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==Lectures==
{{PageTitle|Lectures}}
The lectures on this page illustrate aspects of environments that the CSDMS Project tries to capture by a suite of models. The freely downloadable images are generously contributed by various people. Please make sure to credit the contributors when you are using these lectures.
Lectures are generously contributed by various people. Please make sure to credit the contributors when you are using these lectures.<br>
Contribute lectures? Please email: [mailto:csdms@colorado.edu csdms@colorado.edu]


{|{{Educational_portal_layout}}
{|{{Educational_portal_layout}}
! colspan="2"| <b>Lectures</b>
! colspan="2"| <b>Lectures</b>
|-
|-
|[[File:New_zealand_river.png‎ | 200px | left | link=Earth-Surface_Dynamics_Modeling]]
|valign=top|[[File:Waxlakedeltas.png | 200px | left | link=Deltas_short_course]]
|valign=top|[[Earth-Surface_Dynamics_Modeling | '''Quantitative Earth-Surface Dynamics Modeling''']]
|valign=top|[[Deltas_short_course|'''Deltas: Dynamics, Morphology and Observing of delta processes and human impacts''']]
''Syvitski, James P.M.''
''James Syvitski''
<BR><BR>
<br>
These presentations form a overview course on Earth-surface Dynamics Modeling & Model Coupling, intended for graduate level.  
<br>
Short course on defining the delta environment and its processes, how remote-sensing data is used in deltas, and how humans are impacting deltas
|-
|-
 
 
|-
|valign=top|[[File:CHILDS2S.png | 200px | left | link=Chapman_Source_to_Sink]]
|valign=top|[[Chapman_Source_to_Sink|'''Source to Sink Systems around the World''']]
''Chapman Conference Keynote Lectures''
<br>
<br>
Concepts of sediment dispersal from land origins to marine accumulation: source to sink.
Sediment production in uplands, transfer in rivers and coasts and deposition in the marine domain.
|-
|-
|-
|valign=top|[[File:CEMwiringdiagram.png | 200px | left | link=Plug_and_Play_lectures]]
|valign=top|[[Plug_and_Play_lectures|'''Plug and Play Component Technology''']]
''CSDMS IF staff''
<br><br>
An introduction in CSDMS models, components, and plug and play technology as a general concept, and a practical introduction into CMT in this context.
|-
|-
|-
|valign=top|[[File:DEM2.png | 200px | left | link=Geological Modeling]]
|valign=top|[[SurfaceDynamics Modeling CMT|'''Surface Dynamics Modeling''']]
''Irina Overeem''
<br><br>
These presentations are part of a graduate student short course on "Surface Dynamics Modeling".  
|-
|-
|valign=top|[[File:Geological_modeling.png | 200px | left | link=Source_to_Sink_Modeling_Lectures]]
|valign=top|[[Source_to_Sink_Modeling_Lectures|'''Short Course on Source To Sink Modeling''']]
''Irina Overeem and Albert Kettner''
<br><br>
These presentations focus on modeling of a drainage basin and its sediment supply to a marine basin over medium to long time-scales, intended for graduate level teaching.
This short course consists of 4 presentations.
|-
 
|-
|valign=top|[[File:Geological_modeling.png | 200px | left | link=Geological Modeling]]
|valign=top|[[Geological Modeling|'''Geological Modeling''']]
''Irina Overeem''
<br><br>
These 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.  
|-
|-
|[[File:Bedforms.png | 200px | left | link= 1D Sediment Transport ]]
|valign=top|[[File:Bedforms.png | 200px | left | link= 1D Sediment Transport ]]
|valign=top|[[1D Sediment Transport | '''1D Sediment Transport''']]
|valign=top|[[1D Sediment Transport | '''1D Sediment Transport''']]
''Gary Parker''
''Gary Parker''
Line 17: Line 64:
These modules are developed as an online resource on sediment transport modeling intended for graduate level courses. Excel files serve as illustration and excercises with different topics. Part of the Excel files contain Visual Basic for Applications code.
These modules are developed as an online resource on sediment transport modeling intended for graduate level courses. Excel files serve as illustration and excercises with different topics. Part of the Excel files contain Visual Basic for Applications code.
|-
|-
|[[File:MissouriRiver.png | 200px | left | link=Morphodynamics of Rivers]]
|valign=top|[[File:MissouriRiver.png | 200px | left | link=Morphodynamics of Rivers]]
|valign=top|[[Morphodynamics of Rivers|'''Morphodynamics of Rivers''']]
|valign=top|[[Morphodynamics of Rivers|'''Morphodynamics of Rivers''']]
''Gary Parker''
''Gary Parker''
Line 23: Line 70:
These modules are developed as an online resource on river morphodynamics intended for graduate level courses.  
These modules are developed as an online resource on river morphodynamics intended for graduate level courses.  
|-
|-
|[[File:Geological_modeling.png | 200px | left | link=Geological Modeling]]
|valign=top|[[File:New_zealand_river.png‎ | 200px | left | link=Earth-Surface_Dynamics_Modeling]]
|valign=top|[[Geological Modeling|'''Geological Modeling''']]
|valign=top|[[Earth-Surface_Dynamics_Modeling | '''Quantitative Earth-Surface Dynamics Modeling''']]
''Irina Overeem''
''James P.M. Syvitski''
<br><br>
<BR><BR>
These 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.  
These presentations form a overview course on Earth-surface Dynamics Modeling & Model Coupling, intended for graduate level.
|-
|-
|}
|}

Latest revision as of 12:51, 2 June 2020

Lectures

Lectures are generously contributed by various people. Please make sure to credit the contributors when you are using these lectures.
Contribute lectures? Please email: csdms@colorado.edu

Lectures
Deltas: Dynamics, Morphology and Observing of delta processes and human impacts

James Syvitski

Short course on defining the delta environment and its processes, how remote-sensing data is used in deltas, and how humans are impacting deltas

Source to Sink Systems around the World

Chapman Conference Keynote Lectures

Concepts of sediment dispersal from land origins to marine accumulation: source to sink. Sediment production in uplands, transfer in rivers and coasts and deposition in the marine domain.

Plug and Play Component Technology

CSDMS IF staff

An introduction in CSDMS models, components, and plug and play technology as a general concept, and a practical introduction into CMT in this context.

Surface Dynamics Modeling

Irina Overeem

These presentations are part of a graduate student short course on "Surface Dynamics Modeling".

Short Course on Source To Sink Modeling

Irina Overeem and Albert Kettner

These presentations focus on modeling of a drainage basin and its sediment supply to a marine basin over medium to long time-scales, intended for graduate level teaching. This short course consists of 4 presentations.

Geological Modeling

Irina Overeem

These 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.

1D Sediment Transport

Gary Parker

These modules are developed as an online resource on sediment transport modeling intended for graduate level courses. Excel files serve as illustration and excercises with different topics. Part of the Excel files contain Visual Basic for Applications code.

Morphodynamics of Rivers

Gary Parker

These modules are developed as an online resource on river morphodynamics intended for graduate level courses.

Quantitative Earth-Surface Dynamics Modeling

James P.M. Syvitski

These presentations form a overview course on Earth-surface Dynamics Modeling & Model Coupling, intended for graduate level.

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