Discharge:Station 000001: Difference between revisions
From DFO – Flood Observatory
DFO Kettner (talk | contribs) Update discharge for AreaId=15 Tag: Recreated |
DFO Kettner (talk | contribs) Update discharge for AreaId=15 |
||
| (145 intermediate revisions by the same user not shown) | |||
| Line 1: | Line 1: | ||
{{DischargeMetaData | {{DischargeMetaData | ||
|Pagename=PAGENAME | |||
|RiverName=Fitzroy | |||
|Country=Australia | |||
|AreaId=15 | |AreaId=15 | ||
|LongTermDischarge=98. | |LongTermDischarge=98.2 | ||
|LastObservationDateDischarge= | |LastObservationDateDischarge=20-01-2026 | ||
|LastObservationDischarge= | |LastObservationDischarge=96.8 | ||
|DischargeFlowStatus= | |DischargeFlowStatus=2 | ||
|DischargeDataLink=https:// | |DischargeDataLink=https://csdms.colorado.edu/pub/flood_observatory/DFODischarge/15_discharge.csv | ||
|DischargeDailySummary=On | |DischargeDailySummary=On January 20, the historical discharge typically ranges from 27.6 m<sup>3</sup>/s to 258.6 m<sup>3</sup>/s (between the 10<sup>th</sup> and the 90<sup>th</sup> percentiles). Today's discharge is 96.8 m<sup>3</sup>/s. | ||
|DischargeCoordinatesPoint= | |DischargeCoordinatesPoint=-18.4, 125.4 | ||
| | |DischargeGEOJSONpoly= | ||
|DischargeNotes=Some notes | |||
|DischargeDetailPlot=15_halfyeardischarge.png | |DischargeDetailPlot=15_halfyeardischarge.png | ||
|DischargeEntirePlot=15_entirerecorddischarge.png | |DischargeEntirePlot=15_entirerecorddischarge.png | ||
}} | }} | ||
Latest revision as of 06:00, 20 January 2026
| River | Fitzroy |
| Country | Australia |
| AreaId | 15 |
| LongTermDischarge | 98.2 m3/s |
| LastObservationDateDischarge | 20-01-2026 |
| LastObservationDischarge | 96.8 m3/s |
| DischargeFlowStatus | 2 |
| DischargeDataLink | download data |
| DischargeDailySummary | On January 20, the historical discharge typically ranges from 27.6 m3/s to 258.6 m3/s (between the 10th and the 90th percentiles). Today's discharge is 96.8 m3/s. |
| DischargeGEOJSONpoly | |
| DischargeNotes | Some notes |
Location where discharge is determined.
