Property:Allows value

From CSDMS
Showing 132 pages using this property.
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1) Google Earth Engine  +, 2) BMI Live!  +, 3) LISFlood  +,
1) Structure from Motion (SfM)  +, 2) Landlab  +, 3) Data for natural hazards  +,
1) Downscaling climate models for regional applications  +, 2) Dakota  +, 3) ANUGA  +,
M
Accept  +, Decline  +
H
Tuesday April 24  +, Wednesday April 25  +, Thursday April 26  +
R
Male  +, Female  +, Other  +
M
Yes  +, No  +
D
Yes  +, No  +
M
Salmon  +, Chicken  +, Vegetarian  +
H
Pending  +, Awarded  +, Rejected  +
M
I have read and agree to the Privacy Policy  +
C
CSDMS 2018 annual meeting - Geoprocesses, geohazards  +, CTSP: Coupling of Tectonic and Surface Processes  +, CSDMS 2017 annual meeting: Modeling Coupled Earth and Human Systems - The Dynamic Duo  +,
2005  +, 2006  +, 2007  +,
Clinic  +, Invited oral presentation  +, Webinar  +
Afghanistan  +, Albania  +, Algeria  +,
NO STATE  +, Alabama  +, Alaska  +,
None  +, Software Carpentry Workshop  +, Quantifying Uncertainty in Earth Systems  +
1) Morphological Modeling - Delft3D Flex Mesh  +, 2) BMI Live!  +, 3) Pangeo - Scalable Geoscience Tools Python  +,
1) PyMT - The CSDMS Python Modeling tool  +, 2) Hydroshare - Data  +, 3) ADCIRC  +,
2) Deep Neural Networks Classification  +, 3) SALib - Model Sensitivity Analysis  +, 4) Making models - Data FAIR  +,
Yes  +, In progress  +, No but possible  +,
A
Afghanistan  +, Albania  +, Algeria  +,
NO STATE  +, Alabama  +, Alaska  +,
Technical contact  +, Project manager  +, Model developer  +
Yes  +, No  +
C
Yes  +, No  +
Friday; October 28  +, Saturday; October 29  +, Sunday; October 30  +
Afghanistan  +, Albania  +, Algeria  +,
Yes  +, No  +
Cyclopath  +, I am not interested  +
ADCIRC  +, CEM  +, CMFT  +,
TopoFlow  +, CEM  +, Sedflux  +,
CREST  +, GNE  +, MODFLOW  +,
Bing  +, Delft3D  +, ROMS  +,
Anuga  +, CHILD  +, Delft3D  +,
GRASS  +, PIHMgis  +, TauDEM  +,
Registration  +, Air travel  +, Lodging  +,
None  +, Bootcamp  +, HPC workshop  +
Cyclopath  +, I am not interested  +
Model1  +, Model2  +, Model3  +,
ADCIRC  +, CEM  +, CMFT  +,
CHILD  +, Delft3D  +, Cyclopath - CarboCAT  +,
CREST  +, GNE  +, MODFLOW  +,
Bing  +, Delft3D  +, ROMS  +,
Anuga  +, CHILD  +, Delft3D  +,
GRASS  +, PIHMgis  +, TauDEM  +,
The SAFL Virtual StreamLab (VSL3D): High Resolution Simulation of Turbulent Flow, Sediment Transport, and Morphodynamics in Waterways by Fotis Sotiropoulos  +, Landlab by Greg Tucker  +, SNAC by Eunseo Choi  +,
1) Bringing CSDMS models into the classroom  +, 2) ANUGA - river flood morphodynamics  +, 3) SiStER - a coupled geodynamics-surface model  +,
WMT and Dakota iterative toolkit  +, Develop catchment models with PIHM  +, Geodynamics  +,
1) Modeling Permafrost toolbox  +, 2) Landlab I  +, 3) Reproducibility and Open Science  +,
1) Parflow groundwater modeling  +, 2) Introduction to EcoPath with Ecosim  +, 3) BMI - Live  +,
NO STATE  +, Alabama  +, Alaska  +,
TauDEM  +, ROMS - CSTMS  +, CMT  +,
Yes  +, In progress  +, No but possible  +,
Yes  +, No but planned  +, No but possible  +,
Yes  +, No but planned  +, No but possible  +,
Yes  +, No but planned  +, No but possible  +,
Single Processor  +, Multiple Processors  +
Afghanistan  +, Albania  +, Algeria  +,
Afghanistan  +, Albania  +, Algeria  +,
D
GeoTIFF  +, BIL  +, MrSID  +,
Measured  +, Modeled  +
Time series  +, Time snap shot  +, Time averaged  +
Climate  +, Cryosphere  +, Human dimensions  +,
E
yes  +, no  +
1960  +, 1961  +, 1962  +,
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3gp  +, asf  +, avi  +,
Abstract  +, Image  +, Data  +,
G
Middle (6-8)  +, High (9-12)  +, Under graduate (13-16)  +,
H
Yes  +, No but planned  +, No but possible  +,
Course  +, Research  +
I
ASCII  +, Binary  +
J
Yes  +, No  +
M
<small>CSDMS annual</small>  +, <small>Terrestrial WG</small>  +, <small>Coastal WG</small>  +,
Yes  +, No  +
Yes  +, No  +
As code  +, As teaching tool  +
Tool  +, Single  +, Modular  +
terrestrial  +, hydrology  +, carbonate  +,
Movie  +, Animation  +, Laboratory  +
Distributed memory  +, Shared memory  +
O
ASCII  +, Binary  +
P
Apache public license  +, BSD or MIT X11  +, CCAN  +,
Fortran77  +, Fortran90  +, C  +,
S
Yes  +, No  +
Through web repository  +, Through CSDMS repository  +
1D  +, 1.5D  +, 2D  +,
Global  +, Continental  +, Regional-Scale  +,
1960  +, 1961  +, 1962  +,
NO STATE  +, Alabama  +, Alaska  +,
NO STATE  +, Alabama  +, Alaska  +,
Unix  +, Linux  +, Mac OS  +,
T
Technical contact  +, Project manager  +, Model developer  +
V
ESRI  +, IDL  +, Matlab  +
W
Terrestrial Working Group  +, Coastal Working Group  +, Marine Working Group  +,
C
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Terrestrial  +, Hydrology  +, Coastal  +,
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1) High-resolution Topography  +, 2) Ecopath with Ecosim  +, 3) Promote diversity and inclusion  +,
1) Deep Neural Network, Part I  +, 2) GCAM and Demeter  +, 3) Ecological Network Analysis/EcoNet  +,
1) Integrated Ecological Models  +, 2) Coupling Hydrological Models with Data Services  +, 3) Deep Neural Network, Part II  +,
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1 of 1  +, 1 of 2  +, 2 of 2  +,
0.5 hrs  +, 1.0 hrs  +, 1.5 hrs  +,
D
Active  +, Only maintenance  +, As is, no updates are provided  +
2020  +, 2021  +, 2022  +,
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1) Git good with FAIR enough practices  +, 2) Do the work: Building a more equitable research unit  +, 3) An Introduction to using Google Earth Engine  +,
1) Introduction to R programming and R applications in landscape ecology  +, 2) Inclusive Mentoring  +, 3) Decision Framing  +,
1) Landscape Evolution Modeling with TerrainBento and Landlab  +, 2) Exploring river and delta channel networks with RivGraph  +, 3) Digital Twins in Earth Sciences  +,
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Terrestrial Working Group  +, Coastal Working Group  +, Marine Working Group  +,
D
Yes  +, No  +
C
1) Environmental seismology and distributed acoustic sensing (DAS)  +, 2) Variable resolution mesh based flow direction and hydrologic modeling: An introduction to HexWatershed  +, 3) The Art of Modeling  +,
1) Modeling Water Movement and Reservoir Operations with mosartwmpy  +, 3) Introduction to Landlab  +, 4) Xarray for Scalable Scientific Data Analysis  +,
1) Component Creation with Landlab  +, 2) Rapid hypothesis testing and analysis with the open-source delta model pyDeltaRCM  +, 4) Publishing Reproducible Computational Research with the Whole Tale  +,
1) What can CSDMS do for you? A clinic on CSDMS Products and Services  +, 2) Best practices open source Python-based infrastructure  +, 3) Using GPUs to Solve Science Problems Faster  +,
1) Introduction to Landlab  +, 2) Coupling models of lithospheric deformation and surface processes (ASPECT)  +, 3) Finite Volume Methods for Surface Dynamics Modeling  +,
1) How to Route Flow in a Landscape with Landlab?  +, 2) Integrating Agent-Based Models into Landlab via pyNetLogo  +, 3) Building solvers for sustainable performance  +,
Poster  +, Epub  +, Poster & Epub  +
1) Solving the sea level equation  +, 2) Vegetation as ecogeomorphic features  +, 3) Introduction to agent-based modeling for socio-environmental systems  +,
1) Fora.ai: A participatory modeling platform to reshape how we collaborate for climate and social impact  +, 2) Introduction & Building with Google Earth Engine: Batteries Included  +, 3) Parameterizing human dynamics in geomorphic models: learning from coastal barrier evolution models  +,
1) Using Fill-Spill-Merge to understand and analyze landscape depressions  +, 2) Mesh independent flow direction modeling using HexWatershed 3.0  +, 3) New features and basic usage of the GeoClaw software for depth-averaged flow  +,
Poster  +, Epub  +, Poster & Epub  +