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=='''Cooperative Institute for Dynamic Earth Research (CIDER)'''==
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{| width="100%" cellpadding="5" cellspacing="10" style="background:#F0F8FF; border-style:solid; border-width:0px; border-color:#2E8B57;"
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View 2009 [[CIDER_Overview_slides |CIDER Overview slides]].
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__NOTOC__
  
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The goals of the Cooperative Institute for Dynamic Earth Research (CIDER) are: (1) To provide an optimal environment for transformative studies requiring a concerted effort of leading researchers from different areas of Earth Sciences: high pressure material science, geodynamics, seismology, geochemistry and geomagnetism, and (2) to educate a new generation of Earth scientists with breadth of competence across the disciplines contributing to understanding of the deep earth. The ultimate goal of CIDER is to develop an integrative conceptual model drawing upon all contributing disciplines to understand the origin, evolution, and dynamics of the Earth and, by extension, other planets. The practical objectives are to:
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|  <center><big>'''Wiki: Cooperative Institute for Dynamic Earth Research (CIDER)'''</big></center>
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|}
  
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* Address the most important and difficult problems that have defied solution thus far by fostering collaborations that can fully utilize existing knowledge and technology.
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== CIDER Overview ==
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* Contribute a seed-bed for ideas within an integrative conceptual framework that will identify the next generation of critical experiments and observations, and build support and appreciation for them.
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*[[ Goals| '''Goals''' ]]
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* Provide an effective mechanism for cross-disciplinary education of scientists at all career levels.
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*[[ SCIENTIFIC MOTIVATION | '''Scientific Motivation''' ]]
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*[[ TOWARDS CIDER-II |  '''Towards CIDER-II''']]
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*[[CIDER_Overview_slides | '''2009  CIDER Overview slides''']]
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*[[CIDER Program Evaluations | '''CIDER Program Evaluations''']]
  
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See [[ '''Scientific Motivation''' | '''Scientific Motivation''' ]]
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*[[CIDER_2023 |2023 Summer Program "Causes and consequences of fluid and magma transport at plate boundaries" - 19th of June -  15th of July, 2022, U.C. Berkeley (CA)]]
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*[[CIDER_2022 |2022 Summer Program "Earth’s evolution as an inhabited world" - 20th of June -  15th of July, 2022, U.C. Berkeley (CA)]]
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*[[Cider_2019 |2019 Summer Program "Volcanoes" - 17th of June -  12th of July, 2019, U.C. Berkeley (CA)]]
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*[[Cider_2018 |2018 Summer Program "Relating geochemical and geophysical heterogeneity in the Earth" - July 9th - August 3rd, 2018, U.C. Santa Barbara (CA)]]
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*[[Cider_2017 |2017 Summer Program "Subduction zone structure and dynamics" - June 26- July 21, 2017, U.C. Berkeley (CA)]]
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*[[Cider_2016 |2016 Summer Program "Flow in the deep Earth" - June 27- Aug 5, 2016, KITP, UC Santa Barbara (CA)]]
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*[[Cider_2015 |2015 Summer Program "Solid Earth Dynamics and Climate --- Mantle Interactions with the Hydrosphere & Carbosphere, U. C. Berkeley (CA)]]
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*[[Cider_2014 |2014 Summer Program "Dynamics of planetary interiors" June 22 - Aug 2, 2014, KITP, UC Santa Barbara (CA)]]
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*[[Cider_2013 |2013 Summer Program "From mantle to crust: continental formation and destruction" July 1 - August 2, 2013, University of California, Berkeley (CA) ]]
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*[[Cider_2012 |2012 Summer Program "Deep Time: How did early Earth become our modern world?" July 1 - August 10, 2012, KITP, Santa Barbara (CA)]]
  
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=='''TOWARDS CIDER-II'''==
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*[[media:CIDER_with_families_AS.docx | '''Tips for children activities in Goleta/ Santa Barbara''' | from Wendy Panero and Anat Shahar]]
  
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CIDER is currently supported by the National Science Foundation through CSEDI Program (EAR-1903727) and the GeoPRISMS Program (OCE-2025195). Prior support through the Frontiers of Earth Systems Dynamics (FESD) was under grant number EAR-1135452.
  
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==='''''Accomplishments during CIDER-I'''''===
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Please acknowledge the CIDER program and this grant in any publication resulting from or inspired by CIDER
  
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During the last 5 years, with support from the CSEDI program of NSF/EAR and infrastructure support from the Kavli Institute of Theoretical Physics (KITP, Santa Barbara, CA), CIDER held 3 successive summer programs at the KITP. These programs varied in length (4 weeks in [http://www.deep-earth.org/kitp04.shtml 2004], 3 weeks in [http://www.deep-earth.org/summer06.shtml 2006], 7 weeks in [http://www.deep-earth.org/summer08.shtml 2008]), and each of them was focused on a particular interdisciplinary theme. Each program was organized around a two week "tutorial program" followed by 1 or two weeks of "workshop", intended for ~35 advanced graduate students and post-docs representing a balanced multi-disciplinary range of expertise. The tutorial program featured lectures and hands on practical exercises, led by 9-15 distinguished members of the academic community, introducing the students to state-of-the art disciplinary approaches and tools, and discussing timely research problems whose solutions require a multi-disciplinary approach. During the second week of the tutorial program, several (4-6) multi-disciplinary research topics were identified, and teams were formed comprising a group of students and one or several senior participants. The last week or two was devoted to reading, discussion and identification of ways to address the particular topic within each team. The work accomplished during this "workshop" part of the CIDER program typically led to presentations at AGU, submissions of collaborative proposals to the NSF/CSEDI program, as well as publications.
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Report a paper or abstract from a previous CIDER meeting
  
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In the summer of 2008, the first 3 weeks of the summer program represented an experiment in informal interactions between more senior researchers (mostly assistant professor level and above) following the KITP philosophy. The program was held in parallel with the last part of a longer KITP-organized program on "Dynamos", which resulted in fruitful interactions between participants in the two programs.
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Paper: https://tinyurl.com/CIDER-Papers
  
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Building on the success of the previous 3 programs, a 6 weeks CIDER summer program was held in 2010, on the subject of [http://www.deep-earth.org/2010/summer10.shtml "Fluids and volatiles in the earth's mantle and core"]. The first 2 weeks of the program consisted informal interactions, occurring concurrently with a KITP program on "The physics of glasses". The two programs are purposely being coordinated to try and maximize the potential benefit of interactions between the two communities of researchers, which will be facilitated by the participation from the geoscience community of mineral physicists.The next 3 weeks featured a lecture/tutorial program for advanced graduate students and post-docs.
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Abstract: https://tinyurl.com/CIDER-Abstracts
  
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The summer 2010 CIDER program at KITP was followed by the 2010 SEDI International Conference, which was held on the U. C. Santa Barbara Campus from July 18th to July 23rd, 2010.
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== CIDER Educational Material  ==
  
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A [http://deep-earth.org/workshop09.shtml CIDER community workshop ]was recently held at the Marconi Center (CA) (May 17-20, 2009), to review the lessons learned from the 3 previous successful CIDER programs and discuss the vision for the next 5 years (CIDER-II).
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=== CIDER Lectures  ===
  
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==='''''Advancing outstanding research'''''===
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*[[CIDER Lecture Collection | '''CIDER Complete Lecture Collection''']]
  
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In order to achieve progress on the cutting-edge topic of mantle and core dynamics, an integrative framework is necessary. Thermal and chemical heterogeneities are now recognized to play essential roles, with evidence for massive chemical reservoirs in the deep Earth, stagnation of sinking chemically distinct slabs, possible upper mantle/lower mantle differences in bulk chemistry, core convection transitioning from thermal to chemical driving forces upon inner core nucleation, among others.
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=== CIDER wikipedia-like pages  ===
  
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The following are examples of fundamental across-disciplinary themes that have or should be considered:
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*[[ REFERENCE MODELS | '''On the different flavours of 1D seismic reference models''' ]]
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How to relate seismological and geochemical heterogeneity in the earth's mantle?
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The mantle transition zone: its structure, composition, dynamics
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The nature and role of boundary layers in the earth: from the lithosphere/asthenosphere boundary, through the 670 km discontinuity, the core-mantle boundary and the inner core boundary.
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The distribution of water and volatiles in the earth and their role in plate tectonics.
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The deep Earth's role in carbon fluidization and sequestration.
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==='''''Proposed activities for CIDER-II'''''===
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Expanding from the already established bi-annual summer program, CIDER-II plans are to include the following activities:
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*[[ DYNAMIC TOPOGRAHY | '''Some remarks on dynamic topography''' ]]
  
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* Hold the summer programs annually, with the goal of expanding CIDER to a larger community, including surface and near-surface dynamics. Provide support for participating faculty instructors, graduate students/postdocs.
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=== CIDER Highschool Teaching  ===
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* Facilitate the activities of research teams formed during the summer programs, to allow full development of new research directions. Provide support for follow?up work on summer program products or activities spawned by working group recommendations through a mechanism of mini-grants to allow graduate students and post-docs to spend up to 3 months at another institution.
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* Support working groups to address key topics relevant to CIDER goals, such as developing consensus reports on pressure standards, comparison of aspherical seismic model predictions, comparison of deep structure migration results, production of a priori mineral?physics based elasticity models, development of a new 3D Earth model, assessment of Chondritic Earth Model framework, etc. This could be transformative for our research; there is currently no mechanism forcommunity evaluation, validation, problem reconciliation, or consensus building. This would be a major new activity in Earth Sciences, and could, in particular, guide the EarthScope research program integrative effort.
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* Develop and sustain a virtual organization, including the management of debate forums on controversial topics of interest to the solid earth community.
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==='''Governance'''===
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*[[CIDER_TeacherInResidence | '''Teaching Resources''']]
  
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CIDER-II would rely on a CIDER National Office, hosted by one institution (initially at UC Berkeley) for 5 years, with Director/Associate Director and support staff stipends (1/2 and/or full-time buy outs). Supported by Steering Committee and Advisory Committee structures, the CIDER National Office would manage mini?grant resources, coordinate Disciplinary and Interdisciplinary working groups, sustain the summer graduate training program and thematic workshop, and do the necessary public outreach and organizational functions of CIDER-II.
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== CIDER Announcements ==
  
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We welcome your comments, feedback and ideas on future CIDER-II activities. Please send them to [http://deep-earth.org/ earth@seismo.berkeley.edu]
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CIDER announces the return of the CIDER Summer Programs. We focus on the evolution of physical and chemical conditions that allowed life to gain a foothold. We will also survey the remote signatures that would have identify the early Earth as an inhabited world. This broad program will deal with planetary formation and the subsequent evolution terrestrial planets. At each stage, we explore the interplay between the surface environment and the evolution of the interior. The organizers and confirmed lecturers can be found at https://deep-earth.org/summer22
  
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This page last modified 11:55, 4 March 2012 (PST)
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The 4-week Summer Program includes lectures, tutorials, and group research projects for about 40 advanced graduate students and postdocs. We also welcome scientists at assistant professor/researcher level (and higher) to participate in any part of the program, with a minimum commitment of 2 weeks.
  
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For questions about this site, contact Professor Barbara Romanowicz[mailto:earth@seismo.berkeley.edu (earth@seismo.berkeley.edu)].
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The summer program will be held on the campus of University of California, Berkeley. It is supported by the NSF/CSEDI program. Applications are invited for both senior and junior participate at https://www.deep-earth.org/summer22
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Follow the link to the application page.  A direct link to the application can be found at
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https://forms.gle/TNn5xUUnQtv7KooR8
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Application deadline: Feb. 28, 2022
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A second funded program on ‘Fluid and magma transport at plate boundaries’ has been delayed to the summer of 2023.
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== CIDER Working Groups ==
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*[[ Physical state of the mantle lithosphere and asthenosphere]]
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*[[ Report from the 2016 CIDER working group on the Reference Geotherms]]
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*[[ Report from the 2016 CIDER working group on Electrical Conductivity]]
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*[[ Report on 2015 CIDER working group meeting on Dynamic Topography, held in Boulder CO, April 6-7, 2015]]
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*[[ Report from the 2014 CIDER working group on Geomagnetic Prediction ]]
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*check out [http://www.geol.umd.edu/~mcdonoug/KITP%20Website%20for%20Bill/index.html | Geoneutrino working group meeting at KITP, June 30 and July 1, 2014]
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*[[Report on 2013 CIDER working group on a 3D Reference Earth Model | Report on 2013 CIDER working group on 3D Reference Earth models]]
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*[[Report on 2nd 2013 CIDER working group | Report on 2013 CIDER working group on Attenuation in the Earth]]
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=== Proposals ===
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*[[ Proposal for 2016 CIDER working group on Computational Thermodynamics and Fluid Dynamics | Proposal for 2016 CIDER working group on Computational Thermodynamics and Fluid Dynamics ]]
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*[[ Proposal for 2016 CIDER working group on Electrical Conductivity | Proposal for 2016 CIDER working group on Electrical Conductivity  ]]
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*[[ Proposal for 2016 CIDER working group on the Physical State of Mantle | Proposal for 2016 CIDER working group on the Physical State of Mantle Lithosphere and Asthenosphere ]]
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== CIDER Documents ==
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*[[Publications Inspired by CIDER Workshop | Publications Inspired by or resulting from CIDER]]
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*[[Cider_bibliography | CIDER Bibliography]], papers related to CIDER topics (not quite up to date).
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* [[document | Documents]] past meeting slides and research topics
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== CIDER Photographs ==
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*[[CIDER photo gallery | CIDER photo gallery]]
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For more photos see individual Summer Program pages
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For questions/suggestions please  [mailto:cider@berkeley.edu email us.]

Latest revision as of 18:15, 18 June 2023

Wiki: Cooperative Institute for Dynamic Earth Research (CIDER)

CIDER Overview

CIDER is currently supported by the National Science Foundation through CSEDI Program (EAR-1903727) and the GeoPRISMS Program (OCE-2025195). Prior support through the Frontiers of Earth Systems Dynamics (FESD) was under grant number EAR-1135452.

Please acknowledge the CIDER program and this grant in any publication resulting from or inspired by CIDER

Report a paper or abstract from a previous CIDER meeting

Paper: https://tinyurl.com/CIDER-Papers

Abstract: https://tinyurl.com/CIDER-Abstracts

CIDER Educational Material

CIDER Lectures

CIDER wikipedia-like pages

CIDER Highschool Teaching

CIDER Announcements

CIDER announces the return of the CIDER Summer Programs. We focus on the evolution of physical and chemical conditions that allowed life to gain a foothold. We will also survey the remote signatures that would have identify the early Earth as an inhabited world. This broad program will deal with planetary formation and the subsequent evolution terrestrial planets. At each stage, we explore the interplay between the surface environment and the evolution of the interior. The organizers and confirmed lecturers can be found at https://deep-earth.org/summer22

The 4-week Summer Program includes lectures, tutorials, and group research projects for about 40 advanced graduate students and postdocs. We also welcome scientists at assistant professor/researcher level (and higher) to participate in any part of the program, with a minimum commitment of 2 weeks.

The summer program will be held on the campus of University of California, Berkeley. It is supported by the NSF/CSEDI program. Applications are invited for both senior and junior participate at https://www.deep-earth.org/summer22

Follow the link to the application page. A direct link to the application can be found at

https://forms.gle/TNn5xUUnQtv7KooR8

Application deadline: Feb. 28, 2022

A second funded program on ‘Fluid and magma transport at plate boundaries’ has been delayed to the summer of 2023.

CIDER Working Groups

Proposals

CIDER Documents

CIDER Photographs

For more photos see individual Summer Program pages

For questions/suggestions please email us.

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