Chapman Source to Sink: Difference between revisions

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24–27 January 2011
24–27 January 2011


=Conveners=
==Conveners==
'''Charles A. Nittrouer''', School of Oceanography, Univeristy of Washington<br>
'''Charles A. Nittrouer''', School of Oceanography, Univeristy of Washington<br>
[mailto:nittroue@ocean.washington.edu nittroue@ocean.washington.edu]
[mailto:nittroue@ocean.washington.edu nittroue@ocean.washington.edu]<br>
'''Steven A. Keuhl''', Virginia Institute of Marine Sciences, College of William & Mary<br>
'''Steven A. Keuhl''', Virginia Institute of Marine Sciences, College of William & Mary<br>
[mailto:kuehl@vims.edu kuehl@vims.edu]
[mailto:kuehl@vims.edu kuehl@vims.edu]


=Conference Objectives and General Description=
==Conference Objectives and General Description==


The general goal of this conference is to articulate the ideas that are the foundation for a holistic understanding of sediment dispersal from land origins to marine accumulation, and to explore the theoretical and observational studies that support them.
The general goal of this conference is to articulate the ideas that are the foundation for a holistic understanding of sediment dispersal from land origins to marine accumulation, and to explore the theoretical and observational studies that support them.
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This Chapman Conference will substantially expand the results of individual source-to-sink research projects by contrasting diverse dispersal systems. An attempt will be made to resolve fundamental differences in the operation of processes that transfer mass across the Earth surface. This effort will develop a global perspective with studies from around the world, and will facilitate the synthesis and integration of S2S research as part of an inclusive international conference, a digital text, and classroom materials.
This Chapman Conference will substantially expand the results of individual source-to-sink research projects by contrasting diverse dispersal systems. An attempt will be made to resolve fundamental differences in the operation of processes that transfer mass across the Earth surface. This effort will develop a global perspective with studies from around the world, and will facilitate the synthesis and integration of S2S research as part of an inclusive international conference, a digital text, and classroom materials.


=Program=
==Program==
[[Chapman-2011-meeting-at-a-glance.pdf|Meeting at a glance]]<br>
[[Chapman-2011-meeting-at-a-glance.pdf|Meeting at a glance]]<br>
[[Chapman-2011-final-program.pdf|Final program and abstracts]]
[[Chapman-2011-final-program.pdf|Final program and abstracts]]


= Oral Presentations =
== Oral Presentations ==
== Monday, 1/24/2011 ==
=== Monday, 1/24/2011 ===
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== Tuesday, 1/25/2011 ==
=== Tuesday, 1/25/2011 ===
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== Wednesday, 1/26/2011 ==
=== Wednesday, 1/26/2011 ===
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== Thursday, 1/27/2011 ==
=== Thursday, 1/27/2011 ===
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=Poster presentations=
==Poster presentations==
Is your poster not displayed below? Please email your poster to Albert:[mailto:kettner@colorado.edu kettner@colorado.edu]. We can open a FTP site for you if the poster is to large to email. Thank you!
Is your poster not displayed below? Please email your poster to Albert:[mailto:kettner@colorado.edu kettner@colorado.edu]. We can open a FTP site for you if the poster is to large to email. Thank you!
{| class = "wikitable sortable" width="1050px"
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| class="presentations_col2"| [[image:Huh-chapman-poster-2011.png|100px|link=File:Huh-chapman-poster-2011.pdf]][[image:Huh-chapman-poster-2011-1.png|100px|link=File:Huh-chapman-poster-2011.pdf]][[image:Huh-chapman-poster-2011-2.png|100px|link=File:Huh-chapman-poster-2011.pdf]]
| class="presentations_col2"| [[image:Huh-chapman-poster-2011.png|100px|link=File:Huh-chapman-poster-2011.pdf]][[image:Huh-chapman-poster-2011-1.png|100px|link=File:Huh-chapman-poster-2011.pdf]][[image:Huh-chapman-poster-2011-2.png|100px|link=File:Huh-chapman-poster-2011.pdf]]
|}
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=CSDMS Meeting 2010=
==Meeting information==
'''CSDMS Meeting 2010: Modeling for Environmental Change''' took place from '''October 14-17, 2010 in San Antonio, Texas'''.  The meeting brought together CSDMS members to present scientific insights in the modeling of surface dynamics and environmental change; new advances in cyber-infrastructure (CSDMS Model-coupling Tool, HPC techniques); development and use of CSDMS models in education (short clinics on EKT products); and allowed the CSDMS Working Groups and Focus Research Groups to strategize on the direction of CSDMS for the next 5 years (i.e., the CSDMS Strategic Plan and Renewal.)<br>
[[media:CSDMS_Meeting_2010._First_Circular.pdf| CSDMS Meeting 2010: First Circular]]  ''(posted May 20, 2010)''<br>
[[media:CSDMS_Meeting_2010._Second_Circular_updated_8.14.10.pdf| CSDMS Meeting 2010: Second Circular]] ''(posted August 14, 2010)''<br>
[[media:CSDMS_Meeting_2010._Third_Circular_updated_8.16.10.pdf| CSDMS Meeting 2010: Third Circular]] ''(posted August 16, 2010)''<br>
'''For daily schedule of keynotes, clinics, poster sessions, etc.:<br>
[[media:CSDMS_Mtg_2010_Detailed_Schedule_updated_10.14.10.pdf|CSDMS Meeting 2010: Daily Schedule]] ''(updated October 14, 2010)''<br>'''
'''Feedback Form:'''<br>
[[media:CSDMS_Meeting_2010-_Feedback_Form_Sheet1.pdf‎|CSDMS Meeting 2010: Feedback Form]]<br>
'''Reimbursement Process:'''<br>
Confirmed and qualified participants have received details regarding their reimbursement amount. Qualified participants are those who have met the criteria for reimbursement. ''(Exceptions have been previously made with some participants. If you are unsure of your arrangement, please contact CSDMS at: csdms@colorado.edu)
Airfare Reimbursement: We might be able to accommodate a few participants over the stated airfare amount depending on others receiving fares well below that amount.  Please note that we are constrained to only provide reimbursement after the meeting (a process that may take 4-5 weeks), and we require original receipts. Email proof is fine -- but proof of payment must be evident. Please purchase your tickets early. Thank you.
Miscellaneous Expense Reimbursement: Reimbursement of the stated amount for miscellaneous expenses follow the same guidelines as stated in the Airfare Reimbursement section.  Additionally, meal reimbursements must include an itemized meal ticket along with the payment receipt, and we are only able to reimburse meal amounts according to the federal regulations regarding limits for breakfast, lunch, and dinner per U.S. city. We are unable to reimburse alcohol expenses.
Following the meeting, original receipts that demonstrate proof of payment may be mailed to CSDMS at this address:
CSDMS<br>
University of Colorado at Boulder<br>
UCB 545<br>
Boulder, Colorado  80309<br>
Thank you.

Revision as of 13:10, 19 February 2011

AGU Chapman Conference on Source to Sink Systems Around the World and Through Time

Recent Advances in Understanding Production, Transfer, and Burial of Terrestrial and Marine Materials on the Earth Surface

Oxnard, California, USA
24–27 January 2011

Conveners

Charles A. Nittrouer, School of Oceanography, Univeristy of Washington
nittroue@ocean.washington.edu
Steven A. Keuhl, Virginia Institute of Marine Sciences, College of William & Mary
kuehl@vims.edu

Conference Objectives and General Description

The general goal of this conference is to articulate the ideas that are the foundation for a holistic understanding of sediment dispersal from land origins to marine accumulation, and to explore the theoretical and observational studies that support them.

This Chapman Conference will substantially expand the results of individual source-to-sink research projects by contrasting diverse dispersal systems. An attempt will be made to resolve fundamental differences in the operation of processes that transfer mass across the Earth surface. This effort will develop a global perspective with studies from around the world, and will facilitate the synthesis and integration of S2S research as part of an inclusive international conference, a digital text, and classroom materials.

Program

Meeting at a glance
Final program and abstracts

Oral Presentations

Monday, 1/24/2011

Presented by Title ppt(x) / zip pdf
Niels Hovius Sediment Production, Mobilization, Storage and Remobilization in Uplands
Joshua J. Roering Hillslope form, function, and sediment contribution Presentation.pdf
William E. Dietrich Sediment Supply to Rivers: Rates, Controls and Predictability
Rudy L. Slingerland Modification of Sediment Fluxes by the Transfer Fluvial System
Yoshiki Saito Monsoon control of sediment discharge and dispersal in Asia: Examples from a steep river/narrow shelf and a large river/wide shelf
David Mohrig Connecting the Flow and Sediment-Transport in Coastal Rivers to Short- and Long-Term Patterns of Delta Sedimentation Presentation.pdf
Gail C. Kineke The Role of High Concentration Suspensions in Dispersal of River Sediment
Gary Parker Turbidity Currents and Submarine Debris Flows: Mechanisms for the Dispersal of Sediment from the Nearshore Zone to Deep Water

Tuesday, 1/25/2011

Presented by Title ppt(x) / zip pdf
Neal E. Blair The Role of Watershed Storage on Exported Riverine Organic Carbon Signatures pptx Presentation.pdf
Brent McKee Variable Geochemical Supply to the Ocean
Robert C. Aller Source to sink serial reactors and the critical importance of energetic topsets in biogeochemical cycling Presentation.pdf
Michele N. Koppes On The Rate Of Production And Transfer Of Sediment From Glaciated Terrains
Ellen A. Cowan Fjord Sedimentation from Tidewater Glaciers
John M. Jaeger Cross-Margin Signal Transfer in a Glacial Source-To-Sink Sedimentary System, Southern Alaska Presentation.pdf
Patricia L. Wiberg Mechanisms for Entrapment of Sediment Reaching the Coastal Ocean
Andrea S. Ogston Contrasts in sediment delivery and dispersal from river mouth to modern accumulation zones in high sediment load systems: Fly River, Papua New Guinea and Waipaoa River, New Zealand
Andre W. Droxler Plio-Pleistocene Evolution of Barrier Reefs along Mixed Continental Shelf Edges
Jonathan A. Warrick A Summary of the Source-to-Sink Sediment System of the Semiarid Santa Barbara Channel, California
Glen T. Leverich Geomorphic Landscape Units: An effective approach to quantify relative sediment-production rates across large areas, as applied to the Santa Clara River watershed in southern California Presentation.pdf
Brian Romans Linking Terrestrial Denudation to Marine Deposition for the Holocene Santa Clara River Sediment-Routing System

Wednesday, 1/26/2011

Presented by Title ppt(x) / zip pdf
Andrew Kurtz Upland Weathering Processes in the Fly River System ppt Presentation.pdf
Basil Gomez Sediment Production Presentation.pdf
Peter D. Clift Controls on the Flux of Sediment to the Arabian Sea from the Western Himalaya since the Last Glacial Maximum
John D. Milliman Episodic Events and Resulting Sediment Discharge from Small Mountainous Rivers
Robert Wheatcroft Timing is Everything: The Role of River-Ocean Coincidence in Ocean Sediment Dispersal and Accumulation
Piret Plink-Bjorklund Stratigraphic Record of Terrestrial Floods: Impact of Monsoon Pattern Changes
Chris Paola Experimental studies of linked depositional systems ppt Presentation.pdf
Alan R. Orpin The continental slope as a pathway and sink for terrigenous sediment: Source-to-Sink studies of contrasting systems since the last glacial

Thursday, 1/27/2011

Presented by Title ppt(x) / zip pdf
James P. Syvitski Source to Sink Numerical Modeling of Whole Dispersal Systems Presentation.pdf
Courtney K. Harris Sediment Dispersal Offshore Of Small Mountainous Rivers: Insights from Numerical Models Presentation.pdf
Alan D. Howard Thinking Source-to-Sink on Mars and Titan
Ross D. Powell Interaction of Eustasy, Ice Sheet Dynamics and Glacial Regime Controlling Sediment Yields, Glacial Sequences and High Latitude Continental Margin Architecture Presentation.pdf
John B. Anderson Different Stratigraphic Architectures Offshore Texas Reflect Spatial and Temporal Variability in Sediment Supply and Dispersal Presentation.pdf
Carlos Pirmez Sediment flux from source to sink in the Brazos-Trinity Depositional System, Western Gulf of Mexico
Stephan A. Graham Source-to-sink in the stratigraphic record: capturing the long-term, deep-time evolution of sedimentary systems
Tor O. Sømme Use of source-to-sink concepts to provide insight to the stratigraphic record
Ole J. Martinsen Perspectives on source to sink: methods, tools and development for subsurface interpretation and energy exploration and exploitation Presentation.pdf
Pere Puig Shelf-to-canyon sediment supply mechanisms in the Gulf of Lions and Eel margins ppt Presentation.pdf

Poster presentations

Is your poster not displayed below? Please email your poster to Albert:kettner@colorado.edu. We can open a FTP site for you if the poster is to large to email. Thank you!

Author(s) Title Download (pdf)
Steven L. Goodbred Jr., Rachel Beavins Tracy, Michael T. Ramirez, Tom D. Dillehay, and Mario Pino Source-to-margin behavior of an arid, El Niño-influenced mountain drainage and coastal plain: The Chicama River, northern Peru Goodbred-chapman-poster-2011.png
Zuosheng YANG, Naishuang BI, Youjun JI, Houjie WANG, and Yoshiki Saito. Sediment transport and deposition off the Huanghe (Yellow River) Delta and in the adjacent Bohai Sea and seasonal comparison Yang-Zuosheng-chapman-poster-2011.png
Rick Yang, James T. Liu The temporal variability of particle composition in the river plume of a small mountainous river Yang-Rick-chapman-poster-2011.png
Alexander R. Simms, Taylor Troiani, Tim Dellapenna, Erin Piper, and Yusuke Yokoyama The importance of winds in controlling deposition and reconstructing climate within the estuaries of the Gulf Coast, USA Simms-chapman-poster-2011.png
Penny M. Youngs, and Steven L. Goodbred Geochemical fingerprints unravel complex source-to-sink behavior under a variety of forcing conditions: Unparalleled insights from the Ganges-Brahmaputra Delta Youngs-chapman-poster-2011.png
Irina Overeem, Benjamin Hudson, Maureen Berlin, Daniel McGrath, James Syvitski, and Sebastian Mernild Fjord Sediment Plumes as Indicators of West Greenland Meltwater Flux Overeem-chapman-poster-2011.png
Phaedra Upton, Nicola Litchfield, Alan Orpin, Albert Kettner, Murray Hicks, Marcus Vandergoes Modelling Source-to-Sink systems in New Zealand: The Waipaoa and Waitaki catchments. Upton-chapman-poster-2011.png
Gordon D.M. Cameron, and Edward (Ned) L. King Possible flood events in large shelf crossing troughs on the Southeast Canadian Margin Cameron-chapman-poster-2011.png
Daniel Livsey, and Alexander Simms Depositional facies of estuarine upper-bay deposits in arid climates; Baffin Bay, Texas Livsey-chapman-poster-2011.png
Eric Bilderback, Jarg Pettinga, Nicola Litchfield, Mark Quigley, Michael Marden, Josh Roering, Alan Palmer and Mike Page Timing and Magnitude of Latest Pleistocene and Holocene deep-seated Landslides in the Waipaoa Sedimentary System, New Zealand Bilderback-chapman-poster-2011.png
Curt Storlazzi, Joshua Logan, Christopher Conaway, Henry Chezar, and David Rubin Spatial and Temporal Variability in Coastal Grain Size due to River Floods and Storm Waves Storlazzi-chapman-poster-2011.png
Edward (Ned) L. King Canyon-head evolution and the influence of glacial regime along the southeast Canadian margin King-chapman-poster-2011.png
N. Litchfield, K. Berryman, W. Smith, and K. Clark Tectonic controls on Source to Sink Systems and the interplay with sea level change: Examples from northeastern New Zealand Litchfield-chapman-poster-2011.png
Vamsi Ganti, Kyle M. Straub, Efi Foufoula-Georgiou, and Chris Paola Space-Time Dynamics of Delta Evolution and Implications for Stratigraphy Ganti-chapman-poster-2011.png
Robert W.R. Weight, John B. Anderson, and Rodrigo Fernandez Holocene mud accumulation on the central Texas shelf linked to climate change and sea-level rise Weight-chapman-poster-2011.png
Maarten Lupker, Christian France-Lanord, and Valler Galy. Glacial-interglacial weathering in the Himalayan system: a source to sink approach Lupker-chapman-poster-2011.pngLupker-chapman-poster-2011-2.png
Daniel J. Nowacki, and Andrea S. Ogston Multiple scales of controls on sediment transport in intertidal flats: tidal stage, storms, and seasons Nowacki-chapman-poster-2011.png
T.A. Kniskern, K.L. Fransworth, and J.A. Warrick River discharge along the US West Coast margin: identifying river basins that flood concurrently Kniskern-chapman-poster-2011.png
Kimberly G. Rogers, and Steven L. Goodbred Jr. Gateway to the deep sea: highstand interactions between canyon and clinoform Rogers-chapman-poster-2011.png
Sheet, B.A., Fricke, A.T., Allison, M.A., and Nittrouer, C.A. Linking terrestrial and submarine sedimentary processes: a preliminary bathymetric and sub-bottom survey of the Stehekin Delta, Lake Chelan, WA Sheet-chapman-poster-2011.png
Katie Boldt, Charles Nittrouer, Bernard hallet, Michele Koppes, Carlos Moffat, Adam barker, Andres Rivera, and John Anderson The impact of marine melting and sedimentation on glacier advance and retreat: Southern Patagonia Icefield, Chile Boldt-chapman-poster-2011.png
Bastiaan Notebaert, and Gert Verstraeten Late-Holocene hillslope and fluvial sediment dynamics: a field and modeling approach Notebaert-chapman-poster-2011.png
Hans Middelkoop, Gilles Erkens, and Marcel van der Perk The Rhine Delta – A record of fluvial sediment trapping over various time scales Middelkoop-chapman-poster-2011.png
Paul Liu, John Milliman, Zuosheng Yang, Anchun Li, Shu Gao, Char-shine Liu, Nguyen van Lap, and Tran Duc Thanh Fates of Major Asian River‐Derived Sediments to the Ocean Paul-Liu-chapman-poster-2011.png
James T. Liu and The FATES Team From the Highest to the Deepest: A River-Sea Dispersal System on the NE Edge of the South China Sea James-Liu-chapman-poster-2011.png
Lonnie Leithold, Neal Blair, Laurel Childress, and Mike Marden Using continental margin organic geochemical stratigraphy to reconstruct watershed history – Lessons from the Waipaoa Sedimentary System, New Zealand Leithold-chapman-poster-2011.png
Sean P.S. Gulick, John M. Jarger, Robert S. Reece, Lindsay L. Worthington, Aaron L. Berger, James M. Spotila, Kenneth D. Ridgway, Terry L. Pavlis, and Gail L. Christeson Varying Neogene Impact of Glacial Sediment Flux from Source to Sink on Tectonics and Stratigraphy in the Gulf of Alaska Gulick-chapman-poster-2011.png
Jung-Hyun Kim, Claudia Zeli, Patricia Moreira-Turcq, Marcela Andrea Pérez, David Hollander, Dorthe Klitgaard Kristensen, Roselyne Buscail, and Jaap S. Sinninghe Damsté Tracing soil organic matter from source to sink Kim-chapman-poster-2011.png
Tian-Jian Hsu, C. Emre Ozdemir, Patrick J. Snyder, Xiao Yu, Jia-Lin Chen, and Fengyan Shi The Trapping and Delivering of Fine Sediment in the Coastal Environment Hsu-chapman-poster-2011.png
Timothy Eglinton, Valier Galy, Nick Drenzek, Angie Dickens, Enno Schefuss, Daniel Montlucon, Ying Wu, and Xiaojuan Feng Developing a global perspective on the dynamics of fluvial transfer of terrestrial biospheric carbon to the ocean Eglinton-chapman-poster-2011.png
Som Dutta, Mariano Ignacio Cantero, Gary Parker, Carlos Pantano-Rubino, and Marcelo H. Garcia Turbulence Modulation due to Stratification in Turbidity Currents : Numerical Modeling and Implications for Turbidites Dutta-chapman-poster-2011.png
Jingping Xu Modes of Suspended Sediment Transport in Hueneme Submarine Canyon, Southern California Xu-chapman-poster-2011.png
Remo Cossu, and Mathew Wells Coriolis forces influence the secondary circulation of gravity currents flowing in large scale sinuous submarine channel systems Cossu-chapman-poster-2011.png
Rebecca Dorsey, Greg Lazear A Preliminary Mass Balance for Colorado River Sediment Dorsey-chapman-poster-2011.png
Joseph Carlin, and Timothy Dellapenna Salt wedge controlled sediment dynamics of the Brazos River, TX: Storage in the lower river, transport to the shelf Carlin-chapman-poster-2011.png
André Sawakuchi, Carlos Guedes, Regina DeWitt, Paulo Giannini, Michael Blair, Daniel Nascimento Jr., and Frederico Faleiros OSL Sensitivity as a Tracer of Quartz sand grains in a coastal barrier from Southern Brazil Sawakuchi-chapman-poster-2011.png
Houjie Wang, Naishuang Bi, Zuosheng Yang, and Yoshiki Saito Hyperpycnal flows at the Mouth of Huanghe (Yellow River): Past, Present and Future Houjie-Wang-chapman-poster-2011.png
Pere Puig, Marta Ribó, Albert Palanques, Jorge Guillén, Claudio Lo Iacono, Maria Gómez-Ballesteros, and Juan Acosta Contemporary Off-shelf Sediment Transport on the Ebro Margin (COSTEM) Puig-chapman-poster-2011.png
Jean Noel Proust, Fabien Paquest, Philip Barnes, and Jarg Pettinga Controls on relief and sediment fluxes of active subduction margins at <<Geological>> time scales: 20-100 ka and 1 Ma. The Hawke Bay forearc domain example from New Zealand Proust-chapman-poster-2011.png
Rip Hale, Andrea S. Ogston, Alan R. Orpin, J.P. Walsh, D. Reide Corbett, and Charles A. Nittrouer Sediment-Gravity Flows on the Poverty Bay margin, New Zealand Hale-chapman-poster-2011.png
Naishuang Bi, Zuosheng Yang, Houjie Wang, and Yoshiki Saito Seasonal variation of suspended-sediment transport through the southern Bohai Strait, China Bi-chapman-poster-2011.png
John Shaw, and David Mohrig Tracking the distal extent and character of distributary channels on the Wax Lake Delta, Louisiana, USA Shaw-chapman-poster-2011.png
A. Palanques, P. Puig, X. Durrieu de madron, A. Sanchez-Vidal, C. Pascual, J. Martin, A. Calafat, S. Heussner, and M. Canals Canyon and Open Slope as Sources of Suspended Sediment Transport in the Margin and Basin of the Western Gulf of Lions Palanques-chapman-poster-2011.png
Ray T. Hsu, James T. Liu, and Kevin C. Chang Variations of bulk floc density and porosity of different sizes in suspended particles in related to organic carbon in the Gaoping river plume in southern Taiwan Ray-Hsu-chapman-poster-2011.png
Kristen M. Lee, Andrea S. Ogston, and Charles A. Nittrouer Export and Retention of Fine-Grained Sediment on the Intertidal Complex of a Small Mountainous River: Skagit River Tidal Flats Lee-chapman-poster-2011.png
Rodrigo A. Fernandez, and John B. Anderson Temporal and Spatial variability in Glacial Erosion and Deposition based on a study of Patagonian and Antarctic Peninsula tidewater glacier settings Fernandez-chapman-poster-2011.png
Jim Shobe, Andrea S. Ogston, and Mike Field Terrestrial Sediment Flux Across a Fringing Reef in Moloka'i, Hawai'i Shobe-chapman-poster-2011.png
Aaron J. Bever, and Courtney K. Harris The influence of the geometry of Poverty Bay on sediment dispersal within the Waipaoa Sedimentary System: numerical model investigations comparing Holocene configurations Bever-chapman-poster-2011.png
L. Palamenghi, T. Schwenk, V. Spiess, and H.-R. Kudrass Anthropogenic stress and natural processes change the sediment partition in the Ganges Brahmaputra subaqueous delta as sink for the Himalaya denudation Palamenghi-chapman-poster-2011.png
Robert S. Reece, Sean P.S. Gulick, Brian Horton, Gail Christeson, Lindsay Worthington, and John Jaeger Tectonic and climatic influence on the evolution of the Surveyor Fan and Channel system, Gulf of Alaska Reece-chapman-poster-2011.png
Chih-An Huh, and Chorng-Shern Horng Magnetic properties as tracers for source-to-sink dispersal of sediments: a case study in the Taiwan Strait Huh-chapman-poster-2011.pngHuh-chapman-poster-2011-1.pngHuh-chapman-poster-2011-2.png