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Ownership at nodes and links - SRG

Owned by teamcity (Deactivated)
11 Aug 2017

The rationale for modelling water ownership, and the overall principles, are discussed in the Ownership Systems SRG entry.


A listing of nodes and links in Source summarising where information on how ownership is modelled can be found (where applicable) is presented in Table 1.


Table 1 — Where information on modelling Ownership at nodes and links can be found

Node/link

Reference (where applicable)

Bulk licensing node

Not applicable.

Confluence node

Ownership at Inflow and Confluence Nodes - SRG page.

Controlled splitter

Splitter node - SRG page.

Gauge node

Not applicable.

Maximum order constraint

Maximum order constraint - SRG page.

Minimum flow node

Minimum Flow Requirement - SRG page.

Environmental demand node

Not applicable.

Inflow node

Ownership at Inflow and Confluence Nodes - SRG page.

Loss node

To be confirmed.

NetLP parallel arcs node

To be confirmed.

Off-allocation node

Off Allocation SRG page.

Storage node

Ownership in Storages - SRG page.

Supply point node

Supply point node - SRG page.

Transfer ownership node

Transfer ownership node - SRG page.

Water user node

Not applicable.

Wetland hydraulic connector

Ownership in Wetlands - SRG page.

Links

Ownership in Links - SRG page.

 

See the references in Table 1 for information on spatial and temporal scales. Overview information is available in the Ownership Systems SRG entry.

For Source, ownership modelling has been developed by eWater CRC.

Ownership has been modelled in predecessors to Source, such as IQQM and MSM, for many years. The concepts in these models have been updated and enhanced to suit the needs of Source.

See the references in Table 1 for Source version number information.

See the references in Table 1 for information on dependencies.

See the references in Table 1 for information on Structure & Processes.

Input data
Details on input data are provided in the Source User Guide.

See the references in Table 1 for information on parameters and settings.

See the references in Table 1 for information on outputs.

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