HPCCprojects:Chesapeake Bay FVCOM-ICM: Difference between revisions

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I am working in collaboration with multiple institutions and PIs to model the coastal ocean carbon cycle, particularly with respect to marsh-estuary dynamics in Chesapeake Bay.  We use FVCOM for 3d hydrodynamics and coupled offline to ICM for  a carbon based biogeochemical model.  Also, a model to simulate SAV as well as sediment diagenesis is in development.
I am working in collaboration with multiple institutions and PIs to model the coastal ocean carbon cycle, particularly with respect to marsh-estuary dynamics in Chesapeake Bay.   
We use FVCOM for 3d hydrodynamics and coupled offline to ICM for  a carbon based biogeochemical model.   
Also, a model to simulate SAV as well as sediment diagenesis is in development.
The model developed here will be adapted for use in a broad range of coastal systems.


==Objectives==
==Objectives==
<span class="remove_this_tag">List the main objectives of your project</span>
Model the carbon cycle for Chesapeake Bay.


==Time-line==
==Time-line==
<span class="remove_this_tag">Provide (estimated) start date & end date, etc</span>
March 2015-March 2016


==Models in use==
==Models in use==
<span class="remove_this_tag">Information about models / software you use</span>
FVCOM
CE-QUAL-ICM


==Results==
==Results==
<span class="remove_this_tag">List the results of your project</span>


==Users==
<span class="remove_this_tag">List the CSDMS HPCC users of your project:</span>
* <span class="remove_this_tag"><name HPCCuser></span>


==Funding==
==Funding==
<span class="remove_this_tag">Provide your project funding sources including the award number</span>
NASA


==Publications and presentations==
==Publications and presentations==

Revision as of 14:19, 20 March 2015


Chesapeake Bay FVCOM-ICM

I am working in collaboration with multiple institutions and PIs to model the coastal ocean carbon cycle, particularly with respect to marsh-estuary dynamics in Chesapeake Bay. We use FVCOM for 3d hydrodynamics and coupled offline to ICM for a carbon based biogeochemical model. Also, a model to simulate SAV as well as sediment diagenesis is in development. The model developed here will be adapted for use in a broad range of coastal systems.

Objectives

Model the carbon cycle for Chesapeake Bay.

Time-line

March 2015-March 2016

Models in use

FVCOM CE-QUAL-ICM

Results

Funding

NASA

Publications and presentations

This would be the place to list your achievements, journal articles, conference abstracts, etc

Links

This would be the place to provide links that are related to your project.

Choose one of the two categories mentioned below, that your project suites the best