nyuuzyou/wikis huggingface dataset:
Coastal GL

===CSDMS Coastal Image Gallery===
image:C001_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C002_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C003_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C004_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C005_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C006_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C007_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C008_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C011_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C012_james_syvitski.jpg|Location:Date:Credit: James
SyvitskiKeywords:Description:
image:C013_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C014_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
Coastal GL2

===CSDMS Coastal Image Gallery===
image:C015_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C019_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C020_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C021_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C022_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C023_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C024_james_syvitski.jpg|Location:Date:Credit: James
SyvitskiKeywords:Description:
image:C025_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C026_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C027_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C028_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C029_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
Coastal GL3

===CSDMS Coastal Image Gallery===
image:C030_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C031_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C032_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C033_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C034_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C035_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C036_james_syvitski.jpg|Location:Date:Credit: James
SyvitskiKeywords:Description:
image:C037_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C038_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C039_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C040_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C041_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
Coastal GL4

===CSDMS Coastal Image Gallery===
image:C042_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C043_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C044_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:C045_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:ArcticBluffsOvereem.jpg|Location: North Slope, AKDate:June 2008Credit: Irina OvereemKeywords:Description: Eroding 5m high Arctic Coastal Bluffs
image:DSC_33LROvereem.jpg|Location: North Slope, AKDate:June 2008Credit: Irina OvereemKeywords:Description: Blocks toppled over along eroding Arctic Coast
image:DSC_42LROvereem.jpg|Location: North Slope, AKDate:June 2008Credit: Irina OvereemKeywords:Description: Ice Wedge in Arctic Coastal Bluffs
image:DSC_45LROvereem.jpg|Location: Beaufort Sea, AKDate:June 2008Credit: Irina OvereemKeywords:Description: Grounded Sea Ice in shallow bay
image:DSC_48LROvereem.jpg|Location: Beaufort Sea, AKDate:June 2008Credit: Irina OvereemKeywords:Description: Push Ice Sea Ice at coast
image:DSC_62LRMatell.jpg|Location: Beaufort Sea, AKDate:June 2008Credit: Nora MatellKeywords:Description: Push Ice Sea Ice at Beaufort Sea Coast
image:DSC_69LROvereem.jpg|Location: Beaufort Sea, AKDate:June 2008Credit: Irina OvereemKeywords:Description: Coastal Bluffs failing into Beaufort Sea
Coastal GL5

===CSDMS Coastal Image Gallery===
image:Rocky shore SW France.jpeg|Location: Basque Country, SW France (Saint Jean de Luz, N 43.39°, W 1.70°) Flysch-made cliffs.Date:October 2011Credit: Vincent RegardKeywords:Description: The shore platform is flat but exhibits the alternating marl and limestone strata. Note the brown piece of WWII bunker at cliff foot in the center of the picture.
image:Rocky_shore_SW_France-2.jpeg|Location: Basque Country, SW France (Saint Jean de Luz, N 43.39°, W 1.70°) Flysch-made cliffs.Date:November 2014Credit: Vincent RegardKeywords:Description: The shore platform is flat but exhibits the alternating marl and limestone strata.
Coastal Reports

===Coastal Working Group===
Reports
* Coastal Working Group, and Coastal Vulnerability Initiative contribution to the CSDMS annual report Coastal Working Group, and Coastal Vulnerability Initiative (August 2015, PDF format)
* Modeling for Environmental Change. Report of the joint meeting of the Coastal WG and the Carbonate FRG (CSDMS) Coastal-Carbonate joint Meeting (October 2010, PDF format)
* From Mountaintops to Shorelines. Report of the Community Surface Dynamics Modeling System (CSDMS) (October 2009, PDF format)
* (February 25 - 25 2009 at Charlottesville, VA; PDF format).
* Coastal Working Group meeting report Mar. 2008 (March 8th 2008, PDF format).
Coastal WG 2009

===CSDMS Coastal Working Group meeting, February 25-26, 2009===
Date: February 25-26, 2009
Location: Charlottesville, VA, USA
Host: University of Virginia
==== Introduction ====
The Coastal and Marine Working Groups will coordinate their meetings with each other carving out joint and separate sessions. The meeting will begin at 9:00 AM on both February 25 and 26th. It will end around 4:00 PM on February 26. 
Patricia Wiberg, Chair of the Marine WG, and Brad Murray, Chair of the Coastal WG, are looking for broad representation and input to brainstorm proof-of-concept modeling projects to highlight, and discuss which models the Working Groups should prioritize as they move towards expanding the CSDMS model repository. The meeting will also feature presentations from the CSDMS Executive Director, James Syvitski, and CSDMS Software Engineer, Eric Hutton, from the CSDMS Integration Facility in Boulder, Colorado. They will present recent CSDMS organizational and model-linking-architecture development, and how to use CSDMS tools. In addition, there will be workshop-style time on February 26th, for members to work on getting their own codes into the form appropriate for inclusion in the CSDMS toolbox, or to help make progress getting priority models form the community included. Please follow the link below for a more detailed agenda.
==== Participants ====
Registration is closed.
==== Circulars and Program====
This is a joint meeting with the Marine Working Group. Please follow (pdf) to view the combined agenda.
==== Talks ====
</table>
==== Final Meeting report ====
Coastal Working Group final representing a summary of the main discussions that came up during the Meeting held in February 25 - 26 at Charlottesville, VA.
Coastal WG Discussion

=Coastal Work Group Discussion=
This is an exciting time for the Coastal WG! With renewed support from NSF we are launching new initiatives that our WG will play a key role in:
# ecosystems and strong couplings with physical process in landscapes and seascapes;
# couplings with anthropogenic processes; and
# coastal vulnerability.
In addition, our WG is charged with writing a new 5-year Science Plan, and with identifying (at least) one model to add to the repository of couple-able models each year. These two tasks overlap with each other, of course. Building on our success stories from the past five years, and ongoing priorities (Coastal_Reports), we will need to put our heads together to decide what scientific questions are most compelling and urgent, and what model development/model coupling tasks are needed to address them--as well as what research groups or individuals are motivated to put in the coding work to make it happen (which likely involves writing a proposal, perhaps involving CSDMS Integration Facility collaborators to lend expert help). The motivation to actively join in these efforts, along with helping facilitate exciting science, includes the fact that the priorities the WG identifies will feature prominently in the 5-year plan, written primarily for NSF Program Officers.
We will focus on these tasks during multiple Working Group breakout sessions in a few weeks, but since not everyone can travel to Boulder, we start our discussions online.
Please join by replying to the following threads:
Code-bootcamp2014

__NOTOC__
=Post CSDMS 2014annual meeting software bootcamp=
 250px 
CSDMS is proud to announce that we will have a Software Carpentry Bootcamp associated with the Annual Meeting. This full-day clinic will be held on the CU campus on Friday May 23rd, 2014.
The bootcamp is an on-site, day long workshop that covers the core computer and programming skills needed to be a productive data analyzer or model user/developer in a small research team:
* the Unix shell (and how to automate repetitive tasks);
* Python (and how to grow a program in a modular, testable way);
* Git and GitHub (and how to track and share work efficiently);
Software Carpentry is a volunteer organization whose goal is to make scientists more productive, and their work more reliable, by teaching them basic computing skills. We will be bringing in their experienced instructors especially for these courses.
 
Computing is now an integral part of every aspect of science, but most scientists are never taught how to build, use, validate, and share software well. As a result, many spend hours or days doing things less sufficient. The software carpentry organization’s goal is to change that so that scientists can spend less time wrestling with software and more time doing useful research. Short tutorials alternate with hands-on practical exercises; learners work on their own laptops using either native software or a virtual machine, so that they have a working environment when the bootcamp is done.
Your registration fees of $40 for this camp include full access to all the clinic modules (Unix, version control and Python programming) and won't be reimbursed. It also includes coffee and lunch on Friday 23rd, 2014. Note that CSDMS will not be able to cover your additional hotel night.
=Registration=
Registration for the bootcamp is closed. Please email csdms@colorado.edu with questions.
=Location=
The bootcamp will be held on CU Boulder's East Campus at the Administrative & Research Center in room 620 (3100 Marine St. Boulder, CO 80309). Public parking is limited, so please consider walking or using public transportation. A limited amount of temporary parking permits are available for purchase upon request. Email requests to csdms@colorado.edu. 
 Directions to the Administrative & Research Center
=Participants=
The following people have signed up for the bootcamp:
*Participants
=Agenda=
This is a preliminary agenda, the final agenda will be posted closer towards the event. (Posted 6 April 2014)
Time 	Bootcamp topics
 	
07:45-08:00	Set up WIFI for non CU participants
08:00-09:45	Overview and introduction to scripting and automation from the command line
 	
09:45-10:00	Coffee break
10:00-12:00	Introduction modular programming and data analysis with Python
 	
12:00-13:00	Lunch break
 	
13:00-14:15	Git Overview / Conversational Git
 	
14:15-14:30	Coffee break
14:30-15:45	Developing with Git
 	
15:45-16:00	Coffee Break
16:00-17:00	Sharing and Collaboration with Git
CodeOfConduct-Events

The Community Surface Dynamics Modeling System (CSDMS) hosts a variety of events, including but not limited to annual meetings, workshops, and webinars during which participants are encouraged to actively engage and share their ideas. CSDMS is committed to fostering a professional, respectful, inclusive environment at all these events, such that all participants can participate to the fullest in a welcoming, respectful, inclusive, and collaborative environment that is free of harassment and discrimination. CSDMS expects all participants and staff to comply with this code of conduct. 
==Examples of behavior that will not be tolerated==
* Taking part in or encouraging bullying, discrimination, intimidation, microaggressions or any other form of harassment at the meeting location, online, and/or on social media.
* Making any individual or group feel unwelcome, or encouraging ostracism.
* Targeting participants in a way that could harm them privately or professionally.
* Abuse of participants, including presenters, staff members, or others involved in the event. Abuse includes but is not limited to comments related to gender, gender identity and expression, disability, physical appearance, body size, race, age, religion, nationality, as well as disproportional verbal or physical disagreement on scientific ideas.
* Threatening, deliberate intimidating, or stalking in-person or online.
* Disrupting the event.
* Showing of sexual content and/or unwanted sexual advances.
* Failing to follow protocols that apply to the meeting venue.
==What if you are harassed or bystander of a harassment?==
Reach out to one of the online or local organizers right away, or contact local law enforcement as needed.
==Consequences of violating the Code of Conduct==
In the event of harassment, we will ensure that the harassment stops immediately. And we'll take proper action to unsure your safety for the remainder of the event. 
The following actions may be taken
* A warning to the offender not to repeat unacceptable behavior
* Expulsion from the event without a refund
* Banning participation in future CSDMS related events
* Reporting the incident to authorities of the venue
* Reporting the incident to law enforcement
Community products

=What CSDMS and the community has to offer=
==For users==
===Models===
Surface dynamics models are at the core of CSDMS. All community models that we list in the CSDMS repository are open source and as such can be downloaded and used. Find the right model for your research
===Education===
CSDMS has collected and developed educational material of numerical modeling over the years. This ranges from a collection of animations, to labs, lectures and textbook examples and even Science on a Sphere material. So start browsing the educational repository.
===Data===
All models need input or validation datasets. CSDMS wants to help modelers finding the data sets they need to do their research. Here are the datasets that are described so far.
==For developers== 
=== Software wrapping standards===
CSDMS has developed a simple interface standard called the Basic Model Interface or BMI that makes a plug-and-play model component from an existing numerical model. Software programmers are encouraged to use the BMI. Reed more about how you can implement a BMI at: BMI_Description
===Standard Names===
Models need to be able to share data in a plug-and-play world. Read more about how to properly implement standard names into your model.
===Model tools===
CSDMS has invested in making it easier to run and couple models, and even to integrate some of Dakota functionality in its framework. Learn more about these tools here.
==Services to its users and developers==
===HPC access===
CSDMS is providing access to the CSDMS High Performance Cluster for all its members. Read more about how to get access to run your model simulations.
Computers Geosciences Modeling for Environmental Change

=COMPUTERS & GEOSCIENCES Modeling for Environmental Change=
CSDMS annual meeting 2010 Modeling for Environmental Change took place October 14-17, 2010 in San Antonio, Texas. One of the outcomes was a special issue of Computers & Geosciences, volume 53, ISSN 0098-3004, that will be published April, 2013. Below is an overview of the papers with their abstracts.We would like to thank all authors as well as the reviewers for their effort!
Content
Computers Geosciences Uncertainty and Sensitivity in Surface Dynamics Modeling

=COMPUTERS & GEOSCIENCES Uncertainty and Sensitivity in Surface Dynamics Modeling=
CSDMS annual meeting 2014 Uncertainty and Sensitivity in Surface Dynamics Modeling took place May 20-22, 2014 in Boulder Colorado. One of the outcomes was a special issue of Computers & Geosciences, volume 90 part B, ISSN 0098-3004, published April, 2016. Below is an overview of the papers with their abstracts.We would like to thank all authors as well as the reviewers for their effort!
::Content
Configuring Dakota on beach

== Setting up Dakota on beach ==
Dakota 6.1 is installed on the CSDMS HPCC, beach.colorado.edu.
To use Dakota on beach,
you'll need to modify your user environment.
(This only needs to be done once.)
In your favorite text editor,
open your .bashrc file
(located in your home directory)
and add the following lines to the bottom of the file:
 PATH=$PATH:/usr/local/dakota/bin:/usr/local/dakota/test
 export LD_LIBRARY_PATH=/usr/local/dakota/bin:/usr/local/dakota/lib
Save the file, logoff from beach, then login again.
Dakota will now be available for use.
Check with:
 $ dakota --version
 Dakota version 6.1 released Nov 15 2014.
 Subversion revision 2951 built Nov 7 2014 09:52:09.
If you encounter any problems in setting up Dakota on beach,
please email the CSDMS software engineers
at CSDMSsupport@colorado.edu.
Contact us

The CSDMS Integration Facility manages the CSDMS efforts on a day-to-day basis from Boulder, Colorado.
We organize and engage the community through workshops, webinars, the website, and an annual meeting. 
The Integration Facility builds and maintains the CSDMS cyberinfrastructure. 
Our team members can be contacted through the CSDMS staff page. 
 
Phone: 303-735-5482Fax: 303-735-8180Email: CSDMS@colorado.eduHelp Desk: https://csdms.github.io/help-desk
Physical addressMailing address
CSDMS Integration FacilityCSDMS/Greg Tucker
University of ColoradoUniversity of Colorado
4001 Discovery Dr. Office N141CCampus Box 450
Boulder, CO 80303 USABoulder, CO 80309-0450 USA
 Directions to the CSDMS Integration Facility
----
* Moved or found another job? Let us know! Please fill out this form and we will update your information.
CSDMS would like to acknowledge INSTAAR, the Institute for Arctic and Alpine Research, for hosting the CSDMS Integration Facility.
Local Links:
* University of Colorado
* Sustainability, Energy and Environment Community (SEEC)
* Institute for Arctic and Alpine Research (INSTAAR)
Contribute to CSDMS

= CSDMS Community =
==Introduction==
Members are strongly encouraged to fully participate at all levels of the CSDMS community. This includes providing model code and support tools, educational material (lectures, simulation movies, images, labs), and data for model initialization, testing and benchmarking. We also encourage members to use the community contributed models and provide feedback both to the working groups and authors --- what could be added, model successes and model limitations.
As a community effort, contributing to our groups is perhaps the finest way of focusing one's efforts. Let the chair of the appropriate group know that you want to be involved, in what capacity and how to best utilize your skills. This then could help maximize the impact of collective efforts. Working with others is the best way of getting things done.
Software vetting has three components: 1) verification that the model behaves as advertised; 2) confirmation that the code meets specifications, i.e. accompanied with metadata documentation or meets community protocols; and 3) demonstration that the model provides an accurate depiction of nature. In the world of community modeling, it is usual for software to be reviewed by a working group of specialists.
Finally the CSDMS community would like to hear of your success stories of advancing earth surface dynamics science.
==So contribute==
Submit your model source code
Provide Educational Material
Contribute data
Edit the CSDMS wiki
Participate in meetings
Feedback
Create HPCC project page

= Create a HPCC project page =
Are you using the HPCC? Then we would like to know more about your project!
Please create a project page by adding the title of your project in the box below.
WARNING: Please make sure you are logged in to the CSDMS wiki. If not, all your changes will be lost.
type=create
default=your project title
width=24
prefix=HPCCprojects:
break=no
Cyberinformatics Meeting 2009 March

=== Cyberinformatics and Numerics Working Group Meeting, March 3, 2009 ===
Date: March 3, 2009
Location: University of California, Santa Barbara(CA), USA
Host:	CSDMS
==== Introduction ====
The next meeting of the CSDMS Cyberinformatics and Numerics Working Group will be held March 3rd at the University of California in Santa Barbara, CA. There will be several presentations by CSDMS staff and HPC experts, and hands-on demonstrations of the CSDMS model-coupling tools, as well as examples of how to use OpenMP and MPI. 
The C-N Working Group is tasked with assisting the CSDMS Integration Facility and other working groups with regard to computational approaches, infrastructure and training.
A key goal of the CSDMS project is to provide our modeling community with access to, and a migration pathway toward high-performance computing. We have acquired a 512-core supercomputer from SGI (Intel quad-core 3GHz processors), with 2GB of RAM per core, for a total of 1 TB RAM. This computer will be running Red Hat Linux and will be freely available for use by CSDMS members. In order to make best use of this computer our goal is for CSDMS members who already do HPC modeling to begin using it as soon as possible and to encourage them to share their knowledge with other CSDMS members who want to learn more. We also want to begin to make use of existing toolkits and HPC components such as PETSc. To this end we have invited several people to speak on HPC topics, including Boyana Norris (CCA/HPC/PETSc expert), Eckart Meiburg (CFD modeler and host) and Terry Smith (landscape evolution modeler). In addition to these confirmed speakers we have also invited several other HPC experts (updates to follow).
Key questions to be addressed at this meeting are:
# How can we best assist our community with the migration to HPC (e.g. tutorials, workshops, online resources)?
# What sorts of solver and mesh libraries are available and what is involved in order to incorporate them into existing models?
# Is the OpenMI modeling interface sufficient for HPC applications?
# What types of surface dynamics models are most likely to benefit from HPC?
# What types of HPC projects should CSDMS prioritize in the next year?
==== Participants ====
Registration for this meeting is now closed. 
Personal invitations have been sent to specific CSDMS members with expertise in these areas to contribute to the discussion and planning of short- and long-term goals.
==== Circulars and Program====
Please follow (pdf) to view the agenda.
====Talks====
</table>