nyuuzyou/wikis huggingface dataset:
Student Modeler Award 2018

Syvitski Student Modeler Award 2018
Students… It's time to apply for the CSDMS STUDENT MODELER AWARD.Applications due by January 15, 2018
CSDMS invites graduate students from earth and computer sciences to compete for the annual “CSDMS Student Modeler Award.” This year for the first time we are naming the award in honor of Jai Syvitski, CSDMS's founding executive director from 2007 to 2017, who has inspired countless modelers. 
If you have completed an outstanding research project in 2017, which involved developing an earth science model, a modeling tool, or module linking technology, you can qualify for this award! Models can be on all earth surface topics that our community embraces; terrestrial, coastal, marine, hydrological, ecological, geodynamics, or involving landscapes and human dimensions.
Entries will be judged on the basis of ingenuity, applicability, and contribution toward the advancement of geoscience modeling by a panel of experts in the field. The jurors will look at the outstanding scientific problem the modeling effort tries to solve, and how modeling contributed to the solution. Important criteria are the description of the mathematical framework, how significant the contribution to science and society is, and evaluate the presentation of the model results. Software experts on the panel will score open source code contributions, review the codes and judge coding best practices, if you submit your code. Codes that have a high quality, in the sense of modularity, platform independence, and user friendliness will receive extra bonus points.
We’ll have a prize! In addition, CSDMS will fund your visit to our meeting in Boulder, Colorado May 2018 to learn all about the CSDMS. 
To apply, submit the following to csdms@colorado.edu by January 15thth, 2018:
* a 1‐page abstract highlighting your results
* a digital copy of your thesis or research paper, 
* your code or a link to a repository of your code, and technical documentation if available.
* contact information of your supervisor.
We will treat all submissions that are still to be published confidentially.
Recipients of this year’s award will be announced by early February 2018. The winner will receive a fully funded trip* to Boulder, Colorado to attend a meeting in 2018 to learn all about CSDMS, network with other modelers and attend a suite of clinics. The meeting will be held May 22nd-24th, 2018.
The Community Surface Dynamics Modeling System deals with the Earth's surface-the ever changing, dynamic interface between lithosphere, hydrosphere, cryosphere, and atmosphere. We promote the modeling of earth surface processes by developing, and disseminating integrated software modules that predict the movement of fluids, and the flux (production, erosion, transport, and deposition) of sediment and solutes in landscapes and their sedimentary basins. 
* Trip must originate from within the Continental U.S.A.
Student Modeler Award 2020

Syvitski Student Modeler Award 2020
Students… It's time to apply for the CSDMS STUDENT MODELER AWARD.Applications due by January 17, 2020
CSDMS invites graduate students from earth and computer sciences to compete for the annual “CSDMS Student Modeler Award.” The award is in honor of Jaia Syvitski, CSDMS's founding executive director from 2007 to 2017, who has inspired countless modelers. 
If you have completed an outstanding research project in 2019, which involved developing an ecological or earth science model, a modeling tool, or module linking technology, you can qualify for this award! Models can be on all earth surface topics that our community embraces; terrestrial, coastal, marine, hydrological, ecological, geodynamics, or involving landscapes and human dimensions.
Entries will be judged on the basis of ingenuity, applicability, and contribution toward the advancement of geoscience modeling by a panel of experts in the field. The jurors will look at the outstanding scientific problem the modeling effort tries to solve, and how modeling contributed to the solution. Important criteria are the description of the mathematical framework, how significant the contribution to science and society is, and whether the modeling crosses disciplinary boundaries or uses coupling techniques. We will also evaluate the presentation of the model results. The panel will score open source code contributions, review the codes and judge coding best practices. Codes that are in an open source language, are of a high quality, are modular, are well tested, run on a variety of platforms, and are user friendly will receive the highest points.
We’ll have a prize for the top submission! In addition, CSDMS will provide travel support for the top submission to attend our annual meeting in Boulder, Colorado May, 19th through 21st, 2020 to learn all about the CSDMS. Travel support includes airfare within the continental US (partial support may be available for international submissions), airport shuttles, shared-lodging in conference hotel, breakfast and lunch each day and one banquet dinner.
To apply, submit the following to csdms@colorado.edu by January 17thth, 2020:
* a 1‐page abstract highlighting your results (required)
* a digital copy of your relevant thesis chapter or research paper (please do not submit your entire thesis!)
* your code or a link to a repository of your code, and technical documentation if available.
* contact information of your supervisor.
We will treat all submissions that are still to be published completely confidentially.
Recipients of this year’s award will be announced by early February 2020. 
The Community Surface Dynamics Modeling System deals with the Earth's surface-the ever changing, dynamic interface between lithosphere, hydrosphere, cryosphere, and atmosphere. We promote the modeling of earth surface processes by developing, and disseminating integrated software modules that predict the movement of fluids, and the flux (production, erosion, transport, and deposition) of sediment and solutes in landscapes and their sedimentary basins.
Student Modeler Award 2022

#REDIRECT Student_Modeler_Award_2023
2023 Syvitski Student Modeler Award
Applications due by January 20, 2023
CSDMS invites graduate students from earth and computer sciences to compete for the annual “CSDMS Student Modeler Award.” The award is in honor of Jaia Syvitski, CSDMS's founding executive director from 2007 to 2017, who has inspired countless modelers. 
If you have completed an outstanding research project in 2022, which involved developing an model that simulates the evolution of the landscape and seascape or that involves simulating the impact of environmental extremes on the Earthscape, a modeling tool, or module linking technology, you can qualify for this award! Models can be on all earth surface topics that our community embraces; terrestrial, coastal, marine, hydrological, ecological, geodynamics, or involving landscapes and human dimensions.
Entries will be judged on the basis of ingenuity, applicability, and contribution toward the advancement of geoscience modeling by a panel of experts in the field. The jurors will look at the outstanding scientific problem the modeling effort tries to solve, and how modeling contributed to the solution. Important criteria are the description of the mathematical framework, how significant the contribution to science and society is, and whether the modeling crosses disciplinary boundaries or uses coupling techniques. We will also evaluate the presentation of the model results. The panel will score open source code contributions, review the codes and judge coding best practices. Codes that are in an open source language, are of a high quality, are modular, are well tested, run on a variety of platforms, and are user friendly will receive the highest points.
We’ll have a prize for the top submission! The top 2 submissions will be invited to provide a student keynote presentation at the CSDMS 2023 Annual Meeting, May 16th to 18th, 2023 in Boulder, CO. Travel support will be provided and will include airfare within the continental US (partial support will be available for international submissions), airport RTD service to Boulder, shared-lodging in conference hotel, breakfast and lunch each day and one banquet dinner.
To apply, submit all of the following to csdms@colorado.edu by January 20thth, 2023:
* a digital copy of one of your relevant thesis chapter or research paper (please do not submit your entire thesis!)
* a link to a public repository of your code with an open source license, and technical documentation
* contact information of your supervisor.
We will treat all submissions that are still to be published completely confidentially.
Recipients of this year’s award will be announced in February 2023. 
The Community Surface Dynamics Modeling System deals with the Earth's surface-the ever changing, dynamic interface between lithosphere, hydrosphere, cryosphere, and atmosphere. We promote the modeling of earth surface processes by developing, and disseminating integrated software modules that predict the movement of fluids, and the flux (production, erosion, transport, and deposition) of sediment and solutes in landscapes and their sedimentary basins.
SummerInstitute2011

= Summer Institute on Earth-Surface Dynamics 2011=
== Introduction ==
NCED (National Center for Earth Surface Dynamics) and CSDMS combined forces for the Summer Institute on Earth-Surface Dynamics, SIESD, designed to engage young scientists in a focused topic in Earth-surface dynamics. The topic of the 2011 Summer Institute was Coastal Processes and the Dynamics of Deltaic Systems. NCED shares expertise on laboratory experiments and fieldwork and CSDMS brings numerical modeling experiments. This two-week institute invited PhD students and young faculty to participate in integrated modeling.
== Impressions ==
left|500px|The lab at St Anthony Falls
center|500px|Group of students analyzing river networks
left|500px|Discussing the experimental results
center|500px|Cutting up the experimental delta
left|500px|Looking at the details of the sediment deposits
center|500px|Analyzing delta evolution
== Eligibility ==
* SIESD invites graduate students, postdocs and young faculty (three years from PhD) and those who primarily teach undergraduates. Applications from women, minorities and individuals with disabilities are strongly encouraged.
== Summer School 2011 Topic ==
Summer Institute 2011 focused on ‘Coastal Processes and the Dynamics of Deltaic Systems’. Students learned from world experts about coastal processes and predictive evolution of deltas. They ran an experiment at the St Anthony Fall hydraulic laboratory. We will look at coupled models of erosion, deposition, and vegetation; responses to up- and downstream anthropogenic perturbations; and how predictive modeling can be used for restoration of these delicate ecosystems. Hands-on learning opportunities included the exploration of physical experiments as well as an intensive unit on the use of delta modeling tools available through CSDMS. The Summer Institute is designed to be a stimulating environment for learning, bonding, mentoring and life-long academic partnerships. 
We expect to jointly teach this summer school again in 2012. Will keep you posted....
SummerInstitute2012

= Summer Institute on Earth-Surface Dynamics 2012=
= August 14-23rd, 2013=
== Introduction ==
NCED (National Center for Earth Surface Dynamics) and CSDMS teach the Summer Institute on Earth-Surface Dynamics, SIESD, designed to engage young scientists in a focused topic in Earth-surface dynamics. The topic of the 2012 Summer Institute will be Future Earth: Interaction of Climate and Earth-surface Processes. NCED shares expertise on laboratory experiments and fieldwork and CSDMS brings numerical modeling experiments. This two-week institute invited PhD students and young faculty to participate in integrated modeling.
== Summer School 2012 Topic ==
This year's institute will focus on the interaction between climate and landscapes over a range of scales. What will the effect be of more intense rainfall events on surface morpho-dynamics, flooding and landslide hazards? What will the effect be of sea level rise and human impacts on coastal eco-hydrology and deltaic systems? Emphasis will be placed on the study of basic processes at the intersection of water-earth-biota using examples and data from diverse landscapes. Hands-on learning opportunities will include the exploration of physical experiments and theoretical models as well as landscape evolution modeling using the Community Surface Dynamics Modeling System (CSDMS) tools. Mentoring and broader impact activities will include touring the "Future Earth" exhibit of the Science Museum of Minnesota. The Summer Institute is designed to be a stimulating environment for learning, bonding, mentoring and life-long academic partnerships. 
Find more information and sign up here: SIESD 2012
== Modeling of Landscape Evolution and Stratigraphy Agenda ==
Day 1
* Introduction, Roadmap and Objectives --Irina Overeem and Greg Tucker
* Introduction to CSDMS
* Overview of models and modeling -- Greg Tucker
* CHILD hands-on session 1
* Experiments of Landscape Evolution and Modeling of Such Experiments -- Arvindh Singh and Greg Tucker
* Overview of Landscape Evolution Models (Part 2) -- Greg Tucker
* CHILD hands-on session 2
* Discussion
Day 2
* Overview of stratigraphic models and modeling -- Irina Overeem
* Learn to Use CSDMS Modeling Tool (CMT)
* Sedflux hands-on session 1
* Modeling the Effects of Climate Change on Stratigraphy – Irina Overeem
* Sedflux hands-on session 2
* Introduction to model coupling philosophy and technology, and discussion
* Child-Sedflux demo
* Discussion and Evaluation
== Course Material ==
{| class = "sortable" style="font-size:90%;"
!|Description
!|Downloads
|-
| Introduction to CSDMS
| presentation
|-
|A Practical Introduction to Landscape Evolution Modeling
| presentation
|-
|Notes and Files for CHILD modeling lab
| zip file
|-
|More Files for CHILD modeling lab
| zipfile 2
|-
|Modeling Stratigraphy
| presentation
|-
|Notes and Files for Sedflux modeling lab
| zipfile 3
|-
|Coupling terrestrial and marine: Sea level rise then fall
| 2D, 3D
|-
|Coupling terrestrial and marine: Sea level fall then rise
| 2D, 3D
|-
|Replacement for matlab file cvolplot.m
|zipped matlab script
|-}
SummerInstitute2013

= Summer Institute on Earth-Surface Dynamics, August 14 - 23, 2013=
== Introduction ==
 NCED (National Center for Earth Surface Dynamics) and CSDMS teach the Summer Institute on Earth-Surface Dynamics, SIESD, designed to engage young scientists in a focused topic in Earth-surface dynamics. The topic of the 2013 Summer Institute will be Subsurface to Surface: recovering surface dynamics from stratigraphic records. NCED shares expertise on laboratory experiments and fieldwork and CSDMS brings numerical modeling experiments. This two-week institute invites PhD students and young faculty to participate in integrated modeling.
== Summer School 2013 Topic ==
There has long been a disconnect between scientists studying the Earth’s past, on the scale of ‘deep time’, and those working in the modern era, typically on human/engineering time scales. A major theme of NCED, which has also found expression in recent NRC publications (NRC, 2010; Transitions, 2011) is the importance of bridging this gap. The idea is to use the Earth’s rich archival record of its own surface evolution and the value of that record to inform understanding of how Earth’s surface might change in the future, considering a spectrum of time scales because even short-term evolution is often conditioned by long-term trends. Understanding these natural trends becomes even more important as human influence grows. Sustainable solutions imply management over long periods, i.e., the goal is that current practices could be continued indefinitely without damaging the environment or depleting future resources. Sustainability thus requires forecasting the effects of current practice over multi-generational time scales. The only data available for testing such forecasts is reconstructions of the past behavior of the surface system.
Application is through a competitive process, NCED will select approximately 40 participants.Participants costs (enrollment, accommodations, and on-site meals) are supported by NCED. However, applicants should remember that they are responsible for the cost of transportation to and from Minnesota and for all incidental expenses.
Deadline for Application: May 10th, 2013
Apply now:
SummerInstitute2014

= Summer Institute on Earth-Surface Dynamics, August 12 - 21, 2014=
== Introduction ==
 NCED (National Center for Earth Surface Dynamics) and CSDMS teach the Summer Institute on Earth-Surface Dynamics, SIESD, designed to engage young scientists in a focused topic in Earth-surface dynamics. The topic of the 2014 Summer Institute will be Complexity and Predictability in Depositional Systems. NCED shares expertise on laboratory experiments and fieldwork and CSDMS brings numerical modeling experiments. This two-week institute invites PhD students and young faculty to participate in integrated modeling.
== Summer School 2014 Topic ==
This year's theme builds on the 2013 SIESD theme, linking surface processes and depositional records, with a new focus on formal, quantitative analysis of complexity and its effect on prediction both of evolution and change in present-day systems and of 3D structure in the subsurface. The key objective of the 2014 SIESD is to develop a working knowledge of analysis tools that can help us navigate the complexity of the surface-process interactions to provide insights into the behavior of depositional systems. In particular, the SIESD will combine classical methods of process analysis and prediction with methods related to emerging ideas in reduce complexity modeling, network analysis, multi-scale analysis, non-locality, pattern formation, and quantification of change. Students will participate in taught class-room sessions, hands-on work with computational tools, and a physical experiement that the course participants will design and run over the duration of the course.
Application is through a competitive process, NCED will select approximately 40 participants.Participants costs (enrollment, accommodations, and on-site meals) are supported by NCED. However, applicants should remember that they are responsible for the cost of transportation to and from Minnesota and for all incidental expenses.
Deadline for Application: June 20th, 2014
Apply now:
SurfaceDynamics Modeling CMT

==Modeling Lectures==
===Surface Dynamics Modeling with the Web Modeling Tool ===
contributed by I. Overeem
This short course aims to familiarize earth sciences and engineering graduate students with a number of numerical surface process models and hydrological models available through CSDMS, and to set you up to use these tools for your own research purposes. 
This course consists of three presentations, which were in dire need of updating, will be posted in week of July 20th 2015: 
 
# Course Introduction 
# Introduction to Modeling 
# Sediment Supply Modeling 
# River to Delta Modeling 
The Course Syllabus is posted here:
Terrestrial 1

=Terrestrial Working Group=
==Co-Chairs==
Nicole Gasparini 			Leslie Hsu 		
Tulane University 			US Geological Survey 		
Department of Earth and Environmental Sciences			W 6th Ave Kipling St. 		
New Orleans, LA 70118 			Lakewood, CO 80225 		
Email: ngaspari@tulane.edu 			Email: lhsu@usgs.gov 		
Phone: +1 504-862-3197 			Phone: +1 303-202-4080		
 			 		
== Introduction ==
The Terrestrial Working Group (currently members) deals with erosion, sediment and solute transport, and deposition on land. The processes concerned are wide ranging, from the sculpting of glacial landscapes to the formation of soil and the transport of erosional materials to the coastline.
The Group's working goals include:
* Evaluate present knowledge of processes in terrestrial environments (mountains, plains, deserts, jungles, etc., as well as human impacts in these settings) and identify the numerical models presently in use.
* Identify gaps in knowledge and areas where model development is needed. Such gaps include processes about which very little is known -- such as the dynamics of bedrock landscapes and the evolution of grain size populations -- and processes that are partly understood but for which numerical codes are under-developed.
* Define and address interesting and relevant proof-of-concept questions. These are science questions that use the CSDMS paradigm to improve our understanding of landscape evolution and its links with the atmosphere, lithosphere, biosphere, hydrosphere, and cryosphere. Proof-of-concept questions range from decadal to geological in time scale, and from small watersheds to mountain ranges in spatial scale.
* Work with the community to populate the CSDMS model toolkit with models and software tools of all types. These include large, multi-faceted landscape evolution models as well as simple, semi-analytical representations of a single process, hydrodynamic codes such as open-channel flow in 1D and 2D, tools for digital-terrain data processing, and a great many others -- any software, in fact, that can help the community better understand the dynamics of the earth's changing landscapes. 
==News Letter==
* March 2019 News Letter
* November 2018 News Letter
* September 2018 News Letter
== Terrestrial subgroups==
* Wildfire
* Data
* ......
==Terrestrial WG links==
* Members
* Meetings & presentations
* Reports
== Announcements ==
No announcements at this point
== Join ==
Do you want to become part of CSDMS? Please do so in joining a Working Group or Focus Research Group.
Terrestrial GL

===CSDMS Terrestrial Image Gallery===
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image:T078_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T077_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T076_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T075_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T074_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T073_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T072_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T071_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T070_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T069_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T068_james_syvitski.jpg|Location:Date:Credit: James
Terrestrial GL2

===CSDMS Terrestrial Image Gallery===
SyvitskiKeywords:Description:
image:T067_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T066_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T065_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T064_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T063_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T062_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T061_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T060_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T059_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T058_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T057_james_syvitski.jpg|Location:Date:Credit: James SyvitskiKeywords:Description:
image:T056_james_syvitski.jpg|Location:Date:Credit: James