SA Water operate drinking water supplies across metropolitan, regional and remote Aboriginal communities within South Australia. They are extensively tested for health, aesthetic and operational related parameters from catchment to tap, with more than 350,000 analytical results produced annually. The monitoring program is very large. It enables us to assure the quality of our product. The program includes both field and laboratory tests. Trained field staff collect samples, so we know they are taken correctly and are of high quality. Our Laboratory analyses are carried out by the Australian Water Quality Centre (AWQC). The AWQC’s tests are run in line with ISO 9001 Quality Systems and the requirements of the National Association of Testing Authorities (NATA) SA Water consistently meets national water quality targets. Although SA Water aims for 100% compliance, the ADWG recognises that occasional exceedances may occur. Any exceedance requires immediate investigation and corrective action as agreed with SA Health. The following water quality performance results sheet compares the quality of your tap water over the last 12 months to the Australian Drinking Water Guidelines (2011) where applicable.

This data is produced from 1250 customer tap locations across metropolitan and rural South Australia. Sample results can be searched by suburb or post code to display average results for a number of parameters for each of SA Water's potable supply systems.

SA Water laboratories analyses are carried out by the Australian Water Quality Centre (AWQC). Samples collected are tested in the field and in the lab by highly trained staff for quality assurance. The AWQC's tests are run in line with ISO 9001 Quality Systems and the requirements for the National Association of Testing Authorities (NATA).

Water quality sampling data undertaken at various locations within the Coorong since January 1998.

Water quality data collected offshore adjacent three tidal creeks, 2km, 15km and 30 km south of Whyalla, South Australia. Surveys undertaken in August 2005, May 2012, September 2012.

This dataset contains water quality measurements from various locations upstream from Gorge Weir to Hackney Road Bridge and downstream of the Torrens lake from City Weir to West Beach Outlet. Used to manage blue green algae over the summer period. Data is measured and analysis is conducted by the Australian Water Quality Centre (AWQC) 2-3 times per week. This dataset is provided by the National Resources Management Board to ACC on a fortnightly basis.

This collection collates all water quality collections and datasets that are collected by instruments and sensors throughout the water lifecycle.

The collection is supported by a discipline specific metadata framework focussed on water quality and was created as a collaborative effort between the University of South Australia, SA Water and Water Research Australia and will continue to expand as other water quality projects are added and metadata is enriched.

The development of this collection and the metadata framework was supported by the Australian National Data Service (ANDS) through the National Collaborative Research Infrastructure Strategy Program, as well as through the University of South Australia and SA Water.

This dataset covers pH, turbidity (NTU), conductivity (uS/cm), organics concentration (measured as dissolved organic carbon, mg/L) and organics characterization [UV absorbance @ 254 nm (cm-1) and colour @ 456 nm (Hazen unit)].

The dataset is part of a collection involving experiments or data collected to investigate the influences of vegetation and soil texture on the nutrient concentrations and the concentration and character of organics present in catchment waters of drinking supply reservoir in the context of their treatability by conventional (coagulation, flocculation and disinfection) treatment processes.

Water samples (runoff and subsurface) were collected from zero order catchments having distinct vegetative cover (Australian native vegetation, pine plantation, grasslands) and contrasting texture of the surface soil horizon. Surface water samples were also collected from the Myponga River and Myponga Reservoir.

The data presented is the result of a field scale based investigation using natural source water and does not reflect the water quality of product water from a full-scale drinking water treatment plant.

This dataset is provided by the University of South Australia (UniSA). All data in this dataset was collected as part of the Australian Research Council project, ARC Linkage-LP110200208.

The Environment Protection Act 1993 and the Environment Protection (Water Quality) Policy refer to Water Protection Areas in South Australia, which are defined for the purpose of providing special environmental protection. The data should only be used as a guide to assist in the identification of proclaimed Water Protection Areas. Please contact the EPA to verify the data.

An initial groundwater quality monitoring network consisting of 251 wells has been established throughout South Australia. Sampling frequency and analysis types for each well in the network have been determined. The operation of the network is to... An initial groundwater quality monitoring network consisting of 251 wells has been established throughout South Australia. Sampling frequency and analysis types for each well in the network have been determined. The operation of the network is to be under the control of one officer, but with the sampling programmes regionalised along present boundaries of the South Australian Department of Mines and Energy Regional Offices. Within each of these the Regional Geologist will be responsible for the carrying out of the sampling programmes. Field programme sheets and a general sampling manual have been prepared for field use to ensure standard sampling procedures and hence reproducible results. Close liaison with the officer in the Engineering and Water Supply Department responsible for the operation of the surface water network must be maintained to prevent unnecessary duplication of field trips.

This dataset contains a variety of water quality measurements from various locations in the Torrens Lake between the Hackney Road bridge and the Torrens Weir. In particular it captures blue green algae levels and nutrient levels in the lake and supports the management of blue green algae over the summer months.

Polygon coverage of the state's Groundwater Basins

Near real-time water observations available (water.data.sa.gov.au) from surface water and groundwater monitoring networks including water levels, flows, water quality and meteorology. Data is presented in plots (charts), table (grid) and map views. Users can select to download data for one or more sites (locations) in a variety of formats including chart images (PNG, PDF, JPG) or data exports (CSV, Excel, JSON).

This dataset covers the pH, turbidity (NTU), conductivity (uS/cm), characters of natural organic compounds [as UV absorbance @ 254 nm (cm-1) and colour @ 456 nm (Hazen unit)], major anions and cations concentrations (mg/L) and nutrient concentrations [(nitrogen and phosphorus (mg/L)]. The dataset was acquired to develop an improved understanding of the qualities and quantities of established and potential new water resources in the NAP and north to the Light River for horticultural practices. Water samples were collected from various water resources [recycled waters at the point of use, surface water (Gawler and Light river), rooftop stormwater runoff] This dataset is provided by the University of South Australia (UniSA). All data of this dataset was collected as part of the Goyder Institute for Water Research project 'Project ED.17.01'

Factors governing the availability and use of groundwater, including salinity, safe yield and aquifer type. Factors governing the availability and use of groundwater, including salinity, safe yield and aquifer type.

Aquifers south of Naracoorte, in the South East, hold some of the best quality groundwater in Australia; highly valued for agriculture. This dataset includes groundwater wells where water salinity information is available, for a portion of the region.

The Coorong, a shallow coastal lagoon at the mouth of the Murray River, has had a significant decline in water quality over the last 15 years because of reduced freshwater inflows. Salinity has increased throughout the lagoon and currently ranges between 60 and 190 psu depending on the proximity to the Murray Mouth and the season. Although nutrient inflow has been negligible in recent years, the lagoon is considered euthrophic. This study aimed to identify the source of nutrients and the biogeochemical processes that transform them. The key findings were: 1. Groundwater discharge is likely to be an important nutrient source 2. Nitrogen appears to be the nutrient limiting primary production 3. Decomposition of organic matter in the sediments is highly seasonal with much higher rates in the summer.

You can also purchase hard copies of Geoscience Australia data and other products at http://www.ga.gov.au/products-services/how-to-order-products/sales-centre.html

At the end of September 1975, 170 bores have been established as monitoring points for the State wide network of observation bores set up under the auspices of the Technical Committee on Water Quality. Analytical results have shown certain bores... At the end of September 1975, 170 bores have been established as monitoring points for the State wide network of observation bores set up under the auspices of the Technical Committee on Water Quality. Analytical results have shown certain bores throughout the State to have above normal nitrate concentrations, which may be a result of contamination by human or animal wastes, or purely natural. This remains to be assessed when sufficient results are available. Sampling of some bores will be delayed pending the acquisition of suitable pumping equipment.

As a result of investigation into the ground and surface water usage throughout the state, certain areas are ear-marked as having possible problems. If this occurs, the area is put under a moratorium to halt any further development, while the area is further investigated.\r If it is decided that the area requires water usage monitoring, then the area may be prescribed. When an area is prescribed, the linework is removed from this layer and placed in the Prescribed areas layer. This coverage contains the linework of those areas which are under moratorium. This linework is used as a base for policy and investigates projects to determine whether prescribing is appropriate. This layer is maintained as the master coverage of moratorium areas within the state.

Abstract

This dataset was supplied to the Bioregional Assessment Programme by a third party and is presented here as originally supplied. Metadata was not provided and has been compiled by the Bioregional Assessment Programme based on known details at the time of acquisition.

Under the BA programme, spatial assets databases are developed for each defined bioregional assessment project. The spatial elements that underpin the identification of water dependent assets are identified in the first instance by regional NRM organisations (via the WAIT tool) and supplemented with additional elements from national and state/territory government datasets.

The Water Asset table describes the key attributes of the water dependent environmental assets (or elements) as provided by regional NRM organisations under the BA programme.

The main land use/s at the site of features are described. Values are based on Australian Land Use Management Classification (ALUM), as provided by bioregional stakeholders as part of the process for populating an initial assets database.

Key environmental values are described as detailed in the National Water Quality Management Strategy (NWQMS). The NWQMS process involves development and implementation of management plans for each catchment, aquifer, estuary, coastal water or other water body, by community and government. Local government, community organisations and other agencies carry out these plans using the NWQMS to protect agreed environmental values (or 'EVs').

A description of the WaterBody Type is provided, based on Australian National Guidelines for Ramsar Wetlands, but may include other values, particularly for those describing groundwater elements or assets.

Key components of a vulnerability assessment of the elements or assets provided by regional partners are also provided.

Purpose

To provides regional asset information as an initial input into the assets and receptors compilation process.

Dataset History

Lineage and processing history of the data received from BA regional partners will vary. Detailed documentation is provided within this dataset.

Dataset Citation

Department of the Environment (2015) South Australia SA - Regional - NRM Board - Water Asset Information Tool - WAIT - databases. Bioregional Assessment Source Dataset. Viewed 12 December 2018, http://data.bioregionalassessments.gov.au/dataset/bb5a044a-889c-40a0-bf65-e4826ae72e43.

Water conservation, water quality improvement, flood control and a healthy living environment are just some of the benefits that can be delivered by Water Sensitive Urban Design (WSUD). Despite these benefits, WSUD has not been widely adopted in South Australia. This project aimed to find out why South Australia has not experienced mainstream uptake of WSUD before addressing those barriers and identifying opportunities to encourage the implementation of sustainable urban design which is tailored to the state's specific needs and conditions.

This collection includes the calibrated models produced by Task 3 of the project. These models were for the Frederick Street catchment (also known as Drain 18), located in Glengowrie, South Australia and the Paddocks catchment, located in Para Hills, South Australia. The models were developed in PCSWMM Version 5, available from CHI Software. However, the model is fully compatible with the USEPA Stormwater Management Model (SWMM) Version 5. Further information on the intent, assumptions and background data for the model is provided in the research report for the project. Please refer to related publication. This study was supported by The Goyder Institute for Water Research.