotao Yang
Expanding long-term observations of the Cascadia subduction zone with the ocean observatories Initiative Regional Cabled Array | William Wilcock
Influence of the Nootka fault zone (NFZ) segmenting subduction processes along the northern Cascadia margin | Brandon Shuck
Ranking of specific risk of Chilean volcanoes | María Contreras y Loreto Córdova
Lateral variations of attenuation in the crust of Alaska using Lg Q tomography | Anuradha Mahanama
Plate tectonic control on subduction arc magmatism from ancient and recent western Pacific arc geochemistry | Jeremy Tsung-Jui Wu
Examining plate-asthenosphere decoupling and anomalous volcanism along the Pacific Ring of Fire | Margarete Jadamec
U-CORS: An underwater continuously operating reference station for deep seafloor geodesy | Frederik Simons
Talc hosts episodic slow slip | Will Hoover
Spatiotemporal variability of devolatilization from subduction initiation to maturity |
Gabe S. Epstein
Aseismic ridge subduction focused late Cenozoic exhumation above the Peruvian flat slab | Sarah George
Breakout 2: Crosscutting science
Introduction to Breakout 2 | Donna Shillington
Group 2.1: Cottonwood
Group 2.2: Dogwood
Group 2.3: Arboretum I
Group 2.4: Arboretum II
Group 2.5: Arboretum III
Group 2.6: Arboretum IV
Group 2.7: Arboretum V
Groups 2.8x: Virtual Breakout Session - Zoom
DAY 3 - November 16, 2022
Plenary session 6: Breakout 2 report back and best practices for collaboration
Breakout 2 report back
Funding strategies for large projects | Maggie Benoit, NSF
Overview of next steps, including proposal opportunities | Emily Brodsky
Introduction to Breakout 3 | Diana Roman
Breakout 3: Next steps: upcoming proposals, how to facilitate collaboration and integration in SZ4D
Discussion topics:
Review of planning activities towards proposals for each component. What else is needed to prepare proposals?
What components require new technologies/methodologies that would benefit from design activities? What mechanisms could be used to fund these design phase activities?
What aspects of SZ4D require funding mechanisms outside of NSF core programs?
How can we best engage the community in planning and training activities for future proposals? When and how do we engage other stakeholders?
Group 3.1 - MegaArray: Cottonwood
Group 3.2 - SurfArray: Dogwood
Group 3.3 - VolcArray: Mesquite
Group 3.4 - Modeling: Rosebud
Group 3.5 - Geology & Experiments: Imperial Ballroom West
Group 3.6x: Virtual Breakout Session - Zoom
Plenary session 8: Breakout 3 report back and next steps Zoom live broadcast
Plenary discussion of ideas from Breakout 3
Wrap up and adjourn | Mark Behn and Donna Shillington

Code of Conduct
The SZ4D is committed to fostering the exchange of ideas and is dedicated to maintaining a safe, productive, and welcoming environment for all participants, no matter their function or their background. This includes respectful treatment of everyone.
All participants are required to abide by the Code of Conduct
Funding
The meeting was supported by funding from the National Science Foundation under award EAR-2221949. Support was also provided by NSF through the MCS-RCN funded by EAR-1824343, workshop funding through OCE-1939512, and a supplement from OISE.