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호주
Dept of Environment, Water and Natural Resources - Flood Mapping of the River Murray 300GL
This study was undertaken to assist in flood preparedness and risk management activities for the River Murray. The study predicts the flood extent for a range of flows when measured at the border to South Australia which are expressed in megalitres per day (ML/d). Scenario datasets released include: lOOGL,120GL,130GL,140GL, 160GL, 180GL, 200GL, 250GL, 300GL, 341GL.
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연관 데이터
Dept of Environment, Water and Natural Resources - Flood Mapping of the River Murray 180GL
공공데이터포털
This study was undertaken to assist in flood preparedness and risk management activities for the River Murray. The study predicts the flood extent for a range of flows when measured at the border to South Australia which are expressed in megalitres per day (ML/d). Scenario datasets released include: lOOGL,120GL,130GL,140GL, 160GL, 180GL, 200GL, 250GL, 300GL, 341GL.
Murray-Darling Basin Authority - River Murray Flood Mapping (1956 flood boundary)
공공데이터포털
River Murray Flood Mapping shows the extent of flooding based on historical records and some associated information (e.g. flood depth contours and levels) captured by two different projects for (1) the River Murray from the mouth to the South Australian border, and (2) the River Murray from the South Australian border to Lake Hume. © Commonwealth of Australia (Murray–Darling Basin Authority) 1999. Some data contributed by the South Australian government.
Department for Environment and Water - River Murray Flood 2022
공공데이터포털
Boundary showing the extent of land flooded during the 2022/2023 flood event for the River Murray.
Wollongong City Council - Mullet Creek - Flood Model User Guide and Data
공공데이터포털
The Flood Model User Guideline for Mullet Creek has been developed to accompany the handover of the 2023 Mullet Creek Floodplain Risk Management Study and Plan (FPRMSP) hydrological and hydraulic models to consultants that propose to undertake flood assessments within the catchment. The document defines the modelling approach and details the model parameters that were adopted for the FPRMSP. The primary purpose of the Guideline is to ensure that the unique aspects of the hydrological and hydraulic models are captured in future flood assessments using the Mullet Creek models.