Age of Water - User contributions [en]

Harmonize lake and catchment datasets

2017-02-02T22:03:13Z

Gil: Added PropertyValue: Participants = Paul Hanson

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** PIHM will generate this data in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Hilary_Dugan|
Participants=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Yu_Zhang|
Progress=30|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T22:03:08Z

Gil: Deleted PropertyValue: Participants = Paul Hanson\

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** PIHM will generate this data in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Hilary_Dugan|
Participants=Chris_Duffy|
Participants=Yu_Zhang|
Progress=30|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T22:03:05Z

Gil: Added PropertyValue: Participants = Paul Hanson\

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** PIHM will generate this data in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Hilary_Dugan|
Participants=Paul_Hanson\|
Participants=Chris_Duffy|
Participants=Yu_Zhang|
Progress=30|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T22:02:59Z

Gil: Deleted PropertyValue: Participants = Hilary Dugan

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** PIHM will generate this data in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Hilary_Dugan|
Participants=Chris_Duffy|
Participants=Yu_Zhang|
Progress=30|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T22:02:54Z

Gil: Set PropertyValue: Owner = Hilary Dugan

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** PIHM will generate this data in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Hilary_Dugan|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=30|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T22:02:39Z

Gil: Set PropertyValue: Progress = 30

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** PIHM will generate this data in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=30|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Create integrated workflow

2017-02-02T21:49:00Z

Gil: Set PropertyValue: Owner = Yu Zhang

[[Category:Task]]

* Eventually one would want to fully couple PIHM and GLM so that state variables can be passed on back and forth at each time increment, iterating over the desired time period
* For simplicity, PIHM can be run first for the whole time period then its outputs are passed to GLM



{{#set:
Owner=Yu_Zhang|
Progress=0|
StartDate=2017-03-30|
TargetDate=2017-03-31|
Type=Low}}

Create integrated workflow

2017-02-02T21:48:50Z

Gil: Set PropertyValue: TargetDate = 2017-03-31

[[Category:Task]]

* Eventually one would want to fully couple PIHM and GLM so that state variables can be passed on back and forth at each time increment, iterating over the desired time period
* For simplicity, PIHM can be run first for the whole time period then its outputs are passed to GLM



{{#set:
Progress=0|
StartDate=2017-03-30|
TargetDate=2017-03-31|
Type=Low}}

Create integrated workflow

2017-02-02T21:48:30Z

Gil:

Harmonize lake and catchment datasets

2017-02-02T21:36:22Z

Gil:

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** PIHM will generate this data in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T21:34:03Z

Gil:

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** We will have it all in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow (Q)
**** Total inflow and outflow should balance, except for precipitation and evaporation (though PIHM can provide them) which GLM provides



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T21:31:37Z

Gil:

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** We will have it all in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow (typically positive), then groundwater outflow (typically negative), outlet flow
**** In and outflow should balance, except for precipitation and evaporation (though PIHM can provide evaporation)



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T21:26:16Z

Gil:

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** We will have it all in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater inflow, then groundwater outflow, outlet flow



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T21:24:04Z

Gil:

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean, flow as m3/s
*** We will have it all in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, then surface flow for each of the 4 inflow rivers, then overland flow, then groundwater flow, then outlet flow



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-02T21:20:26Z

Gil:

[[Category:Task]]

* Test case: Mendota
** PIHM output for GLM:
*** Inflow rivers to consider:
**** Yahara
**** Pheasant Branch
**** Six Mile
**** Spring Harbour (a very small one)
*** For each inflow, PIHM will output: surface flow (ie streamflow), subsurface flow, and groundwater as 3 files
*** Scale: daily, taking the mean
*** We will have it all in a single file, which can be postprocessed to break it down into separate files
**** Structure of the file: the columns will be: time, flow, flow, flow, flow



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Temperature

2017-02-02T20:41:42Z

Gil:

[[Category:DataType]]

This represents the surface temperature of the inflow.

Yahara hydrology dataset 2014-2016

2017-02-02T20:41:13Z

Gil: Updated Subobjects

[[Category:UserProvidedData]]


File: [[File:Mendota yahara.csv]]

{{#set:
Columns=Time|
Columns=Flow|
Columns=Temperature|
DataWikiLocation=Mendota_yahara.csv|
Format=CSV}}
{{#subobject:Time|Index=0}}{{#subobject:Flow|Index=1}}{{#subobject:Temperature|Index=2}}

Yahara hydrology dataset 2014-2016

2017-02-02T20:41:11Z

Gil: Updated Subobjects

Yahara hydrology dataset 2014-2016

2017-02-02T14:51:31Z

Gil: Added PropertyValue: Columns = Temperature

[[Category:UserProvidedData]]


{{#set:
Columns=Temperature|
Columns=Time|
Columns=Flow}}
{{#subobject:Time|Index=0}}{{#subobject:Flow|Index=1}}{{#subobject:Temperature|Index=2}}

Yahara hydrology dataset 2014-2016

2017-02-02T14:51:23Z

Gil: Added PropertyValue: Columns = Flow

[[Category:UserProvidedData]]


{{#set:
Columns=Flow|
Columns=Time}}
{{#subobject:Time|Index=0}}{{#subobject:Flow|Index=1}}

Yahara hydrology dataset 2014-2016

2017-02-02T14:51:17Z

Gil: Added PropertyValue: Columns = Time

[[Category:UserProvidedData]]


{{#set:|
Columns=Time}}
{{#subobject:Time|Index=0}}

Mendota climate hourly dataset 2010-2015

2017-02-02T14:51:04Z

Gil: Deleted PropertyValue: Columns = Temperature

[[Category:UserProvidedData]]


{{#set:}}
{{#subobject:Temperature|Index=1}}{{#subobject:Time|Index=0}}{{#subobject:Flow|Index=1}}

Mendota climate hourly dataset 2010-2015

2017-02-02T14:51:02Z

Gil: Deleted PropertyValue: Columns = Flow

[[Category:UserProvidedData]]


{{#set:
Columns=Temperature}}
{{#subobject:Flow|Index=0}}{{#subobject:Time|Index=0}}{{#subobject:Temperature|Index=1}}

Mendota climate hourly dataset 2010-2015

2017-02-02T14:51:01Z

Gil: Deleted PropertyValue: Columns = Time

[[Category:UserProvidedData]]


{{#set:
Columns=Flow|
Columns=Temperature}}
{{#subobject:Time|Index=0}}{{#subobject:Flow|Index=0}}{{#subobject:Temperature|Index=1}}

Mendota climate hourly dataset 2010-2015

2017-02-02T14:48:47Z

Gil: Added PropertyValue: Columns = Temperature

Temperature

2017-02-02T14:48:47Z

Gil: Creating new page with Category: DataType

[[Category:DataType]]

Mendota climate hourly dataset 2010-2015

2017-02-02T14:48:37Z

Gil: Added PropertyValue: Columns = Flow

Flow

2017-02-02T14:48:37Z

Gil: Creating new page with Category: DataType

[[Category:DataType]]

Mendota climate hourly dataset 2010-2015

2017-02-02T14:48:25Z

Gil: Added PropertyValue: Columns = Time

[[Category:UserProvidedData]]


{{#set:|
Columns=Time}}
{{#subobject:Time|Index=0}}

Time

2017-02-02T14:48:25Z

Gil: Creating new page with Category: DataType

[[Category:DataType]]

Outflow

2017-02-01T01:35:58Z

Gil:

Outflow represents [https://en.wikipedia.org/wiki/Discharge_(hydrology) discharge] as the volume rate of water flow across a sectional area.

[[Category:DataType]]

Outflow

2017-02-01T01:35:05Z

Gil:

[https://en.wikipedia.org/wiki/Discharge_(hydrology) Discharge]

[[Category:DataType]]

Verify and validate the coupled lake-catchment model

2017-02-01T01:22:17Z

Gil: Set PropertyValue: TargetDate = 2017-08-31

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
StartDate=2017-04-30|
TargetDate=2017-08-31|
Type=Medium}}

Verify and validate the coupled lake-catchment model

2017-02-01T01:22:04Z

Gil: Set PropertyValue: Type = medium

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
StartDate=2017-04-30|
Type=Medium}}

Verify and validate the coupled lake-catchment model

2017-02-01T01:21:43Z

Gil: Set PropertyValue: StartDate = 2017-04-30

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
StartDate=2017-04-30}}

Verify and validate the coupled lake-catchment model

2017-02-01T01:21:35Z

Gil: Set PropertyValue: StartDate = 2017-01-31

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
StartDate=2017-01-31}}

Couple the lake and catchment models

2017-02-01T01:20:11Z

Gil: Set PropertyValue: TargetDate = 2017-10-31

[[Category:Task]]
Here we will describe our strategy for coupling the catchment-lake hydrodynamics.



{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Expertise=Hydrodynamic_modeling|
Owner=Chris_Duffy|
Participants=Jordan_Read|
StartDate=2014-11-05|
SubTask=Develop_how_the_coupling_works|
SubTask=Calibrate_the_coupled_lake-catchment_model|
SubTask=Verify_and_validate_the_coupled_lake-catchment_model|
SubTask=Make_predictions_and_projections_to_test_the_coupled_lake-catchment_model|
TargetDate=2017-10-31|
Type=High}}

Create integrated workflow

2017-02-01T01:19:26Z

Gil: Set PropertyValue: StartDate = 2017-03-30

[[Category:Task]]


{{#set:
Progress=0|
StartDate=2017-03-30|
Type=Low}}

Create integrated workflow

2017-02-01T01:19:15Z

Gil: Set PropertyValue: Progress = 0

[[Category:Task]]


{{#set:
Progress=0|
Type=Low}}

Create integrated workflow

2017-02-01T01:19:12Z

Gil: Set PropertyValue: Type = low

[[Category:Task]]


{{#set:|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:18:56Z

Gil: Deleted PropertyValue: Participants = Chris Duffy\

[[Category:Task]]


{{#set:
Expertise=Hydrology|
Expertise=Ecosystem_modeling|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:18:51Z

Gil: Added PropertyValue: Expertise = ecosystem modeling

[[Category:Task]]


{{#set:
Expertise=Ecosystem_modeling|
Expertise=Hydrology|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:18:47Z

Gil: Added PropertyValue: Expertise = hydrology

[[Category:Task]]


{{#set:
Expertise=Hydrology|
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Participants=Yu_Zhang|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:18:41Z

Gil: Added PropertyValue: Participants = Yu Zhang

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
Participants=Yu_Zhang|
Participants=Chris_Duffy|
Participants=Hilary_Dugan|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:18:34Z

Gil: Added PropertyValue: Participants = Hilary Dugan

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
Participants=Hilary_Dugan|
Participants=Chris_Duffy|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:18:25Z

Gil: Added PropertyValue: Participants = Chris Duffy

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
Participants=Chris_Duffy|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:18:17Z

Gil: Deleted PropertyValue: Participants = Chris Duffy\

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:17:27Z

Gil: Added PropertyValue: Participants = Chris Duffy\

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
Participants=Chris_Duffy\|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:17:21Z

Gil: Set PropertyValue: Owner = Paul Hanson

[[Category:Task]]


{{#set:
Owner=Paul_Hanson|
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:17:10Z

Gil: Set PropertyValue: TargetDate = 2017-03-30

[[Category:Task]]


{{#set:
Progress=0|
StartDate=2017-01-31|
TargetDate=2017-03-30|
Type=Low}}

Harmonize lake and catchment datasets

2017-02-01T01:17:02Z

Gil: Set PropertyValue: StartDate = 2017-01-31

[[Category:Task]]


{{#set:
Progress=0|
StartDate=2017-01-31|
Type=Low}}