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NSW Department of Climate Change, Energy, the Environment and Water - Georges River Flood Data August 5th-6th, 1986
This report details the flood gauging operation undertaken on 5th and 6th August, 1986 and presents the data collected for the Georges River catchment in Sydney. The Georges River catchment area is approximately 960 square kilometres and is shown in Figure 2.1. The main arm of the river begins its course near the Cataract Dam, and exits into Botany Bay. The main channel is joined throughout its course by minor streams and creeks, and also by the Woronora River; which exits into the Georges River. The catchment area comprises a large part of the south western urban area of the city of Sydney, and the floods that have occurred in the catchment have at times caused significant damage to property. To rationalise future development of the area in the face of potential flood threats, various numerical and physical models have been developed by both the University of N.S.W. Water Research Laboratory, and the Public Works Department's Manly Hydraulics Laboratory. The success of the models in predicting the flooding characteristics of various flood events depend upon collecting specific flood data over a series of floods· for model calibration and verification. To this end, all known information regarding previous floods has been documented (Ref. 1), but there is a need for more comprehensive flood data, especially for major floods. Manly Hydraulics Laboratory's Data Collection Section was requested by the Department's Rivers and Ports Branch to co-ordinate and undertake flood monitoring at various sites over the area which is being modelled. These monitoring sites appear in Figure 1.1. A previous report (Ref. 1) details the results of gauging of minor floods undertaken in 1978 and 1983. Flood gauging on the 5th and 6th August, 1986 was carried out by personnel from Manly Hydraulics Laboratory, Rivers and ports Branch and the Water Research Laboratory. The general extent of the flooding can be seen in Plates 1.1 - 1.3. The current metering lines, flood gauge locations and automatic recorder locations from which data was collected are as follows: i) Current metering/gauge observations at: East Hills Footbridge Milperra Road Bridge Mountbatten Bridge Lansdowne Bridge ii) Automatic recorders located at: Milperra Bridge Cutler Road, Lansvale Liverpool. Weir. Data collection from the Irelands Bridge current metering station and the Scrivener Street auto recorder is also specified under the Georges river flood data collection program, but inaccessibility to the bridge and equipment malfunction respectively, precluded data collection from these sites on this occasion.
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NSW Department of Climate Change, Energy, the Environment and Water - Georges River Flood Data April 28th - May 1st, 1988
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This report details the flood gauging operation undertaken on 30th April, 1988 and presents the data collected for the Georges River catchment, Sydney. The Georges River catchment area is approximately 960 square kilometres and is shown in Figure 1.1. The main arm of the river begins its course near the Cataract Dam, and exits into Botany Bay. The main channel is joined throughout its course by minor streams and creeks. The Woronora River catchment also drains into the Georges River. The catchment area comprises a large part of the south western urban area of the city of Sydney, and the floods that have occurred in the catchment have at times caused significant damage to property. To rationalise future development of the area in the face of potential flood threats, various numerical and physical models have been developed by both the University of N.S.W. Water Research Laboratory, and the Public Works Department's Manly Hydraulics Laboratory. The success of the models in predicting the flooding characteristics of various flood events depend upon collecting specific flood data over a series of floods for model calibration and verification. To this end, all known information regarding previous floods has been documented (Ref. 1 and 4), but there is a need for more comprehensive flood data, especially for major floods. Manly Hydraulics Laboratory (M.H.L.) was requested by the Department's Coast and Rivers (C&R) Branch to co-ordinate and undertake flood monitoring at various sites over the area which is being modelled. These monitoring sites appear in Figure 1.2. Previous reports (Ref. 1 and 4) detail the results of gauging of earlier floods undertaken in 1978, 1983 and 1986. Flood gauging on the 30th April, 1988 was carried out by personnel from the Department's M.H.L. and C&R. The general extent of the flooding 12 hours after the peak can be seen in Plates 1 4. The current metering lines, flood gauge locations and automatic recorder locations from which data was collected are as follows: i) Current metering/gauge observations at: East Hills Footbridge Mountbatten Bridge Lansdowne Bridge ii) Automatic recorders located at: Milperra Bridge Cutler Road, Lansvale Scrivener Street, Warwick Farm (* This recorder malfunctioned during the flood event.) Liverpool Weir Prospect Creek, Lansdowne
NSW Department of Climate Change, Energy, the Environment and Water - Georges River Flood Data
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This report details the flood gauging operations undertaken from 1700 hrs on March 21st, 1983 to 0200 hrs on March 22nd, 1983 and presents previous flood data collected on the Georges River. The Georges River has a total catchment area of approximately 650 square kilometres and flows into the south-western corner of Botany Bay about 15km south of Sydney. The tidal influence under low freshwater discharge conditions extends approximately 40km upstream and terminates at Liverpool Weir. Flood monitoring at selected sites as defined in Figure 1 is undertaken for floods in excess of a one in ten year frequency. Flood monitoring is commenced on receipt of Confidential/Preliminary Flood Warning advice when it is predicted that a stage level of 2.0 meters at the Liverpool Weir gauge (approximately 4.7m AHD) will be exceeded. The collection of this flood data has in the past and will in the future be used to calibrate physical modeIs which are constructed at the PWD Manly Hydraulics Laboratory and U.N.S.W. Water Research Laboratory. The current metering- lines, flood gauge location and automatic recorder locations are as follows: i) Current metering/flood level observations: East Hills Footbridge Milperra Road Bridge Rabaul Road (gauge readings only) Lansdowne Bridge - Prospect Creek Irelands Bridge - Cabramatta Creek Mountbatten Bridge - Warwick Farm ii) Automatic recorders are located: Milperra Bridge (see note below) Lansdowne Bridge Cutler Road, Lansvale Scrivener Street, Warwick Farm Liverpool weir (upstream) Note on Milperra - The Milperra automatic recorder is located immediately upstream of the road bridge. It consisted of two measurement points, however only the downstream one was operating at the time of the monitoring. The recorder has since been modified and now has only one measurement point.
NSW Department of Climate Change, Energy, the Environment and Water - Georges River Flood Data April 28th-May 1st 1988
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The data presented in this report was collected within the Georges River catchment during the flood of the 28th April to the Ist May, 1988. Flood monitoring was carried out in accordance with the Public Works Department program for collecting flood data on the Georges River between East Hills and Liverpool. Contents: * Weather Conditions [Meteorological Summary; Rainfall Data Collection] * Flood Levels [Automatic Recording Stations; Flood Monitoring Stations; Peak Flood Levels] * Flood Velocities * Flood Discharge
NGSC St Arnaud Flood study 2019
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Data hosted on data.gov.au
Lake Macquarie City Council - North Creek Warners Bay Flood Study January 2025 Final Report - All appendices & figures included
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This document constitutes the first and second stages of the management process for the North Creek catchment. It presents a compilation of the data collected and has defined flood behaviour and flood risk for the catchment area. This study was commissioned under the 2005 NSW Floodplain Development Manual (Reference 1), however, it is recognised that the 2023 Flood Risk Management Manual (Reference 2) was gazetted shortly after the project commenced. While the study was undertaken in accordance with the 2005 manual, there are elements that are consistent to both the 2005 and 2023 manuals. Where appropriate, the 2023 manual is referenced where project methodology or outputs are consistent with the new 2023 manual
NSW Department of Climate Change, Energy, the Environment and Water - Flood Data Collection, Dungog and Stroud - Flood Event 21 April 2015 - Report
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Flood Data Collection, Dungog and Stroud - Flood Event 21 April 2015 - Report
기후에너지환경부 한강홍수통제소 홍수예보 유역평균강수량
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한강홍수통제소에서 관측하는 대권역, 표준유역 별 강수량자료를 활용하여 계산한 표준유역별 강수량 데이터로 10분단위 관측 자료입니다.
NSW Department of Climate Change, Energy, the Environment and Water - NSW COAST FLOOD SUMMARY FEBRUARY/MARCH 2022
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The NSW coast experienced flooding in February/March 2022 due to significant rainfall events. The aim of this report is to provide a snapshot of the intensity of flooding experienced across the coast of NSW based on the river and rainfall data collected within the 61 disaster declared LGAs. This flood summary report will assist with decision making for prioritisation and future investment for flood risk management.
Central Coast Council - Erina Creek Flood Study Review
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The 32km2 Erina Creek catchment is one of the major tributaries entering Brisbane Water at East Gosford (Figure 1). Figure 2 shows a digital terrain image of the study area and Figures 3 to 5 show further detail of the study area. Figure 6 indicates the current land use zones. The Erina Creek Flood Study Review 1990 was completed in 1991 (Reference 1), which utilised information available and current at the time hydrologic and hydraulic models to produce design flood profiles along the lower parts of Erina Creek. The aim of the present study is to update the Erina Creek Flood Study Review 1990 with currently available data, notably the use of airborne laser scanning (ALS) data and more sophisticated hydraulic modelling techniques as well as verification to the June 2007 event. All earlier flood studies of Erina Creek were superseded with completion of the Erina Creek Flood Study Review 1990. WMAwater was engaged by Gosford City Council to undertake the Erina Creek Flood Study Review utilising current technology and data. The information and results obtained from the study will provide a basis for development of targeted stormwater management strategies and a subsequent Floodplain Risk Management Study and Plan. The study was developed in order to meet the primary objective of defining the flood behaviour (50%, 20%, 10%, 5%, 2%, 1%, 0.5%, 0.2% AEP and the Probable Maximum Flood (PMF) design events) along the major tributaries in the Erina Creek catchment. The study area was significantly greater than for the previous 1991 Flood Study. This report details the results and findings of the Flood Study investigations. The key elements include:,
NSW Department of Climate Change, Energy, the Environment and Water - Macquarie Rural Floodplain Management Study - Phase A (DRAFT Environmental Section) - Report
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Complete report