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--- pmip3:wg:degla:index [2015/02/13 15:46]
ruza [Group description]
+++ pmip3:wg:degla:index [2015/02/18 12:44]
ruza [Experiment Design]
@@ Line 9: / Line 9: @@
 <note info>\\ Contacts: [[R.Ivanovic@leeds.ac.uk|Ruža Ivanović]], [[L.J.Gregoire@leeds.ac.uk|Lauren Gregoire]], [[Didier.Roche@lsce.ipsl.fr|Didier Roche]]</note>
 ===== Group description =====
@@ Line 17: / Line 16: @@
 Historical footnote: group initiated at the PMIP3 2014 Namur meeting.
+\\ \\
+----
+===== Approach =====
+It is expected that every participant model will run the one Core transient simulation through the full deglaciation (21-9 ka). The only exceptions are the computationally more expensive models for which a multi-millennia transient simulation is infeasible.
+In addition to the Core, the working group will coordinate simulations to:
+  * Assess uncertainties in boundary conditions and forcings
+  * Test specific hypotheses
+  * Focus on shorter time periods to involve computationally more expensive models
+  * Carry out model sensitivity simulations
+  * Begin earlier in the last glacial period (e.g. 26 ka)
+We encourage everyone to suggest (and document) further optional simulations.
+\\ \\
+----
+===== Structure and organisation =====
+**Working group leader:** Ruza Ivanovic [ [[http://www.see.leeds.ac.uk/people/r.ivanovic | web ]], <r.ivanovic@leeds.ac.uk> ]\\
+**Working group co-leader:** Lauren Gregoire [ [[http://www.see.leeds.ac.uk/people/l.gregoire | web]], <l.j.greoire@leeds.ac.uk> ]\\
+Please email Ruza or Lauren if you have any questions about the working group, or to join it.
+**Modelling advisory group:**\\
+Masa Kageayma [ [[http://www.lsce.ipsl.fr/Phocea/Pisp/index.php?nom=masa.kageyama | web]] ],
+Didier Roche and Paul Valdes [ [[http://www.bristol.ac.uk/geography/people/paul-j-valdes/ | web]] ]
+**Palaeoclimate sensors advisory group:**\\
+Led by: Andrea Burke [ [[http://earthsci.st-andrews.ac.uk/profile_ab276.aspx | web]] ]\\
+Other members: TBC
+\\ \\
+----
-===== Experimental set-up =====
+===== Experiment Design =====
-It is expected that every participant model will run the one //Core// transient simulation through the full deglaciation (21-9 ka). The only exceptions are the computationally more expensive models for which a multi-millenia transient simulation is unfeasible.
+Discussions on the experiment design(s) and presentation of the boundary condition data are available through the following links:
+  * [[pmip3:wg:degla:bc:core | Core simulation ]]
+  * Alternative //challenge// simulations:
+    * [[pmip3:wg:degla:bc:alt | full transient simulations ]]  [not live yet]
+    * [[pmip3:wg:degla:bc:sc | shorter challenges ]]  [not live yet]
+When the experiment designs are finalised, the boundary condition data will also be downloadable from these pages.
-In addition to the //Core//, the working group will coordinate simulations to:
+\\ \\
-* Assess uncertainties in boundary conditions and forcings
-* Test specific hyotheses
-* Focus on shorter time periods to involve computationally more expensive models
-* Carry out model sensitivity simulations
-* Begin earlier in the last glacial period (e.g. 26 ka)
-We encourage everyone to suggest (and document) further simulations and everyone is free to choose which additional simulations to the //Core// to carry out.
+----
-===== More =====
+===== Meetings =====
-  * [[Members]]
+  * PMIP meeting, Namur (Belgium) May 2014
+  * Others TBA \\ \\
-  * [[meetings|Meetings]]
-\\ \\ \\
 ----
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