Module WaterQuality - Revision history

Francisco: /* Larvae WaterQuality Definitions */

2011-09-09T16:24:56Z

‎Larvae WaterQuality Definitions

2011-09-09T16:24:21Z

‎MOHID Input Files

2011-09-09T16:19:02Z

‎MOHID Input Files

2011-09-09T16:17:56Z

‎MOHID Input Files

2011-09-09T16:17:10Z

‎MOHID GUI Input Files

2011-06-20T16:01:45Z

‎Overview

2011-06-20T15:45:00Z

‎Overview

2011-06-20T15:44:48Z

‎Overview

2011-06-20T15:44:39Z

‎Overview

2011-06-20T15:43:59Z

‎Overview

@@ Line 158: / Line 158: @@
   POMPOOLS          : 1     !activates POM pools dynamics in the sediment
-== Larvae WaterQuality Definitions ==
+== Lagrangian Larvae WaterQuality Definitions ==
 In order to run the waterquality module for lagrangian larvae it is mandatory to define the location of the waterquality file with the keyword WQM_DATA_FILE. For example:

@@ Line 157: / Line 157: @@
   OXYGEN            : 1
   POMPOOLS          : 1     !activates POM pools dynamics in the sediment
 == References ==

@@ Line 103: / Line 103: @@
 [[Image:POM_pools_scheme.png]]
-=== MOHID Input Files ===
+== MOHID Input Files ==
 The following examples are for one property. The same must be defined to others. The following keywords are mandatory. Optional keywords are not represented, as well as the remaining structure of the files already used by the WaterQuality module.
-==== InterfaceSedimentWater ====
+=== InterfaceSedimentWater ===
   <beginproperty>
   NAME                  : pon1
@@ Line 118: / Line 118: @@
   <endproperty>
-==== Free Vertical Movement ====
+=== Free Vertical Movement ===
   <beginproperty>
   NAME                 : pon1
@@ Line 126: / Line 126: @@
   <endproperty>
-==== WaterProperties ====
+=== WaterProperties ===
   <beginproperty>
   NAME                 : pon1
@@ Line 138: / Line 138: @@
   <endproperty>
-==== WaterQuality ====
+=== WaterQuality ===
   NITROGEN      : 1
   PHOSPHOR      : 1        !optional if NITROGEN is activated
@@ Line 152: / Line 152: @@
   PONCPRATIO     : 0.05    ! CP ratio for POP1 (user defined)
-==== Benthos ====
+=== Benthos ===
   NITROGEN          : 1
   PHOSPHORUS        : 1     !optional if NITROGEN is activated

@@ Line 103: / Line 103: @@
 [[Image:POM_pools_scheme.png]]
-==== MOHID Input Files ====
+=== MOHID Input Files ===
 The following examples are for one property. The same must be defined to others. The following keywords are mandatory. Optional keywords are not represented, as well as the remaining structure of the files already used by the WaterQuality module.
-===== InterfaceSedimentWater =====
+==== InterfaceSedimentWater ====
   <beginproperty>
   NAME                  : pon1
@@ Line 118: / Line 118: @@
   <endproperty>
-===== Free Vertical Movement =====
+==== Free Vertical Movement ====
   <beginproperty>
   NAME                 : pon1
@@ Line 126: / Line 126: @@
   <endproperty>
-===== WaterProperties =====
+==== WaterProperties ====
   <beginproperty>
   NAME                 : pon1
@@ Line 138: / Line 138: @@
   <endproperty>
-===== WaterQuality =====
+==== WaterQuality ====
   NITROGEN      : 1
   PHOSPHOR      : 1        !optional if NITROGEN is activated
@@ Line 152: / Line 152: @@
   PONCPRATIO     : 0.05    ! CP ratio for POP1 (user defined)
-===== Benthos =====
+==== Benthos ====
   NITROGEN          : 1
   PHOSPHORUS        : 1     !optional if NITROGEN is activated

@@ Line 103: / Line 103: @@
 [[Image:POM_pools_scheme.png]]
-==== MOHID GUI Input Files ====
+==== MOHID Input Files ====
 The following examples are for one property. The same must be defined to others. The following keywords are mandatory. Optional keywords are not represented, as well as the remaining structure of the files already used by the WaterQuality module.

@@ Line 1: / Line 1: @@
 == Overview ==
-[[Image:WQ-Graph-2.png|thumb|360px|Caption|Water Quality diagram that illustrates the document intitled ''MOHID WaterQuality Module - Technical Guide''.]]
+[[Image:WQ-Graph-2.png|thumb|360px|Caption|Water Quality diagram that illustrates the document intitled ''MOHID WaterQuality Module - Technical Guide - September 2005''.]]
 The ecological model described in Module Water Quality is adapted from EPA (1985) and pertain to the category of ecosystem simulations models i.e. sets of conservation equations describing as adequately as possible the working and the interrelationships of real ecosystem components. The nitrogen, oxygen, phosphorus and silica biogeochemical cycles are included.