Develop a computational model for water and carbon isotopes in lake-catchment systems
Timeline
SubTasks
From Age of Water
TypeM
high
ProgressM
100%
Start dateM
12th May 2014
Target dateM
31st Dec 2014
Participants
Expertise
computational hydrology
organic carbon modeling
ecosystem modeling
Legend: M Mandatory | States: ā–  Not defined, ā–  Valid, ā–  Inconsistent with parent
(Deleted PropertyValue: SubTask = Hold_a_workshop_to_engage_GLEON_researchers)
(Set PropertyValue: StartDate = 2014-05-12)
 
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Participants=Jordan_Read|
 
Participants=Jordan_Read|
 
Participants=Paul_Hanson|
 
Participants=Paul_Hanson|
āˆ’
StartDate=2014-08-01|
+
StartDate=2014-05-12|
 
SubTask=Develop_a_spatially_distributed_lake-catchment_model|
 
SubTask=Develop_a_spatially_distributed_lake-catchment_model|
 
SubTask=Develop_prediction_questions_for_lake-catchment_model|
 
SubTask=Develop_prediction_questions_for_lake-catchment_model|

Latest revision as of 13:12, 22 April 2015


Formulate the age modeling strategy and discuss tasks involved. Link to simple age model for now.

Potential synergies with other GLEON researchers: A GLEON group has been formed about lake-landscape interaction. Also a potential collaboration with a group in NZ.


Properties
Credits
Users who have contributed to this Task, its SubTasks and Answers:
Yandex.Metrica