nyuuzyou/wikis huggingface dataset:
ESPIn2023

__NOTOC__
= ESPIn =
CSDMS is excited to announce that ESPIn will be held May 8-15
at the Sustainability, Energy and Environment Community (SEEC) facility
on the CU Boulder East Campus.
Participant costs (reimbursement for transportation cost up to $500, enrollment, accommodations at the Millennium Harvest House Hotel, breakfast and lunch on teaching days) are supported for 25 participants by CSDMS.
Applicants are responsible for dinners, and all other incidental expenses.
All applicants selected for ESPIn are also expected to attend the CSDMS Annual Meeting,
held the following week, May 16-18, also at SEEC.
Continued lodging support will be provided from Monday, May 15th to Thursday, May 18th, breakfast and lunch each day will be provided, and your meeting registration fee of $300 will be reimbursed after the meeting.
== Important Dates ==
* December 1: Application window opens
* January 27: Application window closes
* February 15: Notifications
* May 8-15: ESPIn 
* May 16-18: CSDMS Annual Meeting
== Agenda ==
The preliminary agenda for ESPIn can be found here.
This agenda may change slightly as we secure guest science lecturers and career panelists,
but the ordering and duration of the lesson topics and team project development blocks are likely set.
== Apply ==
To apply for ESPIn , please fill out this Google Form (opens Dec 1, closes Jan 27).
For your application, please prepare one PDF document containing the following sections: 
# Motivation statement (250 words max). Why are you interested in earth surface process modeling? What research questions are you working on? Does your research involve modeling? What experience do you have in numerical modeling and data analysis? What programming languages and development tools do you use? What do you want to learn? 
# Diversity statement (150 words max). Explain any past or present activities that have contributed to increasing diversity, and describe how you envision your future work to contribute to increasing diversity.
# Resume (half a page max). Be sure to list your proficiency with programming and model development.
Applications will be evaluated on a 10-point scale based on:
# scientific motivation, relevance of research interests/goals, disciplinary background, and career stage (3 pts);
# programming experience and motivation to ramp up skills (3 pts);
# diversity statement (3 pts).
== The ESPin Team ==
Lead:
* Prof. Irina Overeem
Project Coordinator:
* Lynn McCready
Instructors:
* Prof. Nicole Gasparini
* Dr. Mark Piper
* Dr. Matt Rossi
Mentors:
* Josie Acuri
* Dr. Sebastien Lenard
* Ethan Pierce
ESPIn2024

__NOTOC__
= ESPIn =
CSDMS is excited to announce that ESPIn will be held July 29th through August 6th
at the Sustainability, Energy and Environment Community (SEEC) facility
on the CU Boulder East Campus.
Participant costs (reimbursement for transportation costs up to $600 for national and $1200 for international students, enrollment, accommodations, breakfast and lunch on teaching days) will be supported for 25 participants.
Continued lodging support will be provided from Sunday, July 28th through Tuesday, August 6th.
Applicants are responsible for dinners, and all other incidental expenses.
All applicants selected for ESPIn are also expected to participate in a community webinar in Fall 2024 showcasing their demonstration projects.
== Important Dates ==
* December 1: Application window opens
* January 26: Application window closes
* February 16 February 23 March 1: Notifications
* July 29-August 6: ESPIn 
== Agenda ==
The agenda can be found here.
The agenda may change slightly as we secure guest science lecturers and career panelists,
but the ordering and duration of the lessons and team project development blocks are likely set.
== Apply ==
To apply for ESPIn , please fill out this Google Form (opens Dec 1, closes Jan 26).
For your application, please prepare one PDF document containing the following sections: 
# Motivation statement (250 words max). Why are you interested in earth surface process modeling? What research questions are you working on? Does your research involve modeling? What experience do you have in numerical modeling and data analysis? What programming languages and development tools do you use? What do you want to learn? 
# Diversity statement (150 words max). Explain any past or present activities that have contributed to increasing diversity, and describe how you envision your future work to contribute to increasing diversity.
# Resume (half a page max). Be sure to list your proficiency with programming and model development.
Applications will be evaluated on a 10-point scale based on:
# scientific motivation, relevance of research interests/goals, disciplinary background, and career stage (3 pts);
# programming experience and motivation to ramp up skills (3 pts);
# diversity statement (3 pts).
== The ESPin Team ==
Lead:
* Prof. Irina Overeem
Project Coordinator:
* Lynn McCready
Instructors:
* Dr. Tian Gan
* Dr. Susannah Morey
* Ethan Pierce
* Dr. Mark Piper
* Laurent Roberge
* Dr. Matt Rossi
Mentors:
* Dr. Tian Gan
* Dr. Susannah Morey
* Ethan Pierce
* Laurent Roberge
* Dr. Yuval Shmilovitz
ESPIn2025

__NOTOC__
= ESPIn =
CSDMS is excited to announce that ESPIn will be held May 5-12
at the Sustainability, Energy and Environment Community (SEEC) facility
on the CU Boulder East Campus.
Participant costs (reimbursement for transportation costs up to $600 for US-based and $1200 for international students, enrollment, accommodations in the ESPIn hotel block, breakfast and lunch on teaching days) will be supported for 25 participants. Applicants are responsible for dinners and all other incidental expenses.
All applicants selected for ESPIn are also expected to attend and provide a group presentation at the 2025 CSDMS Annual Meeting, held the following week, May 13-15, also at SEEC. Continued lodging support will be provided starting Sunday May 4 and ending Thursday May 15. Your meeting registration fee of $300 will be fully reimbursed after the meeting. 
== Important Dates ==
* December 2: Application window opens
* January : Application window closes
* February 17: Notifications
* May 5-12: ESPIn 
* May 13-15: 2025 CSDMS Annual Meeting
== Agenda ==
The ESPIn agenda will be set early in the year. For reference, see the 2024 agenda and the 2023 agenda.
== Apply ==
 
To apply for ESPIn , please fill out this Google Form (opens December 2, closes January ).
For your application, please prepare one PDF document containing the following sections: 
# Motivation statement (250 words max). Why are you interested in earth surface process modeling? What research questions are you working on? Does your research involve modeling? What experience do you have in numerical modeling and data analysis? What programming languages and development tools do you use? What do you want to learn? 
# Resume (half a page max). Be sure to list your proficiency with programming and model development.
Applications will be evaluated on a 7-point scale based on:
# scientific motivation, relevance of research interests/goals, disciplinary background, and career stage (3 pts);
# programming experience and motivation to ramp up skills (3 pts);
== The ESPin Team ==
Lead:
* Prof. Irina Overeem
Project Coordinator:
* Lynn McCready
Instructors:
* Dr. Tian Gan
* Prof. Nicole Gasparini
* Dr. Susannah Morey
* Dr. Ethan Pierce
* Dr. Mark Piper
* Dr. Laurent Roberge
* Dr. Matt Rossi
Mentors:
* Dr. Tian Gan
* Dr. Susannah Morey
* Dr. Ethan Pierce
* Dr. Laurent Roberge
* Dr. Yuval Shmilovitz
Former team members:
* Prof. Lelani Arthurs
* Prof. Benjamin Campforts
If you have any questions, please contact us at csdms@colorado.edu.
Earth-Surface Dynamics Modeling

==Modeling Lectures==
===Earth-Surface Dynamics Modeling===
contributed by J.Syvitski
These presentations form a overview course on Earth-surface Dynamics Modeling & Model Coupling, intended for graduate level. 
# Process-response modeling principals PPT or 
# Modeling Discharge and Sediment Flux PPT or 
# Landscape Evolution Modeling PPT or 
# Coastal Morphodynamics PPT or 
# Marine (Shelf) Morphodynamics PPT or 
# Density Currents, Sediment Failure & Gravity Flows PPT or 
# Source to Sink Numerical Modeling Approaches PPT or
EducationPartners

__NOTOC__
= Partners =
CSDMS partners with the Network for Computational Modeling in the Social and Ecological Sciences (CoMSES Net) and the Consortium of Universities for the Advancement of Hydrologic Science (CUAHSI) to share educational resources across our communities.
We've highlighted below a few resources from each organization that may be of particular interest to CSDMS members.
== CoMSES Net ==
Introduction to Git and Github
https://www.comses.net/education/intro-to-git-github/
Familiarize yourself with Git and GitHub by working through an interactive introductory course hosted on GitHub Classroom.
Introduction to Containerization
https://classroom.github.com/a/WuDb62qc
Join this Github classroom to learn about containerization, a way to bundle and archive your code in a reproducible manner.
Responsible Practices for Scientific Software
https://www.comses.net/education/responsible-practices/
Review a series of lessons on responsible practices for developing and publishing FAIR+ computational models in efforts to be more transparent, interoperable, and reusable in our work.
== CUAHSI ==
CUAHSI Virtual University
https://www.cuahsi.org/virtual-university
The CUAHSI Virtual University (CVU) is a unique multi-institution, one semester graduate course consisting of a diverse set of 4-week modules on specialized hydrology topics. The CVU aims to enhance the depth and breadth of graduate course offerings at universities across the nation and facilitate networking among the hydrologic community.
Education portal

=CSDMS Educational repository=
Modern geoscience practice involves the construction, validation and application of
models, so earth science instruction should engage students in seeing, using and making
models. CSDMS promotes quantitative Earth Science education with models.
Here, the CSDMS educational repository makes model outputs and modeling labs available as a resource for students, teachers and faculty.
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Movies
Labs
Lectures
Textbooks
Science On a Sphere
Images
Contribute
Estuaries 2007

===Mechanisms of Sediment Retention in Estuaries===
Date: September 23 to 25, 2007 	
Location: Boulder, Colorado, USA	
Agenda:	Agenda as 	
 	
 	
 	
 	
Talks:
</table>
Group discussion reports
|-
| class="presentations_col1"| Maria Snoussi
| class="presentations_col2"| Discussion notes Sunday morning session
| class="presentations_col3"| 
|-
| class="presentations_col1"| Marek Zajaczkowski
| class="presentations_col2"| Discussion notes Sunday afternoon session I
| class="presentations_col3"| 
|-
| class="presentations_col1"| Irina Overeem
| class="presentations_col2"| Discussion notes Sunday afternoon session II 
| class="presentations_col3"| 
|-
| class="presentations_col1"| Eric Wolanski
| class="presentations_col2"| Discussion introduction Monday morning 
| class="presentations_col3"| 
|-
| class="presentations_col1"| Yoshi Saito
| class="presentations_col2"| Discussion notes Monday afternoon session I
| class="presentations_col3"| 
|-
| class="presentations_col1"| Scott Peckham
| class="presentations_col2"| Discussion introduction Monday afternoon session II
| class="presentations_col3"| 
|-
| class="presentations_col1"| By Gerardo Perillo
| class="presentations_col2"| Summary of the workshop
| class="presentations_col3"| 
|}
Workshop Output:Output of the workshop is published in the free downloadable LOICZ news letter 2007/3.
Examples of querying the CSDMS model repository

Here are some examples of queries into the CSDMS model repository.
Description 	Query URL
List all models created by the user with the last name Tucker 	https://csdms.colorado.edu/csdms_wiki/api.php?action=ask&query=[[Last+name::Tucker]]&format=json
List all models written in C 	https://csdms.colorado.edu/csdms_wiki/api.php?action=ask&query=[[Programming%20language::C]]&format=json
Really list all models written in C 	limit=10000&format=json
List all models from user Tucker written in C 	https://csdms.colorado.edu/csdms_wiki/api.php?action=ask&query=[[Last+name::Tucker]][[Programming+language::C]]&format=json
List the first three models written by user Hutton 	limit=3&format=json
List five models written in C, starting at item 20 from the full list 	limit=5|offset=20
Search for models written a nonexistent programming language to see an error message 	https://csdms.colorado.edu/csdms_wiki/api.php?action=ask&query=[[Programming+language::xxyyzz]]&format=jsonfm
Find terrestrial models 	https://csdms.colorado.edu/csdms_wiki/api.php?action=ask&query=[[Category:Terrestrial]]&format=jsonfm
Locate a model by name 	https://csdms.colorado.edu/csdms_wiki/api.php?action=ask&query=[[Model:HydroTrend]]&format=json
List all models written in Fortran 77 or Fortran 90 	limit=10000&format=json
Find all models written by user Hutton, including (if available) the DOI and the source code repository for each model	?DOI+model|?Source+web+address&format=jsonfm
List all models (Category technique) depreciated 	limit=10000&format=jsonfm
Python examples of these queries (and others) can be found in the GitHub repository https://github.com/csdms/ask-api-examples.
Experimental data

=Experimental Data CSDMS page=
The purpose of this Experimental Data page is to facilitate the use of laboratory experimental data for testing and validating CSDMS models.
This page is under construction 4/30/2013.
==How to Contribute==
* Submit a link to the Laboratory movies page CSDMS Laboratory Movies page by emailing CSDMSweb@colorado.edu
* Join the Sediment Experimentalists Group by emailing sedimentexp@gmail.com
== Resources ==
== Links ==
* Sediment Experimentalists: a group committed to determining and promoting best practices in experimental methods and in the storage, archiving, and dissemination of experimental data.	
=Experimental Data CSDMS page=
The purpose of this Experimental Data page is to facilitate the use of laboratory experimental data for testing and validating CSDMS models.
This page is under construction 4/30/2013.
==How to Contribute==
* Submit a link to the Laboratory movies page CSDMS Laboratory Movies page by emailing CSDMSweb@colorado.edu
* Join the Sediment Experimentalists Group by emailing sedimentexp@gmail.com
== Resources ==
== Links ==
* Sediment Experimentalists: a group committed to determining and promoting best practices in experimental methods and in the storage, archiving, and dissemination of experimental data.
Geodynamics Focus Research Group

Featuring a presentation by Phaedra Upton and Greg Tucker
Geodynamicist and Geomorphologist introduced to structural geologist + CSDMS.This was presented at the Modeling Collaboratory for Subduction Research Coordination Network Webinar Series, that features conversations between the leaders of successful interdisciplinary collaborations (see also https://www.sz4dmcs.org/webinars). Webinar recorded April 7th, 2020.Or view any of the other recorded webinars.
Geodynamics Projects

===Geodynamics Focus Research Group===
Project list
Collaborative Proposal: Modeling Sediment Production from Glaciers off south-central Alaska during Quaternary Climate Oscillations	
Bernard Hallet (University of Washington), Peter O Koons, Sean Birkel (University of Maine)
NSF GeoPRISMS award
Collaborative Proposal: Rivers, Faults, and Growing Mountains: Dynamic Feedback between Crustal Deformation, Rock Strength, and Erosion	
Peter O Koons (University of Maine), Phaedra Upton (University of Maine and GNS Science, New Zealand), Greg Tucker (University of Colorado at Boulder)
NSF award
Geological Modeling

==Modeling Lectures==
===Geological Modeling===
contributed by I. OvereemThese presentations focus on Geological Modeling over medium to long time-scales, intended for graduate level teaching in geology and petroleum engineering. This course consists of 7 presentations that are titled: 
# Geological modeling introduction PPT or 
# Modeling Long-term Basin-fill PPT or 
# Climate-Hydrological modeling of Sediment Supply PPT or 
# Deterministic and Stochastic Modeling PPT or 
# River and Plume deposition and Ocean Reworking PPT or 
# Marine Modeling Case-Study PPT or 
# Uncertainty in Geologic Models PPT or
Get Lab on CSDMS NB server

=How to get your lab on the CSDMS JupyterHub=
Please follow the steps below to create an EKT lab and add your Jupyter notebooks on the CSDMS JupyterHub. More information about how to use the CSDMS JupyterHub can be found here.
1. Create an EKT lab
* If you haven't already done so, join CSDMS and login to the CSDMS wiki 
* Go to the EKT Labs portal
* Click on "Add a lab to the wiki" and enter the detailed information for your lab
* When you click on the "Save lab" button on the "Create Labs"  page, your lab will be open to the public
2. Add Jupyter notebooks
* Make sure your notebooks are available in a Github repo. 
* Copy the Github URL of your notebooks and paste it in "URL to download notebook" on your EKT lab.
* Create a nbgitpuller link for your notebooks. This link can pull your notebooks from Github and load them to the CSDMS JupyterHub. To create this link, You can use either nbgitpuller-link utility (command line) or Github puller URL generator webpage (GUI). 
* nbgitpuller-link utility: please see the instructions https://pypi.org/project/nbgitpuller-link/ for how to install and use this utility to generate a nbgitpuller link for your notebook.
* Github puller URL generator webpage: 
** Go to https://jupyterhub.github.io/nbgitpuller/link
** "JupyterHub URL": enter https://csdms.rc.colorado.edu/
** "Git Repository URL": enter your Github repo URL
** "File to open" : launch path for your Jupyter notebook
** The nbgitpuller link is shown above the "JupyterHub URL" filed 
* After the nbgitpuller link is generated, copy this link and paste it in "URL to start notebook " on your EKT lab. 
* Test the Jupyter notebooks on the CSDMS JupyterHub. You can click on "start" which is below "Run online" on your EKT lab and it will direct you to the CSDMS JupyterHub login page. After login, it will load the notebooks to the CSDMS JupyterHub if the "URL to start notebook" info is correct. 
If you have any issues with login or running the notebooks on the CSDMS JupyterHub or need any other support from us, please create a Github Issue at the CSDMS help-desk to make a request. We will try our best to help you.
GitHub

__TOC__
 CSDMS uses GitHub as software version control system to provide access for those who want to share their model source code while it is in development through the CSDMS model development repository. GitHub keeps track of current and historical versions of source code. You need a Git client version on your computer to upload model source code changes. See the official GitHub page to read more about how it works.
==Is GitHub the right tool for you?==
CSDMS has a special repository in GitHub, CSDMS-contrib for those who don't want to have their own GitHub repository. Model developers can provide CSDMS the code to upload to the CSDMS-contrib GitHub repository to share it with other developers. In that way a group of developers can for example work on the same model without worrying about different model versions. Users can download source code by searching the right model on the model description pages (Model download portal). Each contributed model to CSDMS will be add to the GitHub repository.
==Get access to the CSDMS-Contrib repository on GitHub==
Do you want to upload your model source code to the CSDMS model repository? Don't hesitate, email (CSDMS@Colorado.edu) or phone us (see Contact us) and we'll set you up. People don't need a log in to download source code. A log in is only required for uploading your model.
Glossary

Wouldn't it be great to have a listing of CSDMS terms?
Also, what about acronyms, like BMI, CMF, and WMT?
Let's make a glossary!
Feel free to add to this wiki,
or email us at CSDMSsupport@colorado.edu
with a term you'd like defined, and we'll add it for you.
Term 	Acronym	Definition
CSDMS Modeling Framework	CMF 	The software environment developed by CSDMS to run coupled models.
Basic Model Interface 	BMI 	A set of functions that model developers can add to their code to allow their model to communicate with other models.
Web Modeling Tool 	WMT 	A web-based application that allows users to run and couple models on a supercomputer.
Government partners

= Government Partners =
==National Science Foundation==
Major funding for CSDMS comes from a cooperative agreement with the National Science Foundation (NSF). This agreement award is made jointly between the NSF's Division of Earth Sciences (EAR) and Directorate for Geosciences (GEO), Award Abstract EAR-0621695 - Facility Support: Organizational Infrastructure for the Community Surface Dynamics Modeling System.
==Government agencies==
The following governmental departments and agencies have filed official letters of support for the CSDMS initiative and its mission. In addition to their collaboration with and support of CSDMS efforts on various levels - from financial support to in-kind support to collaborative research - these departments and agencies also offer partnership via the participation of representatives in the various committees and working groups operating within CSDMS.
: U.S. Army Corps of Engineers (ACE)
: Argonne National Laboratory (ANL)
: U.S. Army Research Office (ARO)
: Idaho National Laboratory (INL)
: U.S. Office of Naval Research (ONR)
: National Aeronautics and Space Administration (NASA)
: National Oceanic and Atmospheric Administration (NOAA)
: National Oceanographic Partnership Program (NOPP)
: U.S. Agricultural Research Service (USDA)
: U.S. Bureau of Ocean Energy Management: Environmental Studies Planning (BOEM-ESP)
: U.S. Geological Survey (USGS)
Guidelines Epubs annual meeting

=Guidelines Epubs=
Electronic publications (Epubs) are Jupyter notebooks that contain a scientific problem description and some findings that are investigated by numerical algorithms or one or more models, that walks the reader through the science by executing the algorithms or models. The Epubs will be reviewed and can be part of a poster or oral presentation or separately submitted. Once excepted the Epub will get a DOI and will be made available through the CSDMS web.
==how to start==
* Set up a web repository: When developing your Jupyter notebook, it is good practice to start setting up a web repository for version control and sharing, e.g. by using GitHub. There you can submit the updates to your notebook and include a user license. 
* Create a Jupyter Notebook: Jupyter Notebook is a web application for creating and sharing computational documents. It offers a simple, streamlined, document-centric experience. Learn more on how to install Jupyter Notebooks. 
* Preferable your Jupyter Notebook should include:
** Title
** Authors & affiliations
** Introduction
** Results
** Discussion (optional)
** Conclusions (optional)
** Acknowledgements (optional)
** References
== How to submit your Jupyter Notebook ==
We'll reach out to you by email towards the end of March on how you share your repository.
HPCC account request

center | 50px | Out-of-date page 
This page is out of date.
Please see the
HPC
page for information on accessing and using Blanca, the CSDMS HPCC.
= CSDMS HPC account request =
You're about to request an account on the CSDMS HPC. Please request an account only if you are a CSDMS member, and only if want to make use of the HPC. The University of Colorado requires the following information for creating an account. Please be as detailed as possible to speed the process of creating your account. Your account details will be sent to you within 5-7 working days.
<BR><BR>
Copy/paste, complete, and email the following information to csdms@colorado.edu:
I do / did have a (previous) affiliation with the Univ. of Colorado (or received a CSDMS HPC account in the past): (Yes/No)
First name:
Last name:
Initial:
Email address:
City:
State / Country:
Date of Birth: (mm/dd/yyyy):
Gender: (male/female)
CSDMS username:
Name of model(s) you would like to use: 
Reason for applying for an account:
Category:Form