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Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Soil landscape land quality - Salinity Risk (DPIRD-009)
Department of Primary Industries and Regional Development
Salinity risk mapping derived from land quality attribution associated with soil-landscape mapping at the subsystem/phase level. See Resource Management Technical Report 298,... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
Temporal and fine-scale variation in the biogeochemistry of Jervis Bay
The identification of suitable abiotic surrogates for biological diversity requires the collection of both physical and biological data. However, logistical constraints often... -
The Pedirka and western Eromanga basins well log petrophysics data package
This data package provides petrophysical interpretations by Geoscience Australian and the South Australia Department for Energy and Mining (SADEM) for 23 wells generated in... -
Map of Salt Lake Systems Prospective for Calcrete-Hosted Uranium Deposits
The map shows regions favourable for calcrete-hosted uranium mineral systems. For a more detailed description of selection method see Jaireth et al. (2013). -
Map of Salt Lake Systems Prospective for Potash Deposits
The map shows salt lake regions favourable for potash deposits. For a more detailed description of selection method see Jaireth et al (2013) -
Map of Salt Lake Systems Prospective for Boron Deposits
The map shows salt lake regions favourable for boron deposits. For a more detailed description of the selection method see Jaireth et al. (2013). -
Northern Territory Coastal Plain: Mapping Seawater Intrusion In Coastal...
This report documents the findings of the 'Northern Territory Coastal Plain: Mapping Seawater Intrusion (SWI) in Coastal Plain Aquifers Using Airborne Electromagnetic (AEM)... -
Map of Salt Lake Systems Prospective for Lithium Deposits
The map shows salt lake regions favourable for lithium deposits. For a more detailed description of selection method see Jaireth et al (2013)