20240702
11082000
1.0
FALSE
Groundwater_bores_screen_aquifer_province_attribution_LEB
002
0.828
131.417748
146.700863
-33.231733
-18.919307
1
Geographic
GDA2020
Angular Unit: Degree (0.017453)
<GeographicCoordinateSystem xsi:type='typens:GeographicCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/10.7'><WKT>GEOGCS["GDA2020",DATUM["GDA2020",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433],AUTHORITY["EPSG",7844]]</WKT><XOrigin>-400</XOrigin><YOrigin>-400</YOrigin><XYScale>11258999068426.238</XYScale><ZOrigin>-100000</ZOrigin><ZScale>10000</ZScale><MOrigin>-100000</MOrigin><MScale>10000</MScale><XYTolerance>8.9831528411952133e-09</XYTolerance><ZTolerance>0.001</ZTolerance><MTolerance>0.001</MTolerance><HighPrecision>true</HighPrecision><LeftLongitude>-180</LeftLongitude><WKID>7844</WKID><LatestWKID>7844</LatestWKID></GeographicCoordinateSystem>
20240917
16481600
20241001
19122900
ISO 19139 Metadata Implementation Specification GML3.2
5000000
5000
ISO19139
Version 6.2 (Build 9200) ; Esri ArcGIS 10.7.1.11595
Bores with screen attribution
vector digital data
2023-11-30T00:00:00
1
131.417748
146.700863
-18.919307
-33.231733
This dataset provides information on the hydrostratigraphic aquifer and aquifer province attribution to the screened/open intervals for groundwater bores in the Kati Thanda - Lake Eyre Basin (KT-LEB) project region. Aquifer and aquifer province attribution is a key parameter for the robust interpretation of hydrogeological data. The geology and hydrogeology of the KT-LEB region are discussed in detail in Evans et al. (2024).
<DIV STYLE="text-align:Left;"><DIV><DIV><P STYLE="margin:12 0 12 0;"><SPAN><SPAN>The process of attributing aquifer and aquifer province information to bores is critical for the interpretation of hydrogeological data, as it identifies the hydrostratigraphic unit that occurs within the production zone of a groundwater bore, i.e. the subsurface zone where the bore is open to the aquifer and draws groundwater. Assigning aquifer attribution improves comparison of groundwater data from bores across the investigation area, providing confidence that groundwater data relates to the same hydrostratigraphic unit.</SPAN></SPAN></P><P STYLE="margin:0 0 0 0;"><SPAN><SPAN>This dataset provides information on the hydrostratigraphic aquifer and aquifer province attribution to the screened/open intervals for groundwater bores in the Kati Thanda - Lake Eyre Basin (KT-LEB) region. The geology and hydrogeology of the KT-LEB region are discussed in detail in Evans et al. (2024).</SPAN></SPAN></P><P STYLE="margin:0 0 0 0;"><SPAN /></P><P STYLE="margin:0 0 0 0;"><SPAN>Confidence in aquifer attribution (in particular for Cenozoic hydrostratigraphic units) varies considerably and is largely dependent on the varying levels of geological understanding that occur across the KT-LEB. For instance, often Cenozoic sediments are not differentiated into individual hydrostratigraphic units. Whilst more general, the aquifer province attribution is useful, particularly where either aquifer attribution is poorly defined or for providing another (broader) level of grouping for hydrogeological data. Aquifer province attribution is particu</SPAN><SPAN>l</SPAN><SPAN>a</SPAN><SPAN>r</SPAN><SPAN>ly useful if an area includes several stacked or laterally distributed sedimentary basins. Bit of these cases apply to the KT-LEB. </SPAN></P><P STYLE="margin:12 0 12 0;"><SPAN>Approaches for determining aquifer attribution for bores are outlined in various publications, including the Bioregional Assessment of the Galilee Basin (Evans et al. 2018), the Geological and Bioregional Assessment of the Cooper Basin (Evans et al. 2020), the Broken Hill Groundwater and Regolith Geochemistry project (de Caritat et al. 2022) and the regional stratigraphic correlation studies of the Great Artesian Basin, Lake Eyre Basin and Upper Darling Floodplain region (Norton and Rollet 2023).</SPAN></P><P STYLE="margin:12 0 12 0;"><SPAN /></P></DIV></DIV></DIV>
© Commonwealth of Australia (Geoscience Australia) 2026. This product is released under the Creative Commons Attribution 4.0 International Licence. http://creativecommons.org/licenses/by/4.0/legalcode
National Groundwater Systems
hydrogeology
groundwater
Cenozoic
sedimentary cover
Kati Thanda - Lake Eyre Basin
bores
aquifer attribution
aquifer province attribution
Lake Eyre geological Basin
Marion-Noranside Basin
Austral Downs Basin
Tirari Sub-basin
Callabonna Sub-basin
Cooper Creek Palaeovalley
<DIV STYLE="text-align:Left;font-size:12pt"><P><SPAN>© Commonwealth of Australia (Geoscience Australia) 2026. This product is released under the Creative Commons Attribution 4.0 International Licence. http://creativecommons.org/licenses/by/4.0/legalcode</SPAN></P></DIV>
ArcGIS Pro Layer file
3.2.2
0.828
dataset
EPSG
8.9.4(10.5.0)
30067
Simple
FALSE
30067
TRUE
FALSE
Groundwater_bores_screen_aquifer_province_attribution_LEB
Feature Class
30067
OBJECTID
OBJECTID
OID
4
0
0
Internal feature number.
Esri
Sequential unique whole numbers that are automatically generated.
Shape
Shape
Geometry
0
0
0
Feature geometry.
Esri
Coordinates defining the features.
STATION
STATION
Integer
4
0
0
state
state
String
254
0
0
STNAME
STNAME
String
254
0
0
LATITUDE
LATITUDE
Double
8
0
0
LONGITUDE
LONGITUDE
Double
8
0
0
ELEV_SRTM1s_H
ELEV_SRTM1s_H
Double
8
0
0
Max_hole_depth
Max_hole_depth
Double
8
0
0
Type
Type
String
254
0
0
Status
Status
String
254
0
0
Purpose
Purpose
String
254
0
0
Purpose_summary
Purpose_summary
String
254
0
0
Network
Network
String
254
0
0
Max_Casing_Depth
Max_Casing_Depth
Double
8
0
0
Screen_From
Screen_From
Double
8
0
0
Screen_To
Screen_To
Double
8
0
0
Drilled_Date
Drilled_Date
String
254
0
0
Aquifer_Fm
Aquifer_Fm
String
254
0
0
Aquifer_Province
Aquifer_Province
String
254
0
0
Assigned_HydroGeol_Province
Assigned_HydroGeol_Province
String
254
0
0
SWL
SWL
Double
8
0
0
SWL_Date
SWL_Date
String
254
0
0
EC_value
EC_value
Integer
4
0
0
No_of_pipe
No_of_pipe
Integer
4
0
0
No_SWL
No_SWL
Integer
4
0
0
LithNo
LithNo
String
254
0
0
StratNo
StratNo
String
254
0
0
CaseNo
CaseNo
Integer
4
0
0
Aq_count
Aq_count
Integer
4
0
0
Artesian_Summary
Artesian_Summary
String
254
0
0
GeophysicalLog
GeophysicalLog
String
254
0
0
chem
chem
String
254
0
0
logger
logger
String
254
0
0
20241001
external
3bffef6799cf6f03264126ed047e91a
Geoscience Australia
client services
GPO Box 378
Canberra
ACT
2601
clientservices@ga.gov.au
AU
+61 2 6249 9111
True
client services
The process for determining aquifer attribution depends on the type and quality of information available for each bore as well as the size of the investigation area and the study objectives. In this project, determining aquifer and aquifer province attribution and ensuring data consistency between bores in the KT–LEB involved:
• Compiling available bore data from archival state and territory government databases to identify bores in the investigation area that lack aquifer attribution. Relevant bore data compiled at this stage includes bore depth and construction information (specifically the depth of the screened or open interval), water levels, salinity and hydrochemistry data, stratigraphy, and existing aquifer attribution. Sources of archival bore data evaluated for the KT–LEB included Queensland Government (2023), NT Government (2023), SA Government (2023) and NSW Government (2023).
• Compiling aquifer attribution information not already included in state databases from relevant archival projects that overlap the investigation area. Key sources of stratigraphic and aquifer attribution information include Evans et al. (2018), Evans et al. (2020), de Caritat et al. (2022) and Norton and Rollet (2023).
• Cross-checking stratigraphic information from the state and territory groundwater databases and archival projects with other available datasets, such as information from nearby bores with attribution data. Where cross-checking provided consistent results, the hydrostratigraphic information from the groundwater databases was used to populate the aquifer attribution field for the previously unattributed bore. Any inconsistent hydrostratigraphic interpretations were subsequently evaluated using other information sources such as surface geology mapping or the new geological modelling outputs of the Lake Eyre Basin (LEB) developed for this study to identify potential geological causes for the inconsistency, such as presence of a fault or geological contact.
• For any groundwater bores lacking stratigraphic data, an assessment was made as to whether the gap could be infilled using stratigraphic data from other sources. Once stratigraphy was assigned, it was then cross-checked against nearby bores to ensure geological consistency with the interpretation. The new geological model for the LEB was used as an additional crosscheck for the hydrostratigraphic attribution in the Callabonna and Tirari sub-basins.
• Aquifer provinces were determined and attributed using the known association of hydrostratigraphic units with each hydrogeological province. Due to current uncertainties in identifying stratigraphy in the Cenozoic strata of the LEB, it can be difficult to confidently assign hydrostratigraphic units for some bores. However, for bores in which the screened interval or production zone is considered to occur within Cenozoic strata, then the hydrostratigraphy was classified as ‘Cenozoic’ and aquifer province labelled as LEB. In some cases, the bore production interval straddles the geological contact zone between two provinces, and for these situations, the aquifer province field includes both geological provinces, for example, a combined Lake Eyre Basin and Eromanga Basin province.
Over 370 various aquifer formations were categorised into over 40 geological provinces / basins and further classified into four major categories relative to the Lake Eyre Basin stratigraphic position.
"Assigned_HydroGeol_Province" field values were given following screen aquifer categories:
Lake Eyre Basin ('LEB', 'LEB?')
Lake Eyre Basin and below ('LEB/Below LEB')
Below Lake Eyre Basin ('Below LEB')
To be determined ('TBD').
de Caritat P, Kirste D, Dann R, Evans TJ, Schroder I and Mann P (2022) Broken Hill groundwater and regolith geochemistry (1999-2005), Record 2022/020, Geoscience Australia, Canberra, https://ecat.ga.gov.au/geonetwork/srv/api/records/e62dd774-1b9d-4864-908a-de4a37de68e6.
Evans TJ, Kellett J, Ransley T, Harris-Pascal C, Radke B, Cassel R, Karim F, Hostetler S, Galinec V, Dehelean A, Caruana L and Kilgour P (2018) Observations analysis, statistical analysis and interpolation for the Galilee subregion. Product 2.1-2.2 for the Galilee subregion from the Lake Eyre Basin Bioregional Assessment. Department of the Environment and Energy, Bureau of Meteorology, CSIRO and Geoscience Australia, http://data.bioregionalassessments.gov.au/product/LEB/GAL/2.1-2.2.
Evans TJ, Martinez J, Lai É, Raiber M, Radke B, Sundaram B, Ransley T, Dehelean A, Skeers N, Woods M, Evenden C and Dunn B (2020) Hydrogeology of the Cooper GBA region, technical appendix for the Geological and Bioregional Assessment Program: Stage 2. Department of the Environment and Energy, Bureau of Meteorology, CSIRO and Geoscience Australia, Australia, http://www.bioregionalassessments.gov.au
Evans TJ, Bishop C, Symington NJ, Halas L, Hansen JWH, Norton CJ, Hannaford C and Lewis SJ (2024) Cenozoic geology, hydrogeology, and groundwater systems: Kati Thanda – Lake Eyre Basin, Record 2024/05, Geoscience Australia, Canberra, http://dx.doi.org/10.26186/147422.
Norton CJ and Rollet N (2023) Regional stratigraphic correlation transects across the Great Artesian, Lake Eyre basins and Upper Darling Floodplain region (part 2) ‒ Infilling data and knowledge gaps. GA Record 2023/28, Geoscience Australia, Canberra, https://dx.doi.org/10.26186/147243.
NSW Government (2023) NSW groundwater bore database [data set], NSW Department of Primary Industries and Environment, https://water.dpie.nsw.gov.au/science-data-and-modelling/groundwater-management-and-science, accessed 1 May 2023.
NT Government (2023) NT bore locations, water quality and groundwater levels [data set], NT Open Data Portal, https://data.nt.gov.au/dataset/nt-bore-locations-water-quality-and-groundwater-levels, accessed 1 May 2023.
Queensland Government (2023) Queensland groundwater bore database [data set], Queensland Open Data Portal, https://www.data.qld.gov.au/dataset/groundwater-database-queensland, accessed 1 May 2023.
SA Government (2023) South Australian groundwater bore database [data set], WaterConnect, South Australian Government Environmental Data, https://www.waterconnect.sa.gov.au/Systems/GD/Pages/Default.aspx, accessed 1 May 2023.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