nyuuzyou/wikis huggingface dataset:
Terrestrial GL3

===CSDMS Terrestrial Image Gallery===
SyvitskiKeywords:Description:
image:T055_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T054_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T053_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T052_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T051_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T050_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T049_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T048_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T047_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T046_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T045_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T044_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
Terrestrial GL4

===CSDMS Terrestrial Image Gallery===
image:T043_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T042_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T041_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T040_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T039_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T038_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T037_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T036_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T035_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T034_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T033_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T032_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
Terrestrial GL5

===CSDMS Terrestrial Image Gallery===
image:T031_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T030_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T029_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T028_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T027_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T026_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T025_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T024_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T023_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T022_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T021_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T020_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
Terrestrial GL6

===CSDMS Terrestrial Image Gallery===
image:T019_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T018_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T017_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T016_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T015_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T014_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T013_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T012_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T011_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T010_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T009_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T008_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
Terrestrial GL7

===CSDMS Terrestrial Image Gallery===
image:T007_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T006_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T005_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T004_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T003_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T002_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T001_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:DSC_03LROvereem.jpg|Location: North of Fairbanks, AKDate:June 2008Credit: Irina OvereemKeywords:Description:Meandering River in Boreal Forest
image:DSC_04LROvereem.jpg|Location: North of Fairbanks, AKDate:June 2008Credit: Irina OvereemKeywords:Description:Pointbar of Yukon River
image:DSC_06LROvereem.jpg|Location: South Slope Brooks Range, AKDate:June 2008Credit: Irina OvereemKeywords:Description:Braided Arctic River with remaining snow banks
image:DSC_07LROvereem.jpg|Location: North of Fairbanks, AKDate:June 2008Credit: Irina OvereemKeywords:Description:800 mile TransAlaska Pipeline crosses a braided river
image:DSC_79LROvereem.jpg|Location: Yukon River, AKDate:June 2008Credit: Irina OvereemKeywords:Lowland tundra river drains a plume into Sediment-laden Yukon River
Terrestrial GL8

===CSDMS Terrestrial Image Gallery===
image:DSC_11LROvereem.jpg|Location:North Slope, AKDate:June 2008Credit: Irina OvereemKeywords:Description:Thaw Lakes on the North Slope of Alaska
image:DSC_12LROvereem.jpg|Location:North Slope, AKDate: June 2008Credit: Irina OvereemKeywords:Description:Partly Frozen Thaw Lakes on the North Slope of Alaska
image:DSC_13LROvereem.jpg|Location:North Slope, AKDate: June 2008Credit: Irina OvereemKeywords:Description:Connected Thaw Lakes on the North Slope of Alaska
image:DSC_14LROvereem.jpg|Location:North Slope, AKDate: June 2008Credit: Irina OvereemKeywords:Description:Connected Thaw Lakes and Patterned Ground
image:DSC_15LROvereem.jpg|Location:North Slope, AKDate: June 2008Credit: Irina OvereemKeywords:Description:Connected Thaw Lakes on the North Slope of Alaska
image:Flood_disaster.jpg|Location:earthDate: June 2008Credit: Irina OvereemKeywords:Description:Connected Thaw Lakes on the North Slope of Alaska
Terrestrial WG Discussion

Dear Terrestrial Group:
I’m looking forward to seeing many of you later this week at CSDMS 2.0: Moving Forward. Here are a few items to note in advance of the meeting:
# We will be developing a list of short-, medium- and long-term group goals for the new 5-year Strategic Plan. To prepare for this, please have a look at the Terrestrial Group’s goals from the previous strategic plan (pages 14-16): https://csdms.colorado.edu/w/images/CSDMS_Strategic_Planv3F-48-op.pdf
# We will be nominating a particular model(s) that we would like to have fully incorporated in the CSDMS Modeling Framework and CMT. The idea is that a small core group works with CSDMS software engineers to get this model into the CSDMS framework, tests it out by applying it to a science problem, and publishes a paper. So, please give some thought this week to potential models. 
# Forming “Terrestrial Theme Teams”: these are small groups organized around particular sub-disciplines (e.g., biogeochemistry, soil erosion, etc.) and/or particular topics (e.g., model benchmarking, cyclo-stratigraphy, etc.). So, please take a few minutes to think of themes to propose.
# If you are unable to attend the meeting but would like to participate, there are several options. If you have comments and suggestions ahead of time, please email them to me and I will incorporate them in our documents and deliberations. We will also be using google docs for live note-taking during our breakout sessions, and everyone is encouraged to add material directly to these documents during the meeting (we’ll have a special section of each document devoted to any and all general ideas from the group). Information on how to access these will be forthcoming. Also, as usual, materials from the meeting (slides, documents, presentations, and so on) will be posted on the CSDMS website.
Regards,
Greg
Test2

CSDMS maintains a code and metadata repository for numerical models and scientific software tools. The CSDMS Model Repository, initialized in 2009, now holds open source models and tools. Use the dialog below to select your set of models.
Note: Some of the open source code is made available through another community portal. These portals offer much more specific information. To download the code(s) you may be asked to register as a user at their portal. By registering you will receive updates on new releases and other community information. Your registration will help the developers demonstrate to funders the size of their model's community. If you have problems getting access to this open source code, please let us know CSDMSsupport@Colorado.edu.
Test8/Prioritizing a model to make coupling-ready (refactoring the code with a Basic Model Interface).

Prioritizing a model to make coupling-ready (refactoring the code with a Basic Model Interface). This task will start with nominations of models that would be advantageous scientifically to couple to other models (of other Earth subsystems, coastal or otherwise, or of other processes), and which have enough enthusiasm from people close to the code to do the coding work (and/or find funding to support this work; CSDMS Integration Facility personnel will be there to help with the final stages, but limited Integration Facility resources require us to do the bulk of it--or find funding to support Integration Facility personnel). Question: what coastal models best fit these criteria?
= Current coastal models in repository () =
</table>
Test select models

CSDMS maintains a code and metadata repository for numerical models and scientific software tools. The CSDMS Model Repository, initialized in 2009, now holds open source models and tools. Use the dialog below to select your set of models.
Note: Some of the open source code is made available through another community portal. These portals offer much more specific information. To download the code(s) you may be asked to register as a user at their portal. By registering you will receive updates on new releases and other community information. Your registration will help the developers demonstrate to funders the size of their model's community. If you have problems getting access to this open source code, please let us know CSDMSsupport@Colorado.edu.
TopoFlow License Agreement

====TopoFlow License Agreement====
 Copyright (c) 2002-2007. TopoFlow is the result of contributions from
 multiple authors. Each author retains the copyright to their own 
 contributions. Please see the copyright statements at the start of each
 source code file. 
 
 TopoFlow is an open-source hydrologic model written entirely in IDL 
 (Interactive Data Language) that is available to users at no cost.
 You are permitted to use, study or modify it for your own needs but 
 you may not publish, sell or distribute it in any form without the 
 written permission of the authors. You may not remove the copyright 
 notices or use the TopoFlow name for another program. It you use 
 results from TopoFlow for a publication, the authors would greatly 
 appreciate an acknowledgement and a reprint.
 
 THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND 
 CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, 
 INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF 
 MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE 
 DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR 
 CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
 SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING BUT
 NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS AND SERVICES; 
 LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) 
 HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN 
 CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE
 OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS 
 SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
TownHall AGU 2008

===CSDMS Town Hall meeting at AGU, December 18, 2009===
Date: 6:15PM, Thursday 18th of December, 2008
Location: San Francisco (CA), Moscone West, Room 3016
Host:	American Geophysical Union (AGU)
Organizers: CSDMS
=== Overview ===
The Community Surface Dynamics Modeling System (CSDMS) is the virtual home for experts who foster and promote the modeling of earth surface processes, with emphasis on fluids, sediment and solutes. CSDMS offers community-built software models, tools and data that reflect earth surface dynamics processes over a broad range of time and space scales. CSDMS coordinates Research Groups (Terrestrial, Coastal, Marine, Education & Knowledge Transfer, Cyberinformatics & Numerics, Hydrology, Carbonates, and Chesapeake), populated with 200 members from 100 universities and research institutes, located in 22 different countries.
=== Student Modeler Award announcement ===
:Application deadline: December 1st, 2008.
Recipient of this year's award will be announced at the CSDMS Town Hall meeting at AGU.
If you have completed an outstanding research project in 2008, which involved developing an earth science model (terrestrial, coastal, marine or biogeochemistry), a modeling tool, or module linking technology, you can qualify for this award! Read more...
Come and meet CSDMS leaders and Integration Staff for discussions and demonstrations.
Training

We teach a variety of programming and modeling skills workshops, ranging from one- or two-day
Software Carpentry workshops
to short courses on earth surface process modeling with Landlab and the Python Modeling Toolkit (pymt).
Lessons are derived from the CSDMS Ivy course material
and presented on the OpenEarthscape JupyterHub,
a scalable hosting platform with simple access control for instructors and students.
The CSDMS research software engineers (RSEs) have research backgrounds in quantitative earth sciences
and expertise in scientific software development,
so the courses and workshops we teach can be tailored for a technical focus;
for example, we can teach programming best practices, model development, and model coupling with the CSDMS Workbench.
Further, we have experience teaching introduction to modeling with hands-on clinics for advanced undergraduates and beginning graduate students.
Please talk to us about whether CSDMS can provide tailored training for your lab, group, department, or institution: csdms@colorado.edu.
Turbidity currents 2009

=== Modeling of turbidity currents and related gravity currents, June 1-3, 2009 ===
Date: June 1-3, 2009
Location: Department of Mechanical Engineering University of California, Santa Barbara (CA), USA
Convenors:	Eckart Meiburg (UCSB) and Ben Kneller (University of Aberdeen, UK)
=== Sponsors ===
CSDMS
=== Introduction ===
Following the successful first workshop of 2005, this three-day informal meeting will be an 
opportunity for discussion on all aspects of the behaviour of turbidity and related gravity 
currents, including relevant studies on non-particulate gravity currents, from direct 
observations in the environment and the laboratory to numerical simulation. The workshop 
will consist of a combination of relatively informal plenary sessions, posters, and an offsite 
half-day excursion to promote informal discussion. We suggest that this should be a work- 
in-progress meeting, and anticipate perhaps 50 to 60 participants.
=== Circulars and Program===
=== Presentations===
</table>
Uncategorized WMT developer notes

==Uncategorized WMT developer notes==
===The wmt.yaml file===
This file describes how the parameters listed by the model developer in the parameters.yaml file
are represented and displayed in the WMT client.
There need not be a one-to-one correspondence between the files.
Additional, private, parameters (typically prefixed with an underscore) 
can be defined in wmt.yaml to augment how the model's parameters are displayed.
Using component hooks,
these private parameters can be translated into a form for the model's parameters.
===The run/visualize API call===
Add a parameter, _visualization, to wmt.yaml
with the path to a file in a model's output to display in a browser window from the WMT client.
If this parameter isn't present, a directory listing for the component is displayed instead. 
This only works for the driver. This could be changed.
Using Dakota on beach

== Using Dakota on beach ==
Topics to address:
* Link to HPCC rules
* At minimum, use qsub -I for a single-processor job
* A simple example -- use Greg's, with the qsub submission script
* Best practice: copy inputs to compute node (using /state/partition1), perform Dakota experiment, delete inputs, move results back to home directory, or to /scratch if space is an issue.
* Running Dakota in parallel with MPI
If you encounter any problems in using Dakota on beach,
please email the CSDMS software engineers
at CSDMSsupport@colorado.edu.
VisitingScholars2024

__NOTOC__
Application Deadline March 1, 2024
The CSDMS/OpenEarthscape Visiting Scholar Program is open to graduate students interested in spending up to 6 weeks at the CSDMS Integration Facility at the University of Colorado Boulder. Selected students will be working on their own research and will benefit from mentoring with the CSDMS Research Software Engineers and faculty/staff. Our cohorts in 2022 and 2023 were resounding successes and we hope to make the 2024 program even more beneficial for your research progress. We anticipate 2-3 students will be selected for the 2024 program. In addition to proximity to the CSDMS Research Software Engineers and other team members, the Integration Facility can provide the following support:
Student
Domestic travel and lodging support for up to 45 days in Boulder.
Stipend support is available for US Citizens only and is based on CU GRA rates @100% for summer semester (about $5,300 per month). International students and students in the US on F-1 and J-1 visas are welcome to apply and travel/lodging support will be provided, but stipend support cannot be provided due to visa restrictions.
Advisor
Travel and lodging support for a 7-day trip to Boulder (including per diem and ground transportation) to work collaboratively with CSDMS and the student.
Priority will be given to students that have computational projects that:
* are “shovel ready";
* will result in a product, such as a publication, a conference presentation, a new model component, an educational tutorial, etc.
To apply, please send an email to csdms@colorado.edu by March 1st, 2024 with your name, a brief description of your future goals, a description of the specific project that could benefit from CSDMS Integration Facility support, and any resulting products proposed. Additionally, we'll need approval from your advisor to participate in the program (this can be in the form of an attached letter or email).
We’re excited to work with you and we look forward to chatting about how the CSDMS Integration Facility can most usefully contribute to your research this summer!
Visiting scientists scholar

==Apply to be a Visiting Scientist with Us==
CSDMS welcomes national and international visiting scientists to work with our team. We are a lively, dedicated and enjoyable group that has successfully hosted visitors for the past 15 years. Although we cannot currently offer funding support, we are able to provide desk space and can assist with logistics of travel, accommodations and the visa process. Visits can range from 1 day to 1+ years. Typically, our visitors participate in team meetings, and are strongly encouraged to present their work at student or institute seminars during the period of their stay. Graduate students (PhD), post docs, research scientists and faculty are encouraged to contact CSDMS at csdms@colorado.edu.
Please provide a brief description of the work you would like to complete during your visit and, if you are a graduate student, the contact information for your advisor. Your information will be relayed to the Integration Facility Staff for review and approval. Although we do our best to accommodate everyone, we host you for collaboration and to work on research topics synergistic with our capabilities.
==Logistics of Your Visit==
For visa needs please find more information here:
Office of International Education at the University of Colorado 
Boulder is a friendly town of about 100,000 people, with excellent bike commuting infrastructure and public transport. CSDMS is located within the Sustainability, Energy and Environments Complex on East Campus (see map). 
Short-term visitors usually find accommodation in one of the Boulder hotels.
For longer duration visits, you can try to find accommodation through the University Family Housing, or find a private rental property.