nyuuzyou/wikis huggingface dataset:
CSN Motivation

=     CSDMS Standard Names — Motivation =
:Most models require input variables and produce output variables. In a component-based modeling framework like CSDMS, a set of components becomes a complete model when every component is able to obtain the input variables it needs from another component in the set. Ideally, we want a modeling framework to automatically
::* Determine whether a set of components provides a complete model and
::* Determine whether a set of components have compatible assumptions and physics.
::* Connect each component that requires a certain input variable to another component in the set that can provide that variable as output.
:However, this kind of automation requires a semantic matching mechanism for determining whether — and the degree to which — two variable names refer to the same quantity and whether they use the same units and are defined or measured in the same way.
:The CSDMS Standard Names provide a practical solution to this semantic mediation problem. While the CF Convention Standard Names that were introduced in the domain of ocean and atmosphere modeling have somewhat overlapping goals, the CSDMS Standard Names provide a more comprehensive set of naming rules and patterns that are not specific to any particular modeling domain. They were also designed to have many other nice features such as parsability and natural alphabetical grouping. CSDMS Standard Names always consist of an object part and a quantity/attribute part and the quantity part may also have an operation prefix which can consist of multiple operations. Unlike the CF Standard Names, assumptions and explanations are not included in the name itself but are instead selected from a standardized list and specified with <assume> tags in a Model Metadata File (XML) that clarifies how a given model uses the name.
:The CSDMS Standard Names can be viewed as a lingua franca that provides a bridge for mapping variable names between models. They play an important role in the Basic Model Interface (BMI) developed by CSDMS. Model developers are asked to provide a BMI interface and Model Coupling Metadata (MCM) file that includes a mapping of their model's internal variable names to CSDMS Standard Names. If widely adopted, this naming system could also provide other benefits, such as providing a better discovery mechanism for finding models on the web.
:
:
:
CSN Searchable List

=   CSDMS Standard Names — Standard Name Examples (Version 0.8.3) =
(last updated: 2015-10-07; 2653 names)
Following is a list of standard variable names, many of which are currently being used by CSDMS models. Many others were developed to test and further develop the name-construction rules. Following this list are separate lists of the object, operation, and quantity names that were used to construct these names.
== Names ==
The Names are listed here
== Objects ==
The Objects are listed here
== Quantities ==
The Quantities are listed here
== Operators ==
The Operators are listed here
CSN Searchable List-Operators

== CSN Searchable List - Operators ==
annual_time_max
anomaly
antigradient
azimuth_angle
change_from_annual_min
cos
cross-stream_component
cross-stream_derivative
curl
depression
difference
diurnal_max
diurnal_min
diurnal_range
domain_max
domain_min
domain_range
domain_time_integral
domain_time_max
domain_time_min
down_component
down_derivative
down_east_component
down_north_component
down_z_derivative
downstream_component
downstream_derivative
drop
east_component
east_derivative
east_down_component
east_east_component
east_north_component
east_up_component
elevation_angle
geologic_time_average
globe_time_average
gradient
half
increment
inverse
laplacian
left_normal
loss
lower_limit
magnitude
max
mean
mid-range
min
normal_component
north_component
north_derivative
north_down_component
north_north_component
north_up_component
one-day_time_integral
one-hour_time_integral
one-month_time_integral
one-year_time_integral
peak_time
range
reduction
south_component
south_east_component
south_south_component
square
time_average
time_derivative
time_integral
time_integral_from_start
time_max
time_mean
time_median
time_min
u_component
up_component
up_derivative
up_south_component
up_up_component
upper_limit
v_component
west_component
x_component
x_derivative
x_x_component
x_x_derivative
x_y_component
x_y_derivative
x_z_component
y_component
y_derivative
y_y_component
y_y_derivative
y_z_component
z_component
z_derivative
z_integral
z_mean
z_x_component
z_y_component
z_z_component
Carbonate FRG 2009

===CSDMS Carbonate Focus Research Group meeting , January 26-27, 2009===
Date: January 26-27, 2009
Location: University of Colorado at Boulder (CO), USA
Host:	CSDMS
==== Introduction ====
The Carbonate Focused Research Group (C-FRG) is part of the Community Surface Dynamic Modeling System program. C-FRG is one of several sub-groups within CSDMS and is tasked to make progress addressing the grand challenges for fundamental research on ancient and modern carbonate systems. The plan is to accomplish this through creation of the next generation of numerical carbonate process models under the umbrella of the CSDMS initiative. The models we develop will be both a repository for state-of-the-art knowledge on carbonate systems and a spur to collect, analyse and interpret data on carbonate systems. 
==== Participants ====
Registration is closed.
==== Circulars and Program====
The specific purpose of this meeting is to start the carbonate focused research group research programme by doing two things:
# Preparing one or more draft proposal to NSF to fund research programs focused on development of next-generation carbonate numerical forward models. Although the focus of these proposals will be model development, the proposed work could also cover aspects of data gathering, concept development, and quantitative analysis of modern and ancient carbonates to support generation of meaningful, useful models; and 
# Deciding on the best structure and working practices for the group to achieve the stated aims.
The C-FRG will meet for 1 1/2 days. 
====Agenda====
====Talks====
</table>
Document generated after the meeting:
Author 	Title 	Download
Peter Burgess & Rick Sarg	Carbonate Workbench, Executive Summary	doc |
Carbonates 2008

===NSF Workshop on Community Sedimentary Model for Carbonate Systems, Golden, CO===
Date: February 27 to 29, 2008 	220px
Location: Golden, Colorado, USA 	220px
Agenda:	Agenda as 	220px
Participants: Workshop participants list as	220px
 	220px
 	
 	
 	
Talks:
</table>
Posters and Breakout groups outcomes:
|-
| class="presentations_col1"| Bernhard Riegl
| class="presentations_col2"| Markov-chains and graphs for linking facies with environments and biology in space and time (Recent Arabian Gulf, Miocene Paratethys) and an ODE-based model of biotically-driven facies dynamics
| class="presentations_col3"| | 
|-
| class="presentations_col1"| Andre Droxler
| class="presentations_col2"| Mid-Brunhes First High Amplitude Transgression (s): Platform Top and Shelf Contemporaneous Re-flooding Recorded on the Slopes of Great Bahama Bank and Central Belize Barrier Reef
| class="presentations_col3"| | 
|-
| class="presentations_col1"| Benjamin Gill
| class="presentations_col2"| 	 Behavior of Carbonate-Associated Sulfate during Meteoric Diagenesis and Implications for the Sulfur Isotope Paleoproxy 
| class="presentations_col3"| | 
|-
| class="presentations_col1"| Benjamin Gill
| class="presentations_col2"| The Carbonate Geochemical Fingerprint of an Early Paleozoic OAE 
| class="presentations_col3"| 
|-
| class="presentations_col1"| Linda Hinnov
| class="presentations_col2"| The Latemar Controversy in 2008 
| class="presentations_col3"| | 
|-
| class="presentations_col1"| Gareth Jones
| class="presentations_col2"| Geothermal Convection at Tengiz: Reactive Transport Models of Predictive Diagenesis and Evidence from the Rocks 
| class="presentations_col3"| 
|-
| class="presentations_col1"| Bjarte Hannisdal
| class="presentations_col2"| Organism-sediment interactions: processes, modeling strategies, and challenges 
| class="presentations_col3"| abstract
|-
| class="presentations_col1"| WG1
| class="presentations_col2"| WG report: Physical Controls on Carbonate Deposition 
| class="presentations_col3"| 
|-
| class="presentations_col1"| WG2
| class="presentations_col2"| WG report: Biologic Controls on Carbonate Deposition 
| class="presentations_col3"| 
|-
| class="presentations_col1"| WG3
| class="presentations_col2"| WG report: Tools/Approaches for Quantifying Controls
| class="presentations_col3"| 
|-
| class="presentations_col1"| WG4
| class="presentations_col2"| WG report: Modeling Strategies
| class="presentations_col3"| 
|-
| class="presentations_col1"| WG5
| class="presentations_col2"| WG report: Modeling Diagenesis
| class="presentations_col3"| 
|-
|}
Workshop Output: the final summary of the white paper.
Change Contact Information

===Change your contact information===
Moved or found another job? Please let us know!
<BR><BR><BR>
Take a few minutes to Email the following information to csdmsweb@colorado.edu:
Copy / paste:
First name:
Last name:
Institute / Organization:
Department:
Postal address 1:
Postal address 2:
City:
Postal code:
State / Country:
Email address:
Phone:
Fax:
Thank you!
Chesapeake FRG meeting 2009

===CSDMS CHESAPEAKE FOCUS RESEARCH GROUP MEETING, April 3, 2009===
Date: April 3, 2009
Location Update: 
As of April 1, 2009, the meeting location has shifted to the Chesapeake Bay Program Office, Conference Room 305A. Directions can be found at the CBP website, http://www.chesapeakebay.net/directions.aspx?menuitem=14908.
Host: CSDMS and Johns Hopkins University
==== Introduction ====
The Chesapeake FRG is the first Geographically-Focused Research Group associated with CSDMS. The group is a partnership between CSDMS and the Chesapeake Community Modeling Program (CCMP, http://ches.communitymodeling.org/) currently run by the Chesapeake Research Consortium. Follow this link to find out more about the CSDMS Chesapeake FRG.
CCMP developed as the Chesapeake Bay research community came together to cooperatively build an open source system of watershed and estuary models. Through support from CRC member institutions and the NOAA Chesapeake Bay Office, CCMP modelers have committed to developing a modeling framework that will enable free and open access to code specific to the Chesapeake Bay region. As a complementary activity to the CBP modeling program, the Chesapeake Community Model Program strives to develop a comprehensive model consisting of interchangeable individual modules covering all aspects of hydrodynamics, ecosystem dynamics, trophic exchanges, and watershed interactions towards a future linked watershed-estuary model. There are obvious areas of overlap between CSDMS and CCMP, and the CSDMS Chesapeake FRG intends to capitalize on synergies from both programs.
So, in addition to the geographical focus, attendance at the meeting will enable you to stay abreast of cutting-edge research developments applicable to many areas of study. The meeting intends to:
# get everyone up to speed on CCMP, CSDMS and model integration pathway that CSDMS is employing (modified CCA for the Architecture and framework, BABEL as the language independent compiler, modified OpenMI for interface standards, etc.),
# get everyone up to speed on appropriate Chesapeake modeling tools in use by the CCMP community,
# get everyone up to speed on the valuable field data that CCMP offers for code testing,
# develop some simple, doable short term, intermediate term and longer term goals for the group, and
# perhaps assign some tasks to the members.
==== Participants ====
Registration is closed
==== Circulars and Program====
Please follow this link to view the agenda dated April 2, 2009.
==== Meeting Summary====
A summary of the meeting is available at https://csdms.colorado.edu/wiki/CCMP_Reports
==== Talks ====
</table>
Chesapeake FRG meeting NOV2009

===CSDMS CHESAPEAKE FOCUS RESEARCH GROUP MEETING, November 10, 2009===
Date: November 10th, 2009
Location: 
Director's Conference RoomWatermen's Hall Virginia Institute of Marine Science
Directions: http://www.vims.edu/about/visit/directions/index.php
Accommodations:
Duke of York, 508 Water StreetYorktown, VA757-898-3232Notice: ask for VIMS rate of $89/night
==== Introduction ====
The Chesapeake FRG is the first Geographically-Focused Research Group associated with CSDMS. The group is a partnership between CSDMS and the Chesapeake Community Modeling Program (CCMP, http://ches.communitymodeling.org/) currently run by the Chesapeake Research Consortium. Follow this link to find out more about the CSDMS Chesapeake FRG.
The purpose of the Chesapeake Focus Research Group is to combine the forces of CSDMS and CCMP to assemble an open source system of watershed and estuary models applied to the Chesapeake Bay region. Ideally, a collection of interchangeable models and model components will be gathered to address hydrology and hydrodynamics, watershed-estuary exchange, sediment transport, water quality, ecosystem dynamics, and trophic exchanges within the Chesapeake Bay and its watershed.
So, in addition to the geographical focus, attendance at the meeting will enable you to stay abreast of cutting-edge research developments applicable to many areas of study. The afternoon discussions (See agenda below) intends to:
# Formal role for CSDMS Chesapeake Focus Research Group (ChesFRG) as the academic research arm of CCMP.
# Population of the ChesFRG pages at CSDMS with existing (and/or links to) open-source Chesapeake Bay region models.
# Population of ChesFRG pages at CSDMS with exisiting (and/or links to) common model forcing data (e.g., rainfall, winds, bathymetry, etc).
# Identification of priority models for CSDMS linking in Intialize-Run-Finalize (IRF) format, perhaps EPA/NOAA CBP models + ChesROMS.
# Strategies to enable sensitivity testing and model/module exchange among CSDMS IRF formatted models.
# Establishing a specific ChesFRG focus on water quality and ecosystem modeling.
# Avenues for group proposals including finding support for full-time ChesFRG-oriented personnel such as a dedicated post-doc.
==== Participants ====
For those interested in attending the Fall 2009 meeting of the Chesapeake FRG, we are able to offer partial to full reimbursement for travel and lodging, depending on individual travel costs and the total number of attendees. A group lunch and dinner will also be provided. Please let myself (cfried@vims.edu) and Marlene Lofton (marlene.lofton@colorado.edu) know via return email by October 23rd if you plan to attend the meeting. CSDMS travel authorizations, available only to CSDMS members, will need to be approved before the meeting in order to allow reimbursements. Members of the CCMP Steering Committee who would like to attend but who have not yet registered as members of the Chesapeake FRG should do so at: Join Workinggroup.
==== Circulars and Program====
Please follow this link to view the agenda dated October 21, 2009.
ClinicCount2020

= Clinic attendance for each day=
==Clinics day 1==
__NOCACHE__
ClinicNr. of attendance
1) High-resolution Topography: 
2) Ecopath with Ecosim: 
3) Promote diversity and inclusion: 
4) CSDMS Python Modeling Tool: 
5) Will not attend a clinic: 
==Clinics day 2.==
ClinicNr. of attendance
1) Deep Neural Network, Part I: 
2) GCAM and Demeter: 
3) Ecological Network Analysis/EcoNet 
4) Landlab: 
5) Google Earth Engine: 
6) Will not attend a clinic: 
==Clinics day 3.==
ClinicNr. of attendance
1) Integrated Ecological Models: 
2) Coupling Hydrological Models with Data Services: 
3) Deep Neural Network, Part II: 
4) Modeling in the cloud: 
5) Will not attend a clinic:
ClinicCount2021

= Clinic attendance for each day=
==Clinics day 1==
__NOCACHE__
Clinic# of attendeesMax # of attendees
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: 30+10%
4) Component-based Hydrologic Modeling with Topoflow: 
5) Training Datasets for Modeling with AI: 
6) Will not attend a clinic: 
==Clinics day 2.==
Clinic# of attendeesMax # of attendees
1) Introduction to R programming and R applications in landscape ecology: 
2) Inclusive Mentoring: 
3) Decision Framing: 
4) CSDMS at Hydroshare: 
5) Building Interactive Dashboards for ESP Modeling with Python & Jupyter: 
6) Will not attend a clinic: 
==Clinics day 3.==
ClinicNr. of attendeesMax # of attendees
1) Landscape Evolution Modeling with TerrainBento and Landlab: 
2) Exploring river and delta channel networks with RivGraph: 30+10%
3) Digital Twins in Earth Sciences: 
4) GCAM and Demeter: integrated human-Earth systems perspective to modeling: +10%
5) Communication & Engagement: Tips, Tricks, Traps and Opportunities: 
6) Will not attend a clinic:
ClinicParticipation2022

=Day one=
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 	
4) Teaching with Jupyter NoteBooks 	
5) Will not attend a clinic 	
=Day two=
1) Modeling Water Movement and Reservoir Operations with mosartwmpy	
3) Introduction to Landlab 	
4) Xarray for Scalable Scientific Data Analysis 	
5) Will not attend a clinic 	
=Day three=
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 	
5) Will not attend a clinic 	
=As CSV=
ClinicParticipation2023

=Day one=
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 	
4) LSDtopotools 	
5) Will not attend a clinic this day 	
=Day two=
1) Introduction to Landlab 	
2) Coupling models of lithospheric deformation and surface processes (ASPECT)	
3) Finite Volume Methods for Surface Dynamics Modeling 	
4) Fora.ai: A participatory modeling platform for climate and social impact 	
5) Will not attend a clinic this day 	
=Day three=
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 	
4) Will not attend a clinic this day 	
=As CSV=
ClinicParticipation2024

=Day one=
1) Solving the sea level equation 	
2) Vegetation as ecogeomorphic features 	
3) Introduction to agent-based modeling for socio-environmental systems	
4) The Last FAIR Clinic You'll Ever Need 	
5) Coastal evolution analysis and inundation modeling with GRASS GIS 	
6) Will not attend a clinic this day 	
=Day two=
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 	
4) Coupling biological and surface processes in landscape evolution models 	
5) Communicating convergent heterogeneous themes in your research 	
6) Will not attend a clinic this day 	
=Day three=
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	
4) A Hands-On Workshop on GPU-Based Landscape Evolution Modeling 	
5) Will not attend a clinic this day 	
=As CSV=
ClinicParticipation2025

=Day one=
1) Coupled Simulations in ASPECT/FastScape Part 1 (15 participants) 	
2) Simulating Glacier Flow with ICEPACK 	
3) An Introduction to GRASS GIS and Tangible Landscape (20 participants) 	
4) Get lazy with LLMs 	
5) Fora.ai: Reshaping Collaboration for Climate and Social Impact (15 participants)	
6) Will not attend a clinic this day 	
=Day two=
1) Coupled Simulations in ASPECT/FastScape Part 2 (15 participants) 	
2) From Exploration to Publication: Geospatial Research in the Jupyter Ecosystem 	
3) The Finite Element Method (FEM) 	
4) Pattern-oriented Agent Based Modeling to Achieve Structural Realism and Testable Predictions	
5) Will not attend a clinic this day 	
=Day three=
1) Landlab’s NetworkSedimentTransporter: A Lagrangian Model for River Bed Material Transport Dynamics 	
2) Accelerating Glacier and Surface Processes Modeling with Machine Learning and New Python Libraries (20 participants)	
3) Using the Collaborative Sandpiper Toolchain to Support Interoperability in Geomorphology Research 	
4) Integrating CNN with LSTM Models for Capturing Spatiotemporal Dynamics of Flood Modeling (15 participants) 	
5) Will not attend a clinic this day 	
=As CSV=
Clinics 2011 meeting

=Clinic participants, CSDMS 2011 all hands meeting=
Total registered participants: 
Participants signed up for clinics as of : 
Participants that still need to sign up for clinics: 
Day 1, Friday Oct 28 	
Clinic 	Nr. of participants
TopoFlow: 	
CEM: 	
Sedflux: 	
Geo-Modeling: 	
Not attending clinic: 	
 	
Day 2, Saturday Oct 29	
Clinic 	Nr. of participants
CHILD: 	
Delft3D: 	
Cyclopath - CarboCAT: 	
VisIt: 	
Not attending clinic: 	
 	
Day 3, Sunday Oct 30 	
Clinic 	Nr. of participants
TauDEM: 	
ROMS - CSTMS: 	
CMT: 	
HPCC: 	
Not attending clinic: 	
==List of participants that need to sign up for clinics==
These people have not signed up for a clinic yet (as of )
</table>
=Participants per Clinic=
Clinoform 2008

===Clinoform sedimentary deposits: The processes producing them and the stratigraphy defining them, Aug. 15 - 18, 2008===
Date: August 15 to 18, 2008 	
Location: Western Wyoming Community College, Rock Springs, WY, USA	
 	
 	
 	
Convenors:	 R. Steel (Univ. of Texas): rsteel@mail.utexas.eduC. Nittrouer (Univ. of Washington): nittroue@ocean.washington.edu
Sponsors:
SEPM
CSDMS
BHP Billiton Petroleum
Shell International
Introduction:
We aim to bring together the "modern, ancient and modeling" communities who have an interest in clinoform deposits, specifically in their formation, character and significance. The focus will be on clinoforms found on continental shelves, in association with fluvial-deltaic systems, including the deeper water shelf margin itself. Whereas the modern community focuses on formative processes and spatial variability of clinoforms, the ancient community has data and insight on sedimentary facies and development over longer time scales. The modelers (numerical and physical) are critical to both groups for providing links between time scales. In turn, the modelers seek validation for the results of their models. All three groups are interested in the source-to-sink aspects of shelf-scale clinoforms. A field Conference will allow prolonged dialog and discussion, while examining some classic field examples of river-, tide- and wave-dominated deltas on shelf and shelf-margin settings. 
Conference themes:
# Scale independence of clinoform morphology
# Linkages between deltaic and subaqueous shelf deposits?
# Margin morphology and shelf-edge deltas
# Tide-, wave- and river-dominated deltas and relationships to clinoform structure
# Subaerial and subaqueous portions of deltas - their formative relationships
# Sandy and muddy gravity flows distributing sediment on clinoforms
# Along-clinoform heterogeneity of structure and the processes responsible
# Cross-shelf clinoform migration with changing sea level and supply 
Circulars and Program:
Download here the final program.
Download here Notes of the Workshop.