The National Science Foundation has entered into a new Cooperative Agreement with IRIS that includes initiatives to start engineering services in support of the science that we envisioned at our 2012 Workshop and described in our proposal for Seismological Facilities for the Advancement of Geoscience and EarthScope (SAGE). Already, the Consortium has convened meetings among tightly focused working groups to develop more specific service concepts. The 2014 IRIS Workshop – Multi-use Facilities for Multi-use Data – is an opportunity to explore how these concepts can be integrated and adapted to best facilitate the use of seismological and other data in research and discovery across the Earth sciences. We expect to build substantially on the community’s consensus around the NSF SAGE proposal and establish strategies to begin substantial work on initiatives for which only limited funding was included in the NSF Cooperative Agreement.
With its unified Cooperative Agreement running into 2018, the Consortium governs a broad range of services with the flexibility to adapt them to meet the needs of both evolving and newly emerging modes of seismological research. At the IRIS Workshop, the community will make plans to best facilitate the use of seismological and other data in research and discovery across the Earth sciences with novel service concepts such as
One goal this year is to encourage broader engagement across the community in discussion of strategic directions for IRIS. At the Workshop, participants will be encouraged to contribute their advice related to at least one of three scientific topics areas that make use of seismological data:
IRIS facility activities that have significantly advanced since the 2012 Workshop include completing deployment of the TA across the conterminous US, progress towards deploying TA stations in Alaska, and development of OBSIP Management.
There are also important developments in longer-standing IRIS activities — the Global Seismographic Network, Portable Instrumentation, Data Management, Education & Public Outreach, Magnetotellurics, Polar Services, and International Development Seismology.
Program Managers, Standing and Advisory Committees, and Working Groups are organizing SIG meetings and a section in the poster hall to highlight facility activities.
Session Organizers
It has been 5 years since the publication of Seismological Grand Challenges in Understanding Earth's Dynamic Systems. This session is intended to evaluate progress towards the Grand Challenges goals and the newest developments in seismology. As we are planning for the 2018 proposal, it is important to discuss whether IRIS is well aligned with our science goals. Which adjustments in existing IRIS programs and which new facilities are necessary to maximize IRIS’s impact on seismological and interdisciplinary earth science research? Why is IRIS indispensable in the next decade?
The IRIS Board of Directors has organized science committees around three major scientific themes:
The science committees are charged to “ … ensure alignment of the facilities with the scientific goals of the consortium.” This session is intended to introduce these committees, to review our science goals, and the structure of future IRIS programs. Board Chair Anne Meltzer will open the session by summarizing the Board’s expectations for the science committees. Members of the three committees will discuss the scientific themes and the critical roles that IRIS is playing or can play in our science. The session will conclude with an open-mic forum to engage the community in these discussions and to shape the work of the IRIS science committees.
| Presenter | Title | Video Link |
|---|---|---|
| Anne Meltzer - PDF (Lehigh Univ.) |
Grand Challenges and Scientific Themes | Video |
| Jeroen Ritsema - PDF (Univ. of Michigan) Colleen Dalton - PDF (Brown Univ.) |
Thermo-Chemical Internal Dynamics and Volatile Distribution | Video |
| Mark Simons - PDF (California Inst. of Technology) Eric Dunham - PDF (Stanford Univ.) |
Faulting and Deformation Processes | Video |
| Sridhar Anandakrishnan - PDF (Penn State Univ.) Eric Kirby - PDF (Oregon State Univ.) |
Change and Interactions among Climate, Hydrology, Surface Processes, and Tectonics | Video |
| Committee Panel | Discussion period |
Session Organizers
On Monday afternoon, we will convene in plenary to explore what recent groundbreaking geophysical investigations tell us about how recently implemented services and major facility projects have facilitated research. The questions that each of us might ask ourselves as we listen to presentations and discuss them include
| Presenter | Title | Video Link |
|---|---|---|
| Gary Egbert - PDF (Oregon State Univ.) |
Insights into Fluids and Melt in the Crust and Mantle from 3D Inversion of EarthScope MT Data | Video |
| Göran Ekström - PDF (Columbia Univ.) |
Wave Propagation across the US: Exploiting the Quality of USArray Data | Video |
| Joan Gomberg - PDF (U.S. Geological Survey) |
Exploring Pragmatic to Esoteric Applications of PBO High-rate Geodetic Data to Constraining Fault Slip | Video |
| Hitoshi Kawakatsu (Univ. of Tokyo) |
Hi-Net is Great! |
Session Organizers
The Tuesday morning oral session will begin with presentations about different types seismological research projects. In addition to describing an exciting project, each speaker is asked envision how new or improved services might make improve the efficiency or effectiveness of work during several phases of project:
After the presentations, workshop participants will join breakout groups to discuss “What services do we need?” in each in each phase of a research project, while addressing all of the science challenges. We will then reconvene in plenary to hear and discuss reports from the breakout groups.
| Presenter | Title | Video Link |
|---|---|---|
| Geoffrey Abers (Columbia Univ.) |
Do Scientific Breakthroughs Come from Large Programs? | |
| Emilie Hooft (Univ. of Oregon) |
Imaging a Crustal Magma Body at Newberry Volcano: A Feasibility Study that Justifies Large-N | Video |
| Gary Pavlis - PDF (Indiana Univ.) |
Lessons Learned from 24 Years of Collecting and Processing Broadband Array Data | |
Session Organizers
At the concluding science session Wednesday morning, we will explore the implications of data coming now from thousands of sensors recording continuously. In four independent presentations, researchers with extensive experience from diverse disciplines of geoscience motivated by questions such as
There will be ample time for discussion after each presentation, with an intention to draw lessons that are useful in a planning forum that will follow. At the planning forum, the community can discuss steps after the Workshop towards envisioning services to facilitate research beyond 2018.
| Presenter | Title | Video Link |
|---|---|---|
| René Édouard Plessix (Royal Dutch Shell) |
Multi-Parameter Waveform Inversion of Low-Frequency, Wide-Angle Active Surface Seismic Data | |
| Victor Tsai - PDF (California Inst. of Technology) |
New Developments in Ambient Noise Imaging | |
| Catherine de Groot-Hedlin - PDF (Univ. of California, San Diego) |
Detection of Gravity Waves and Infrasound Signals at the USArray | Video |
| Rick Aster - PDF (Colorado State Univ.) |
The Ubiquity of Seismology | Video |
Organized by
IRIS Data Services will conduct a short course on Sunday morning June 8, 2014 in conjunction with the IRIS workshop in Sunriver, Oregon. It will begin at 8AM with a light breakfast and end around noon. The discussion will be informal but we will demonstrate and discuss a variety of topics including
We will also discuss a new direction to support product developments at the DMC and give a brief review of the web services enabling access to waveform data, event information and station metadata.
The most important part of the short course is to hear from you, our community, as to specific questions you may have. We will leave ample time for your questions and enable you to interact with IRIS DMC staff.
To register for this event, please visit the short course page at the DMC website .
Organized By
Topics to be Covered
Newberry volcano is near the western end of the High Lava Plains (HLP) seismic experiment, one of the largest deployments of broadband and controlled source Flexible Array instruments, and has been the target of several USGS and NSF-funded seismic and magnetotellurics studies. Snow accumulation is less than usual this year, so we hope to have access to the caldera, which is less than 25 miles from the Workshop venue. On Sunday afternoon, we offer two alternatives for enjoyable and informative field trips:
Volcano Geology: Bob Jensen will lead a field trip to geologically significant features related to Newberry Volcano. Bob is a retired Forest Service employee and USGS volunteer who has worked closely with USGS volcano geologist Julie Donelly-Nolan. In addition to the caldera, other possible destinations include Lava Butte and Pilot Butte, each within 15 miles of Sunriver Resort.
Geothermal Energy: Trenton Cladouhos of AltaRock Energy will lead a trip to the Newberry Enhanced Geothermal Systems site. IRIS portable instrumentation was used for studies at this site, where an enhanced geothermal systems demonstration at Newberry Volcano that is partially funded by the Department of Energy. Seth Moran of the Cascadia Volcano Observatory will join this trip, and there may be opportunities to view stations installed in recent years to improve monitoring of Newberry Volcano.
Meetings expected to be of special interest to groups of 10 to 50 Workshop participants are scheduled during selected time intervals of 60 or 90 minutes through the Workshop. Each SIG meeting is intended to function as a “two-way street”. That is, the organizers typically make or invite a few short presentations, partly to inform the group about recent developments but also to stimulate discussion about how activities can better serve the community.
SIG meetings are not scheduled while oral sessions or poster sessions are underway, but several meetings run concurrently during each SIG interval. The program committee aims to minimize conflicts by scheduling meetings on topics likely to have overlapping participation at different times. One benefit from this is that the meeting topics during each interval are diverse, and most participants are keenly interested in at least one meeting during each SIG interval.
This year, organizers are being asked to provide reports back to the Board of Directors about an outcome from each meeting, including what the community has suggested for research and education services to advance geoscience in the future. You can help the meeting organizers represent your views in their reports by attending and actively participating in SIG meetings.
Evolving technologies will allow the deployment of seismic arrays capable of recording well-sampled wavefields, reducing or eliminating aliasing. The resulting datasets will enable new wavefield imaging methods that can transform studies of seismic sources and of Earth structure. The largest potential for new science capacity is likely to be at low frequencies to intermediate periods, which include societally relevant topics such as earthquake hazards, source discrimination, and energy. At this meeting, we will describe converging technologies for field acquisition and data analysis of full wavefields and discuss how we might move forward with creating a Large N facility to enable this vision.
With the successful completion of EarthScope, it will be possible to jointly leverage the USArray and PBO efforts to create an unprecedented 18,000 km long Subduction Zone Observatory along the length of the east Pacific margin. An SZO stretching from the Aleutians in the north, to the tip of Tierra del Fuego in the south, can enable research on all facets of subduction zone processes and facilitate a systems approach to a complex inter-linked set of processes involving deformation on times scales from seconds to millions of years and spatial scales from millimeters to thousands of kilometers. The SZO would provide unprecedented observations of deformational responses before, during and after a megathrust earthquake and other phenomena on the plate interface including slow slip events and episodic tremor. An SZO would improve our understanding of the dynamic processes in a variety of geophysical hazards, including earthquakes, tsunamis, volcanic eruptions, and landslides. The observations would be relevant to grand challenges in Earth science, including fluid flux through the crust and mantle, geochemical processes in arcs, and injection of water into the mantle. The SZO would be multidisciplinary – encompassing geodetic, seismographic, magnetotellurics, LIDAR, InSAR, and other observing systems. Our goals at this meeting are to begin identifying and compiling specific ideas and objectives for an SZO, to identify other geoscience communities with interest in SZO science, and to make progress towards an international workshop to articulate the major science objectives and required facilities.
Description coming soon!
Beginning in 2014 and accelerating during 2015 and 2016, the Transportable Array will be deployed as a single footprint in Alaska and northwestern Canada. These TA stations will be arranged in a grid-like pattern spaced at ~85 km, covering all of interior Alaska and adjacent areas. IRIS is working with the Alaska Earthquake Center, Alaska Volcano Observatory, and the Alaska Tsunami Warning Center to upgrade and leverage existing seismic infrastructure and permitting wherever possible. Installation will be complete by late 2017. TA stations are operated at least two years until removed. While no firm date has been set for removal, its expected to begin in 2019. Flexible Array deployments are also expected in Alaska, and at least one project is already funded to study the Cook Inlet Basin. Other FlexArray deployments might be focused in the active arc for volcanic processes, earthquake processes, and active tectonic processes, rapid mobilizations of instruments for post-earthquake studies, or other projects limited only by the imagination of the community. IRIS management and governance have been working to scale the TA in Alaska Project to awarded budgets and forecasts as these total 15% less than proposed over five years. We describe the need for changes, and the approach used to rescope the deployment. We want to discuss this with science community so they can appreciate the schedule and potential impacts and, in particular, to extend community discussion of science objectives-including new objectives presented by the geophysical setting and possible impacts to rescoping choices. Many of the scope adjustments are limited in the first year or so, and so clarity on objectives will continue to guide further steering in the next year or so as the effects of changes accumulate in later years. In general, the deployment will shrink from ~294 stations to about ~262 stations, with interspersed stations dropped from the grid in the Northern and Western periphery and in Canada, and the effort on continuous real-time telemetry and station construction costs will be scaled back 10%.
Since its inception 25-plus years ago, the IRIS PASSCAL program has evolved in ways large and small to meet the evolving needs of the PI community. In this SIG meeting we will to briefly describe the different ways that PASSCAL provides service to investigators, and provide updates on service levels to be provided under the NSF SAGE budget. We will also review the current state-of-health of the PASSCAL instrument pool, including presenting findings from the PASSCAL Sustainability Working Group that has been looking into various questions regarding the sustainability of the instrument pool. We encourage any and all potential users of the PASSCAL program to come learn about how PASSCAL works and discuss some of the challenges facing the program as we move into SAGE.
The infrastructure available today for collecting, exchanging, and comparing multiple types of geophysical data is advancing rapidly: sensors are becoming less expensive to acquire and more readily deployed in large numbers, while the capacities for data telemetry and storage increase. These developments create opportunities for cutting-edge computational facilities to facilitate rapid advances in deep and broad understanding of many Earth processes, with benefits extending to broader society. The U.S. has committed to developing exascale computing, and hardware with vastly greater capabilities have been created – yet none of the systems are configured or managed with the requirements of Earth science research as a consideration. Efficient use of a shared computing would require adoption of community data and software, but the Earth science community is already pursuing this course even while very few joint teams of software engineers and discipline scientists are even aware of the distinct requirements of Earth science research. We will describe efforts to improve this situation and seek community input on how they envision using advanced computing capability and features that would facilitate their use of such services. Discussion will be based in part on the community white paper Advancing Solid Earth System Science through High-Performance Computing.
Seismic and seismically-derived inverse models of Earth structure are cornerstone contributions of seismology to Earth sciences. However, their use is subject to over interpretation and/or misrepresentation, particularly by non-specialists. At this meeting, we plan to discuss ways in which we might more adequately and accurately portray and convey uncertainty and non-uniqueness issues within the seismological community and with peer geoscientists from other areas of specialization. We invite practitioners and users of seismic velocity models to participate broadly in this discussion. Possible topics might include tools for more completely investigating resolution, examination of regularization or other biasing methodologies, dissemination of models, normative expectations for peer-reviewed manuscripts presenting and/or utilizing velocity models, and issues related to their interpretation in terms of mappings of temperature, attenuation, mineralogy, phase, etc.
Are you unsure about which tool is the best for you to access data and data products from the IRIS DMC? Then come join this SIG, which will focus on tools and services for early career scientists. It will begin with a short summary of the various client applications and web services that scientists can use to easily access time series and products available from the IRIS DMC. The majority of the SIG will be for interactions between early career scientists and IRIS staff, to discuss research needs and potential data access and data product solutions. Among the tools discussed will be WILBER3, IEB, jWeed and several powerful PERL and shell scripts available from the IRIS DMC. Additionally, the interfaces to MatLab and ObsPy will be presented, along with hints for accessing information directly using standard Internet tools such as wget and curl.
The Ocean Bottom Seismograph Instrument Pool (OBSIP) is soliciting input from the seismology community to identify the key concerns and services that OBSIP should provide in the future. OBSIP has recently expanded our instrument fleet and added pressure gauges to many of the existing instruments. Recent community experiments provide an opportunity for OBSIP to expand the OBS user base and encourage use of OBS data. This SIG will give an overview of recent changes in the OBSIP facility and focus on identifying the OBS community’s needs for the future.
Two new developments in ocean seismology offer methods of extending the Global Seismic Network into the oceanic domain: Wave gliders coupled acoustically to ocean bottom seismometers (ADDOSS), and the recording of seismic P waves by untethered low-cost floats in the water column (MERMAID). We will start this meeting with summaries of what has been accomplished so far, then discuss a number of important questions. What are the design goals of an Ocean GSN? What are the possibilities, advantages and drawbacks of each system? What synergies can be obtained with other disciplines beyond seismology? Should the seismic community start a worldwide effort like the FDSN, or leave it to individual PI’s to launch such instruments? What role can IRIS play in these initiatives?
Apart from its role as facility operator, the IRIS Consortium of U.S. universities is an advocate for government policies and funding that support geoscience research, emphasizing the use of seismological data to address a wide range of objectives with benefits to broader society. IRIS works to inform members of Congress and administration officials about how seismology and related fields of geophysics contribute to tsunami early warning, earthquake rapid alerts and early warning, earthquake hazard mitigation, underground nuclear test monitoring, exploration and evaluation of energy and mineral resources, mapping hydrologic and other near-surface resources, and documenting selected aspects of the state of the ocean and of glaciers. At this meeting, we will provide a summary of recent IRIS activities in this area, and solicit community input on prioritizing future activities.
Would you like to add some new seismology exercises into your intro classes? Do you need some ideas and resources for upper level seismology courses? Are you interested in getting involved in education research? This meeting will begin with an overview of a recently developed and tested set of intro undergraduate activities that are based on the grand challenges in seismology. The activities are designed to be integrated into your existing courses, while also conveying the latest seismological research to your students. This will be followed by a discussion on a developing project to provide a shared repository of higher-level course materials (PowerPoint files, homework, labs, etc.) from individual faculty members. Feedback is needed from the community as to how to organize and curate such a collection, and to define what is most needed. The meeting will conclude with a discussion of the spectrum of opportunities for the IRIS community to increase their involvement in geoscience education research.
Recent technical developments bring together seismologists from industry and academia in a variety of ways. Autonomous seismic exploration acquisition equipment allows the economic collection of continuous passive seismic data that is not normally acquired in conjunction with controlled-source seismic exploration. This passive data records naturally occurring signals (ambient noise, micro-earthquakes, and teleseismic events) that can provide additional understanding of the subsurface. Recent advances in seismic data analysis can utilize these naturally occurring signals to complement and enhance subsurface images from active source seismic surveys. These advances incorporate techniques that cross-over between exploration and earthquake seismology, and are being applied to 3D and 4D active source surveys. We seek community involvement in emerging topics of common interest that include applications and algorithms, instrumentation and sensors, using dense arrays in both active and passive source applications, multi-use data sets, managing large data sets, and developing the workforce of the future.
New faculty members and researchers have commitments spread across research, teaching, service, student advising, family, etc. This SIG meeting will be split into two parts. First we will be introduce the incoming Chair of the Working Group and discuss the current needs of the ECI community. Second, a panel of seasoned members of the community will profile their career paths and be available to answer questions from early career scientists. We encourage all members of the IRIS community to attend and participate in this SIG. Perspectives and mentorship from more senior members of the IRIS community are particularly welcomed. For more ECI information, please visit: IRIS ECI
Workshop participants are encouraged to present posters on IRIS-facilitated research and on topics related to the oral sessions. In lieu of an abstract, each poster presenter must submit a Science Highlight by April 30. Science Highlight titles and authors information will be printed in the Workshop program, and the agenda includes times devoted exclusively to poster presentations.
View Science Highlights
All posters will be displayed through the entire Workshop on 8' wide x 4' high poster boards in the event space, where break refreshments will be served. Posters on related topics will be clustered and scheduled for authors to be available for discussion at the same time. Poster assignment information will be available at the Registration table beginning at 3 pm on Sunday, June 8. You may begin to hang posters after 3:00pm on Sunday. Posters need to be removed by 12:00 pm on Wednesday.
The Science Highlights will also be stored and prominently displayed from IRIS' homepage, presenting an opportunity to share with all the broad and exciting body of work produced by the IRIS community. This virtual archive will serve as a resource to peers within the geoscience community, science directors at the National Science Foundation, and the general public. We encourage members of the IRIS community to contribute scientific, educational and outreach highlights to our gallery of IRIS-enabled accomplishments.
Sunriver Resort
17600 Center Drive
Sunriver, OR 97707
www.sunriver-resort.com
Guestroom Rate $156/night (inclusive of taxes and resort fee).
The group rate is available until Friday, May 16, 2014 or until the block is sold out, whichever comes first.
Attendees are responsible for securing guest rooms with the exception of supported students, invited speakers and IRIS staff. For more information, go to the Travel and Lodging Reimbursement Policies.
Phone Reservations: 800-547-3922, Group Code: IRIS
Our biennial Workshop is a unique opportunity for the IRIS community to convene for inclusive discussion of recent research, facilities, NSF priorities, and plans. IRIS helps to defray expenses in order to ensure broad participation in this conversation.
IRIS will reimburse members of the IRIS Board of Directors and voting members of the four Program Standing Committees for the cost of up to four nights of lodging during the Workshop and their own travel, up to a maximum of $500.
IRIS will reimburse speakers at Oral Sessions for the cost of up to four nights of lodging during the Workshop and their own travel, up to a maximum of $500. Organizing a plenary session, or organizing or speaking at a SIG meeting does not qualify a participant for reimbursement of any expenses.
For each Voting Member of the Consortium that is not represented at the Workshop by a member of the Board of Directors, a member of one of the four Program Standing Committees, or a speaker at a Plenary Session, IRIS will reimburse one representative for the cost of up to four nights of lodging during the Workshop. Voting Member Representatives are responsible for the cost of their own travel. Voting Members of the Consortium are encouraged to use this support for a junior faculty member who might not otherwise be able to participate in the Workshop.
Subject to individual approval in advance of the workshop, IRIS will pay the cost of up to four nights of lodging in a shared double room during the Workshop and reimburse the cost of their travel, up to a maximum of $500, for a limited number of students and post-docs. Normally, no more than one person is supported in this category from each Voting Member of the Consortium. IRIS will reserve rooms and assign roommates for approved students and post-docs. Supported students and post-docs who choose not to share a room may contact IRIS to make arrangements for a single room, at the individual’s expense in excess of the shared room rate.
Every participant is responsible to register for the Workshop and field trips before the deadline and must pay the Workshop and field trip fees. Every participant is individually responsible for expenses except where reimbursement is explicitly offered above. Every participant is responsible for travel expenses in excess of $500, expenses for travel in first or business class or on non-U.S. carriers, lodging for accompanying persons, and lodging before or after the Workshop. Except for supported students and post-docs, every participant is responsible for making their own lodging reservation. Every registered participant and registered accompanying person is welcome at all group meals (breakfast, lunch, dinner, and breaks) throughout the Workshop. Qualified participants will receive reimbursement after submitting an IRIS expense form and receipts within one month after the Workshop
Bend/Redmond airport is 45 minutes north of Sunriver.
The airport is served by the following airlines:
Alaska Airlines
American Airlines
Delta
United Airlines
More Information can be obtained here
Ground transportation is provided by Sunriver Resort Transportation. The rate is $20 round trip (reference IRIS to receive the discounted rate).
Download the Sunriver Transportation Request Form or call (541)-593-1000 to make a reservation.
2014 IRIS Full Workshop Agenda
| 8:00 AM - 12:00 PM | Pre-Workshop Symposia: Data Services Workshop |
| 8:30 AM - 12:30 PM | Pre-Workshop Symposia: Jumping on the Employment Express – How to be Part of the Geosciences Employment Boom, hosted by the IRIS Early Career Investigators Working Group (ECI) |
| 12:00 PM – 12:30 PM | Boxed Lunches for Field Trip Participants (pre-registration required; contact MaryB@iris.edu for more information) |
| 12:30 PM – 6:00 PM | Field trip to Newberry Volcano |
| 6:30 PM – 8:30 PM | IRIS Workshop Welcoming Barbeque at Besson Commons |
| TIME | EVENT | LOCATION |
|---|---|---|
| 7:00 AM – 8:00 AM | Breakfast | Great Hall |
| 8:00 AM – 10:00 AM | Plenary Session: Science Challenges | Homestead |
| 10:00 AM – 10:30 AM | Coffee Break | |
| 10:30 AM – 12:00 PM | Plenary Session (continued) | |
| 12:00 PM -1:00 PM | Lunch | Great Hall |
| 1:00 PM – 3:00 PM | Plenary Session: Very Wide Aperture Arrays | Homestead |
| 3:00 PM – 4:30 PM | Poster Session with Refreshments | Sage Springs Indoor Tennis Court |
| 4:30 PM – 6:00 PM | SIG Meetings - Session A | |
| USArray in Alaska | Heritage I | |
| Large N Initiative | Heritage II | |
| Global Arrays | Landmark I | |
| IRIS Government Comms | Landmark II | |
| 6:30 PM – 8:30 PM | Dinner: Recognition of David Simpson | Great Hall |
--> tr> -->
| TIME | EVENT | LOCATION |
|---|---|---|
| 7:00 AM – 8:00 AM | Breakfast | Great Hall |
| 8:00 AM – 9:30 AM | Plenary Session: Dirt, Data, Desktop, Dissemination | Homestead |
| 9:30 AM – 11:00 AM | Breakout Groups: What Do We Need? | Heritage I & II Landmark I & II |
| 11:00 AM – 12:00 PM | Plenary Reports from Breakout Groups | Homestead |
| 12:00 PM -1:00 PM | Lunch | Great Hall |
| 1:00 PM – 2:30 PM | SIG Meetings - Session B | |
| Velocity Models | Heritage I | |
| Subduction Zone Observatory | Heritage II | |
| Real-Time Seismic Data from the Oceans | Landmark I | |
| Undergrad Curriculum | Landmark II | |
| 2:30 PM – 3:30 PM | SIG Meetings - Session C | |
| Industry Relations | Heritage I | |
| GSN Renewal | Heritage II | |
| High Performance Computing | Landmark I | |
| Early Career Work/Life Balance | Landmark II | |
| 3:30 PM – 5:00 PM | Poster Session with Refreshments | Sage Springs Indoor Tennis Court |
| 5:00 PM – 6:00 PM | SIG Meetings - Session D | |
| Current and Future States of PASSCAL | Heritage I | |
| Increasing Seismometer Presence in the Oceans | Heritage II | |
| Support for Early Career Scientists | Landmark I | |
| 6:30 PM – 8:00 PM | Dinner | Great Hall |
| TIME | EVENT | LOCATION |
|---|---|---|
| 7:00 AM – 8:00 AM | Breakfast | Great Hall |
| 8:00 AM – 10:00 AM | Plenary Session: Unexpected Science | Homestead |
| 10:00 AM – 10:30 AM | Coffee Break | |
| 10:30 AM – 12:30 PM | Plenary Session (continued) | |
| 12:30 PM – 1:30 PM | Lunch & Adjourn | Great Hall |
| Early Afternoon | Posters | |
| Late Afternoon | SIG Meetings (running in parallel) | |
| Evening | Group Dinner | |
Notice:
The
registration
period for this workshop closed at
Fri, May 16, 2014 - 2:11:00 PM.
Notice:
The abstract submission period for this workshop closed at
.
Notice:
The whitepaper submission period for this workshop closed at
.
Notice:
The webinar registration period for this workshop closed at
.
| Last Name | First Name | Institution |
|---|---|---|
| Accardo | Natalie | Columbia University - LDEO |
| Adhikari | Lok Bijaya | National Seismological Center, Department of Mines and Geology |
| Ahern | Tim | IRIS Data Services |
| Allen | Richard | UC Berkeley |
| Allstadt | Kate | University of Washington |
| Alvarez | Mark | Trimble Navigation |
| Anderson | Kent | IRIS |
| Anderson | Megan | Colorado College |
| Arrowsmith | Ramon | Arizona State University |
| Aster | Richard | Department of Geosciences, Colorado State University |
| Bansal | Abhey Ram | The Georgia Institute of Technology |
| Baranowski | Mary | IRIS Consortium |
| Beaudoin | Bruce | IRIS PASSCAL Instrument Center |
| Benson | Rick | IRIS Data Management Center |
| Bernsen | Steven | New Mexico Institute of Mining and Technology |
| Bilek | Susan | New Mexico Tech |
| Biryol | Berk | University of North Carolina |
| Bockholt | Blaine | Center for Earthquake Research and Information, University of Memphis |
| Bogiatzis | Petros | Harvard |
| Bowles-Martinez | Esteban | Oregon State University |
| Bremner | Paul | University of Florida |
| Buehler | Janine | Scripps Institution of Oceanography |
| Butler | Robert | University of Portland |
| Byrnes | Joseph | University of Oregon |
| Chai | Chengping | Penn State University |
| Chaves | Esteban | University of California, Santa Cruz |
| Chen | Chen | Purdue University |
| Chen | Min | Rice University |
| Chen | Wang-Ping | Zhejiang Univertsity |
| Chen | Xiaowei | Woods Hole Oceanographic Institution |
| Chen | Yu | Stony Brook University |
| Chestler | Shelley | University of Washington |
| Chestler | Shelley | University of Washington |
| Christensen | Douglas | Geophysical Institute, Univ. of Alaska Fairbanks |
| Clark | Adam | IRIS |
| Cochran | Elizabeth | US Geological Survey |
| Colella | Harmony | Miami University of Ohio/Arizona State University |
| Creager | Ken | University of Washington |
| Davenport | Kathy | Virginia Tech |
| Davis | Peter | UCSD |
| de Groot-Hedlin | Catherine | Scripps Institution of Oceanography |
| Delph | Jonathan | University of Arizona |
| Denolle | Marine | Scripps Institute of Oceanography, University of California San Diego |
| DeShon | Heather | Southern Methodist University |
| Detrick | Robert | IRIS Consortium |
| Dodge | Doug | Lawrence Livermore National Lab |
| Dorr | Perle | IRIS Consortium |
| Eakin | Caroline | Yale University |
| Eddy | Celia | Lamont-Doherty Earth Observatory, Columbia University |
| Edel | Stanislav | New Mexico Institute of Mining and Technology |
| Egbert | Gary | Oregon State University |
| Ekstrom | Goran | LDEO, Columbia University |
| Evers | Brent | IRIS - OBSIP |
| Fan | Wenyuan | Scripps Institution of Oceanography, UCSD |
| Fannon | Mackenzie | Eastern Connecticut State University |
| Frassetto | Andrew | IRIS Consortium |
| Furlong | Kevin | Penn State University |
| Gaherty | James | Lamont-Doherty Earth Observatory |
| Gallegos | Andrea | New Mexico State University |
| Ghosh | Abhijit | University of California, Riverside |
| Gomberg | Joan | US Geological Survey |
| Harris | Cooper | University of Southern California |
| Hawley | William | University of California, Berkeley |
| Hawley | William | University of California, Berkeley |
| Heath | Ben | University of Oregon |
| Hodgkinson | Kathleen | UNAVCO |
| Hole | John | Virginia Tech |
| Hooft | Emilie | University of Oregon |
| Hu | Shaoqian | Saint Louis University |
| Hubenthal | Michael | IRIS Consortium |
| Huesca-Perez | Eduardo | University of California, Riverside |
| husain | naji | observation center for seismic and volcanic study |
| Hwang | Lorraine | UC Davis / CIG |
| James | Esther | Boston University |
| Janiszewski | Helen | LDEO, Columbia University |
| Jaume | Steven | College of Charleston |
| jeon | young soo | NIMR / KMA |
| Joe | Un | IRIS |
| Johnson | Jenda | Animation Contractor for IRIS |
| Johnson | Leonard | National Science Foundation |
| Jung | Hyung-Sup | University of Seoul |
| Kawakatsu | Hitoshi | University of Tokyo - Earthquake Research Institute |
| Keller | Randy | University of Oklahoma |
| Koper | Keith | University of Utah |
| Kroll | Kayla | UC Riverside |
| Lanza | Federica | Michigan Technological University |
| Lin | Fan-Chi | University of Utah |
| Linn | Leslie | IRIS Consortium |
| Lodewyk | Jessica | IRIS |
| Lynner | Colton | Yale University |
| Ma | Zhitu | Scripps Institution of Oceanography |
| MacDougall | Julia | Brown University |
| Magnani | Maria Beatrice | Southern Methodist University |
| Mancinelli | Nicholas | Scripps Institution of Oceanography |
| Matoza | Robin | Scripps Institution of Oceanography, UC San Diego |
| mavazhe | patricia | goetz observatory |
| McGuire | Jeff | WHOI |
| McLean | Lois | McLean Media |
| Meltzer | Anne | Lehigh University |
| Meng | Xiaofeng | Georgia Institute of Technology |
| Miller | Meghan | UNAVCO |
| Monfort | Charles | Martin, Blanck & Associates, LLC |
| Moores | Andrew | Nanometrics |
| Moores | Andrew | Nanometrics Inc. |
| Moran | Seth | U.S. Geological Survey - Cascades Volcano Observatory |
| Mulabisana | Thifhelinbilu Faith | University of Witwatersrand and Council for Geoscience |
| Newman | Susan | SSA |
| Nolet | Guust | Universit? de Nice/Sophia Antipolis |
| Olimat | Waleed | Jordan Seismological Observatory |
| Olugboji | Tolulope | Yale University |
| Orcutt | John | Scripps/UCSD |
| Parker | Elias | University of Georgia |
| Pavlis | Gary | Indiana University |
| Pfeifer | Mary | IRIS/PASSCAL Instrument Center |
| PHILLIPS | DAVID | UNAVCO |
| Pitarka | Arben | Lawrence Livermore National Laboratory |
| Plessix | Ren?-?douard | Shell Global Solutions International |
| Poppeliers | Christian | East Carolina University |
| Porritt | Robert | University of Southern California |
| Porter | Ryan | Northern Arizona University |
| Puskas | Christine | UNAVCO |
| Pyle | Moira | Lawrence Livermore National Laboratory |
| Ramotoroko | Calistus | Botswana International University of Science and Technology |
| Rashidi | Amin | Institute of Geophysics University of Tehran |
| Reimiller | Robert | Certified Software Corp. |
| Ritsema | Jeroen | University of MIchigan |
| Ruan | Youyi | Brown University |
| Ruppert | Stanley | Lawrence Livermore National Laboratory |
| Russo | Ray | University of Florida |
| Saavedra | Teresa | IRIS-HQ |
| Schulte-Pelkum | Vera | University of Colorado Boulder |
| Schwartz | Susan | UC Santa Cruz |
| Sharer | Gillian | IRIS |
| Shen | Weisen | University of Colorado at Boulder |
| Shillington | Donna | Lamont-Doherty Earth Observatory |
| Shokoohi Razi | Ayda | Rutgers University |
| Silwal | Vipul | University of Alaska, Fairbanks |
| Simon | Joel | Princeton |
| Simons | Frederik | Princeton University |
| Simons | Mark | Caltech |
| Simpson | David | IIRIS Consortium |
| Snyder | David | Geological Survey of Canada |
| Snyder | David | Geological Survey of Canada |
| Snyder | David | Geological Survey of Canada |
| Stanciu | Adrian Christian | University of Florida |
| Storm | Tyler | ASL |
| Sumy | Danielle | University of Southern California |
| Taber | John | IRIS |
| Takeo | Akiko | Hokkaido University |
| Takeo | Akiko | Hokkaido University |
| Tape | Carl | U. Alaska Fairbanks |
| Tepp | Gabrielle | University of Rochester |
| Tessman | Rick | McLean Media |
| Tian | Yiteng | University of Connecticut |
| Toomey | Douglas | University of Oregon |
| Trabant | Chad | IRIS DMC |
| Tsai | Victor | California Institute of Technology |
| Ulberg | Carl | University of Washington |
| Vernon | Frank | UCSD |
| Vidale | John | U Washington |
| Ward | Kevin | The University of Arizona |
| Weekly | Robert | IRIS DMC |
| Wei | Songqiao | Washington University in St. Louis |
| Welti | Russ | IRIS |
| West | Michael | University of Alaska Fairbanks |
| Whitcomb | James | NSF |
| Willemann | Raymond | IRIS Consortium |
| Winberry | Paul | Central Washington University |
| Wirth | Erin | Yale University |
| Wolin | Emily | Northwestern University |
| Woodward | Bob | IRIS |
| Woolley | Rob | IRIS |
| Wu | Francis | SUNY Binghamton/University of Southern California |
| Wu | Francis | SUNY Binghamton/University of Southern California |
| Wysession | Michael | Washington University |
| XIE | JIAYI | University of Colorado Boulder |
| Yao | Dongdong | Georgia Institute of Technology |
| yao | qian | University of California, San Diego |
| Yuan | Kaiqing | UCLA |
| Zhan | Zhongwen | University of California, San Diego |
Notice:
The scholarship application period for this workshop closed at
.
