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Title	Creator	Institution	Body	Date Last Updated	Resource Type	Coverage	Related Resources	Contributors	Keywords	Rights management	Data & Papers	Related Wikis
Delta Veg	Piliouras, Anastasia	University of Texas at Austin	Experiments conducted with alfalfa to observe how plants change delta growth and dynamics. There are 6 runs. Runs 1-4 have constant discharge, Runs 5-6 have fluctuating discharge. Runs 1 and 5 are control runs with no plants, and Runs 2-4 and 6 have plants with varying growing conditions. All experiments have 2cm water depth and 150um silica sand. The data and more details can be found on the SEN SEAD page, or contact anastasia.piliouras@gmail.com to obtain the dataset.	Thursday, October 15, 2015		Dates Collected: Sunday, January 1, 2012 to Thursday, August 1, 2013	Internet resource: Balancing aggradation and progradation on a vegetated delta		delta, vegetation	CC-BY	Internet resource: Balancing aggradation and progradation on a vegetated delta
Ice Delta Experiments	Lim, YeJin, Kim, Wonsuck	The University of Texas at Austin	We conducted a set of ice-covered delta experiments at the University of Texas at Austin to investigate the changes in delta morphology and associated depositional processes as a result of interaction with ice cover. Please use SEAD SEN collection link to obstain full dataset.	Wednesday, October 14, 2015		Location: Geolocation is 30.2849185, -97.7340567 Dates Collected: Wednesday, September 16, 2015	Internet resource: SEAD SEN Collection	Name: Levy, Joseph , Name: Goudge, Timothy	delta, ice-covered delta, arctic, polar regions	CC-BY	Internet resource: SEAD SEN Collection
Meandering Rivers Experiments: Carbonate Precipitation Process	Lim, YeJin, Kim, Wonsuck	The University of Texas at Austin	We conducted a set of carbonate experiments in the Chemo-MorphoDynamics (CMD) flume at the University of Texas at Austin to investigate the formation and evolution of a single-thread meander pattern without vegetation. These experiments successfully created a single-thread meandering pattern through chemical processes. Carbonate deposits focused along the channel sides improved the bank stability and made them resistant to erosion, which led to a stream confined in a narrow path. The experimental channels showed lateral migration of the bend through cut bank and point bar deposits. Channel avulsion and chute cutoff were also observed. Please contact YeJin Lim (yjlim322@utexas.edu) to obtain full dataset.	Wednesday, October 14, 2015		Dates Collected: Monday, October 27, 2014 to Wednesday, October 29, 2014 , Location: Geolocation is 30.2849185, -97.7340567 Dates Collected: Wednesday, October 14, 2015	Internet resource: Meandering Rivers Experiments: Carbonate Precipitation Process Run 3		Meandering Rivers, Meanders, Carbonate Precipitation, Mars	CC-BY	Internet resource: Meandering Rivers Experiments: Carbonate Precipitation Process Run 3
Hydrodynamics at Shoal E, Cape Canaveral shoals (Fall 2013, Spring 2014, and Fall 2014 Experiments)	Paniagua-Arroyave, Juan F., Adams, Peter N., Valle-Levinson, Arnoldo, Parra, Sabrina M.	University of Florida, EAFIT University	During Fall 2013, Spring 2014, and Fall 2014 acoustic Doppler current profilers were moored in the inner and outer swales of Shoal E, offshore Cape Canaveral, in the Florida Atlantic coast.	Wednesday, October 14, 2015	dataset	Location: Geolocation is 28.42811871453479, -80.4690170288086 Dates Collected: Monday, September 23, 2013 to Sunday, December 1, 2013 Wednesday, May 7, 2014 to Monday, June 2, 2014 Friday, October 10, 2014 to Thursday, November 13, 2014		Name: Paniagua-Arroyave, Juan F. Institution: University of Florida contributor_email: jf.paniagua@ufl.edu	field experiments, inner-shelf processes, surface gravity waves, tides	BOEM owns copyrights of these data.
Dunes on Salt	Piliouras, Anastasia	University of Texas at Austin	We conducted experiments of dunes sitting on a mobile substrate to determine how the ratio of sand to salt thickness controlled dune subsidence. Experiments were conducted in a small tank using PDMS as a proxy for salt. A single dune (a cross-section of a linear dune, as linear dunes were thought to be on top of salt in the Gulf of Mexico) was deposited rapidly on top of the polymer and allowed to subside over time. We have raw time lapse images from two experiments with two different thickness ratios. Please contact anastasia.piliouras@gmail.com to obtain the dataset, or data can be downloaded on the SEAD page at: http://doi.org/10.5967/M09K487M	Wednesday, September 30, 2015	dataset	Dates Collected: Wednesday, November 16, 2011 to Friday, November 18, 2011 , Location: Geolocation is 30.38769079999999, -97.72818740000002 Dates Collected: Wednesday, May 24, 2017	Internet resource: Sand on Salt: Controls on dune subsidence and determining salt substrate thickness	Name: Anastasia Piliouras Institution: University of Texas at Austin contributor_email: anastasia.piliouras@gmail.com	dunes, Salt, subsidence	CC-BY	Internet resource: Sand on Salt: Controls on dune subsidence and determining salt substrate thickness
Erosional landscape topography	Sweeney, Kristin E.	St. Anthony Falls Laboratory	These data consist of digitial elevation models of experimental topography recorded at 5 - 10 minute intervals during a series of experiments combining hillslope diffusion and channel incision in a meter-scale eroding landscape. The data were processed from the raw returns of a SICK laser scanner; processing includes noise removal and some interpolation for missing data. DEMs of the steady-state topography for each run are available for download at http://dx.doi.org/10.5967/M09P2ZM3.	Friday, September 25, 2015	dataset	Location: Geolocation is 44.9823831, -93.25481289999999 Dates Collected: Tuesday, September 23, 2014 to Wednesday, November 5, 2014	Internet resource: Experimental evidence for hillslope control of landscape scale SEAD data repository	Name: Sweeney, Kristin E. Institution: U.S. Geological Survey contributor_email: kristin.e.sweeney@gmail.com	hillslope diffusion, channel incision, mountain building	CC-BY	Internet resource: Experimental evidence for hillslope control of landscape scale SEAD data repository
Field saltation observations	Raleigh L Martin	University of California, Los Angeles	Raw and processed data from three field campaigns on active aeolian saltation: Jericoacoara, Ceara, Brazil, November 2014 Rancho Guadalupe, California, USA, March 2015 Oceano, California, USA, May-June 2015 Data can be accessed through Google Drive. "Raw" data folder contain both: unedited ascii outputs (.dat) from Campbell CR1000/CR3000 dataloggers connected to field instruments, and outputs from Camsizer grain-size analysis instrument on samples collected from field sites "Processed" data are MATLAB binary format (.mat) and are ready for data analysis. All metadata and scripts upon which raw data were transformed to processed data are contained in Github repositories (Jericoacoara repository, Rancho Guadalupe repository, Oceano repository).	Sunday, September 13, 2015	dataset	Location: Geolocation is -2.79673683438941, -40.48335313796997 Dates Collected: Thursday, November 13, 2014 to Sunday, September 20, 2015 Monday, March 23, 2015 to Tuesday, March 24, 2015 Friday, May 15, 2015 to Thursday, June 4, 2015	Internet resource: SEAD Project Space Jericoacoara Github repository Rancho Guadalupe Github repository Oceano Github repository	Name: Raleigh L Martin Institution: University of California, Los Angeles contributor_email: raleighmartin@gmail.com	aeolian processes, saltation, sediment transport, fieldwork	CC-BY	Internet resource: SEAD Project Space Jericoacoara Github repository Rancho Guadalupe Github repository Oceano Github repository
Data for experiments in high-intensity bedload transport	Hernandez Moreira, Ricardo, R.	University of South Carolina Columbia	[To be revised shortly. ] Contents of the dataset include: Profile data: CSV files of water surface elevation and bed elevatio taken during the experiments. Sonar data: CSV files of instantaneous realizations of bed elevations taken during the experiments. All data files are as-is. No processing has been done to them, so they still include glitches and noise.	Tuesday, September 1, 2015	dataset	Location: Geolocation is 33.989864, -81.02733899999998 Dates Collected: Tuesday, June 24, 2014 to Friday, August 21, 2015		Name: Ricardo Hernandez Institution: University of South Carolina Columbia contributor_email: hernanrr@email.sc.edu	upper plane bed, sheet flow	CC-BY
Bedform Dynamics and Stratigraphy Experimental Data	Mahon, Robert C., McElroy, Brandon	University of Wyoming	Ongoing experiments to develop and validate models for reconstructing paleohydraulics and sediment transport from sandy fluvial cross set strata. Experiments are being conducted in the University of Wyoming Water Resources Facility's 7.3-meter recirculating flume channel.	Tuesday, July 14, 2015	dataset	Location: Geolocation is 41.3147370915733, -105.58197140693699 Dates Collected: Tuesday, July 7, 2015 to Friday, September 16, 2016	Internet resource: Flume Experiment Basic Data Sheet GSA Abstract of general theory and scope	Name: Robert Mahon Institution: University of Wyoming contributor_email: rmahon1@uwyo.edu	stratigraphy, bedforms, fluvial, flume, cross sets	CC-BY	Internet resource: Flume Experiment Basic Data Sheet GSA Abstract of general theory and scope	Bedform Dynamics and Stratigraphy Experimental Set-up University of Wyoming
Delta shoreline completeness - Experiments and models	Mahon, Robert C., Shaw, John B. , Barnhart, Katherine R. , Hobley, Daniel E. J. , McElroy, Brandon	University of Wyoming, University of Arkansas, University of Colorado, Boulder, University of Minnesota, Twin Cities	Models for determining stratigraphic completeness of shoreline trajectories from delta experiments. Dataset includes shoreline trajectories from an experimental delta constructed as part of the 2013 NCED Summer Institute on Earth Surface Dynamics at St. Anthony Falls Laboratory. Models and data from the following publication: Quantifying the stratigraphic completeness of delta shoreline trajectories: Journal of Geophysical Research: Earth Surface (2015), v. 120, doi:10.1002/2014JF003298.	Thursday, June 18, 2015	collection	Location: Geolocation is 44.9825501, -93.25510780000002 Dates Collected: Thursday, June 18, 2015	Internet resource: JGR: Earth Surface article and supplementary material	Name: Mahon, Robert C. Institution: University of Wyoming contributor_email: rmahon1@uwyo.edu	stratigraphic completeness, experimental stratigraphy, delta, shoreline trajectory, forward modeling	CC-BY	Internet resource: JGR: Earth Surface article and supplementary material	St. Anthony Falls Laboratory at The University of Minnesota