AndreaBozzo/ceres-open-data-index huggingface dataset:
Opticomm Pty Ltd- Declaration - 25 March 2026- Multiple

Opticomm Pty Ltd -Declaration given on 25 March 2026- Ref ED26/18988 for 4 nominated service areas:

Project Area Service_Area_Identifier Formatted_address Latlong ID SIP Anticipatory Notice Date Reference Date Completed Comments

1) Vantage Hervey Bay-S2-3 KAWU 41 Doolong Rd, Kawungan QLD 4655, Australia -25.3079462,152.8434946 656 21/11/2023 18/03/2026

2) Halcyon Edgebrook-S2P	HCYE 164 Eagleby Rd, Eagleby QLD 4207, Australia -27.6902820,153.2195409 669 19/01/2024 19/03/2026

3) Wildflower LLC-S2 WLDF 1 Gumblossom Avenue Piara Waters WA 6112 Australia -32.1370822,115.9019117 677 19/04/2024 20/03/2026

4) Costello-S1-2 "COEP" 361 Bernera Road Edmondson Park NSW 2174 Australia -33.9652014,150.8599408 935 4/08/2025 18/03/2026 Project Area overlaps LBN Co site 190 Croatia Ave Edmondson Park NSW 2174 (11366). Request to exit this estate given to the ACMA on 4/08/2025.

Organization: SIP Register - OptiComm
Opticomm Pty Ltd - Anticipatory Notice- 25 March 2026 - Multiple

OptiComm Pty Ltd - Anticipatory Notice given on 25 March 2026- Ref ED26/18988 for 1 project areas:

Project Area Service_Area_Identifier Estimated_Completion_Date Formatted_address Latlong ID Contract signed Notes

474 St Kilda Road	SKLD 2/12/2026 474 St Kilda Road Melbourne VIC 3004 Australia -37.841800, 144.977120 1043 11/12/2024 Found during internal audit.


Organization: SIP Register - OptiComm
Interphone Pty Ltd - Declaration - 26 March 2026 - Cygnus Parade Waterford

Interphone Pty Ltd - Declaration given on 26 March 2026 for nominated service area that was part of the anticipatory notice given on 4 September 2025.

Project area: 38 Cygnus Parade, Waterford WA, 6152 

Contract date: n/a 

Infrastructure to be installed: FTTP – Fibre To The Premises

Organization: SIP Register - Interphone Pty Ltd
Interphone Pty Ltd - Anticipatory Notice - Mindarie WA- July 2024 (Declared 26 March 2026)

Statutory Infrastructure Provider (SIP) - Interphone Pty Ltd  Anticipatory Notice – ACMA2020/5818-3/ED24/80632

Anticipatory notice given 5 July 2024 and the associated project area data for a contract to provide telecommunications network infrastructure. 

Project area: 
50 Alexandria View, Mindarie WA, 6030
Contract date: 24/06/2024

Infrastructure to be installed: FTTP - Fibre to the premises 

Estimated completion date: 31/12/2024


Tags: SIp, broadband, interphone, providers, statutory infrastructure provider, telecommnuications
Organization: SIP Register - Interphone Pty Ltd
Interphone Pty Ltd - Declaration - 26 March 2026 - Claytons Mindarie

Interphone Pty Ltd - Declaration given on 26 March 2026 for nominated service area that was part of the anticipatory notice given on 5 July 2024.

Project area: 50 Alexandria View, Mindarie WA, 6030 

Contract date: n/a

Infrastructure to be installed: FTTP – Fibre To The Premise

Organization: SIP Register - Interphone Pty Ltd
Water Modelling Palaeo Stochastic Climate

<a href="https://portal.spatial.nsw.gov.au/static/exportcontent.html?featureservername=Water_Modelling_Palaeo_Stochastic_Climate&amp;title=Water_Modelling_Palaeo_Stochastic_Climate&amp;wgs84Eqv=GDA94&amp;url=https://spatialportalarcgis.dpie.nsw.gov.au/sarcgis/rest/services/Water/Water_Modelling_Palaeo_Stochastic_Climate/MapServer">Export Data</a><a href="https://spatialportalarcgis.dpie.nsw.gov.au/sarcgis/rest/services/Water/Water_Modelling_Palaeo_Stochastic_Climate/MapServer">Access API</a>
Metadata <a href="https://portal.spatial.nsw.gov.au/portal/home/item.html?id=a13166e560804ce99665a294468023d4">Portal Metadata Information</a>
Content TitleWater Modelling Palaeo Stochastic ClimateContent TypeOtherDescriptionWater Modelling Palaeo Stochastic ClimateInitial Publication Date28/08/2024Data Currency28/08/2024Data Update FrequencyAPIContent SourceAPIFile TypeImagery LayerAttributionData Theme, Classification or Relationship to other DatasetsAccuracySpatial Reference System (dataset)GDA94Spatial Reference System (web service)OtherWGS84 Equivalent ToGDA94Spatial ExtentContent LineageData ClassificationUnclassifiedData Access PolicyOpenData QualityTerms and ConditionsCreative CommonStandard and SpecificationData CustodianNSW Department of Climate Change Energy, Environment and WaterPoint of ContactNSW Department of Climate Change Energy, Environment and WaterData AggregatorData DistributorAdditional Supporting InformationTRIM Number

Tags: Water
Organization: Spatial Services (DCS)
Opticomm Pty Ltd - Declaration - Multiple - November 2024

Opticomm Pty Ltd - Declaration -given for 14 nominated service areas given on 26  November 2024 (dataset created 28/1/25 due to clarification required)


**Project ID**  

1. The Links-S1-2-3-4-56, SAST, N/A, ID402, 5 Royal Pines Parade, South West Rocks NSW, 2431, Australia, -30.9025167, 153.0534099  

2. 4-8 Marian St, MNKA, 1/02/2023, ID541, 8 Marian St, Killara NSW, 2071, Australia, -33.7669364, 151.1610525  

3. Gemlife The Heights Pipama-S1, GEPH, 1/2/2023, ID545, 26 Howell Cres, Pimpama QLD, 4209, Australia, -27.8380822, 153.2961711  

4. Cowes LLC, LCCW, 17/02/2023, ID553, G6W7+59 Cowes VIC, Australia, -38.4545268, 145.2134778  

5. Eglinton Hill-S1-2, EGTN, 17/02/2023, ID561, CM4G+V9 Eglinton WA, Australia, -31.5932558, 115.6742442  

6. Millers Glen-S1A-1B2-3, ODWY, 27/3/2023, ID575, 27 Oakland Way, Beaudesert QLD, 4285, Australia, -27.9914511, 153.0134191  

7. 32-36 Lethbridge St, LBST, 21/07/2023, ID603, 34 Lethbridge St, Penrith NSW, 2750, Australia, -33.7585316, 150.7085577  

8. Honour Village-S11J-2-3-4-5-6-7-8-15, HRVG, 7/08/2023, ID610, W964+MM Clyde North VIC, Australia, -38.085843, 145.352778  **S17 Declared 19 March 2026**

9. Kings Central-S1A1B-2A-2B, WERO, 7/08/2023, ID611, 31 Cargo St, Werrington NSW, 2747, Australia, -33.762608, 150.753568  

10. Stratford Gardens Tahmoor Lifestyle Village-S1-2-3-4, TAHM, 22/09/2023, ID630, 36 Rockford Rd, Tahmoor NSW, 2573, Australia, -34.2292569, 150.5898138  

11. 152 Henry Lawson Drive, HLDR, 21/11/2023, ID658, 152 Henry Lawson Ave, Werrington County NSW, 2747, Australia, -33.7456304, 150.7407957  

12. Office Central-S1-2-33A-4-5-6-7-8, OFCL, 8/08/2024, ID718, 45 Rix Rd, Officer VIC, 3809, Australia, -38.067877, 145.395726  

13. Sage-S1-2-3A-3B-3C, SGBU, 25/11/2024, ID802, 28 Hunt Rd, Burpengary QLD, 4505, Australia, -27.1439398, 152.9538380  

14. Argyle Apartments, ARGL, N/A, ID803, 153 Burswood Road, Burswood WA, 6100, Australia, -31.964923, 115.897485  



Tags: Opticomm, SIPs, Telecommunications, broadband, statutory infrastructure provider
Organization: SIP Register - OptiComm
Fiber Asset Management Pty Ltd - Anticipatory Notice - Hampton East - 28 Feb 2025 (Declared 12 February 2026)

Fiber Asset Management Pty Ltd - Anticipatory Notice - Hampton East given on 28 Feb 2025 Ref ED25/10912
Project Area: 11A Keiller St, Hampton East VIC 3188
Contract date: 10/4/24
Expected completion date: 1/6/25
Network: FTTP

Tags: Fiber Asset Management, SIP, Telecommunications, broadband, statutory infrastructure provider
Organization: SIP Register - Fiber Asset Management Pty Ltd
Fiber Asset Management - Anticipatory Notice - Wollongong - 20 March 2026

Fiber Asset Management - Anticipatory Notice given for Wollongong - 20 March 2026 Ref ED26/16869

PRJ0022289-AFB680BD 02-Mar-2026 131-135 CROWN ST WOLLONGONG NSW 2500 FTTP 30-Jun-2029

Organization: SIP Register - Fiber Asset Management Pty Ltd
Frontier Networks Pty Ltd - Anticipatory Notice - 19 March 2026 - Caboolture

Frontier Networks Pty Ltd - Anticipatory Notice given on 19 March 2026 Ref ED26/16868for Project area: 18 Goshawk Court Caboolture QLD 4510 Contract dated: 16/3/26 Network Type: FTTH Estimated completion date: 31/9/2026

Organization: SIP Register - Frontier Networks Pty Ltd
The deep lithospheric structure of the South Australian Craton revealed by teleseismic Rayleigh wave tomography

We used teleseismic Rayleigh waves recorded on three recent broadband seismic ar-rays in southern Australia to develop a shear wave velocity model of the South Australian Craton from the lower crust to 250 km depth and compare this with isotope data, xenolith data, and 3D mantle resistivity structure. At ∼75-150 km depth, the seismic expression of cratonic lithosphere encompasses the eastern Gawler Craton, Curnamona Province and intervening Adelaide Super-basin north of ∼33◦S. The inference of contiguous cratonic lithospheric mantle between the Gawler Craton and Curnamona Province may have implications for models of Rodinia breakup. Cratonic lithospheric mantle is modelled as terminating substantially inboard of the conventionally-defined western margin of the Gawler Craton, but extending southward and northeastward beyond the conventionally-defined boundary of the Curnamona Province. Geophysical signatures of cratonic lithospheric mantle are absent under the southern Eyre Peninsula, possibly related to the Jurassic-Cretaceous separation of Australia and Antarctica. At depths &gt;150 km, the deep cratonic keel is re-stricted to the eastern Gawler Craton and southern Curnamona Province. Major iron oxide-copper-gold (IOCG) deposits of the eastern Gawler Craton (e.g., Olympic Dam) and Curnamona Province reside above regionally seismically-fastest lithospheric mantle. This seismic signature might pro-vide a useful precompetitive vector for IOCG prospectivity mapping.

<b>Citation:</b> O’Donnell, J. P., Selway, K., Wade, C., Thiel, S., Eakin, C., Pickle, R., Agrawal, S., Goleby, B., &amp; Gorbatov, A. 2025. The Deep Lithospheric Structure of the South Australian Craton Revealed by Teleseismic Rayleigh Wave Tomography. <i>Seismica</i>, 4(2). https://doi.org/10.26443/seismica.v4i2.1772

Tags: AusArray, Australia-wide geoscience data, Curnamona Province, EFTF – Exploring for the Future, Gawler Craton, Published_External, Resourcing Australia’s Prosperity, Seismic and Magnetotelluric, Seismic tomography, Seismology and Seismic Exploration, South Australia
Organization: Geoscience Australia Data
Enhancing the Australian Gravimetric Quasigeoid with Airborne Gravity Data Report 2: Victoria

This document summarises a regional Australian Gravimetric Quasi Geoid (AGQG) calculation for the Victoria area, undertaken to assess the quality and consistency of newly acquired airborne gravity data prior to incorporation into a forthcoming national-scale solution

Tags: Australian Gravimetric Quasi Geoid, Geoinformatics not elsewhere classified, Least Squares Collocation, Positioning Australia, Published_External, airborne gravity, national geodesy
Organization: Geoscience Australia Data
Germanium, indium, gallium and cadmium in zinc ores: a mineral system approach

Sphalerite is the main Zn ore mineral and is the primary source of Cd, Ge and In and a minor source of Ga. Owing to a shift from fossil fuel to renewable energy sources, these four minor elements have progressively become more important to the economy. Despite this, resources of Cd, Ga, Ge and In are rarely reported as these metals are not considered material to the economics of resource development. As a result, the distribution of these elements between and within deposits is poorly known, and national and international resources are largely unreported.

Following previous studies, we have compiled analytical data for Cd, Ga, Ge and In from sphalerite and used global and local ore geochemical datasets to assess geochemical controls on the concentration of these elements in Zn deposits. Our results are similar to previous studies and suggest that lower-temperature deposits are enriched in Ge whereas higher-temperature deposits are enriched in In. However, modelling of hydrothermal geochemistry indicates other factors are important in concentrating these metals. In particular, the oxidation state of the fluid (oxidised versus reduced) and the depositional mechanisms also have a strong influence in Ga, Ge and In enrichment. Reduction of oxidised fluids is particularly effective in depositing Ge, whereas cooling very effectively deposits In and, in some cases, Ge. As a consequence, some higher-temperature deposits (e.g. high sulfidation epithermal and some volcanic-hosted massive sulfide) deposits can be Ge-enriched, and some lower-temperature deposits (e.g. siliciclastic-carbonate shale-hosted deposits) can be enriched in In.

Using the existing ore geochemical data and calculated characteristic Ge/Zn and In/Zn ratios, indicative estimates have been made on the endowment of Australian Zn deposits of Ge and In. These estimates highlight the potential of the North Australian Zinc Belt for Ge and for VHMS deposits for In. Although there is a large amount of uncertainty in the estimates, they are indicative of the potential for these metals in Australia.

<b>Citation:</b> Huston, D. L., &amp; Bastrakov, E. (2024). Germanium, indium, gallium and cadmium in zinc ores: a mineral system approach. <i>Australian Journal of Earth Sciences</i>, 71(8), 1125–1155. 
https://doi.org/10.1080/08120099.2024.2423772

Tags: Cadmium, EARTH SCIENCES, GEOCHEMISTRY, GEOLOGY, Gallium, Germanium, Indium, Inorganic Geochemistry, Mineral Potential Assessments, National resource assessments, Published_External, Resourcing Australia’s Prosperity, Sphalerite, Zinc deposits
Organization: Geoscience Australia Data
Australian Domestic Airline Activity (Link)

This is a link to the Bureau of Infrastructure, Transport and Regional Economics web site. Files containing domestic aviation time series data covering aircraft and passenger movements, available seats, load factors, hours and kilometres flown, revenue passenger kilometres and available seat kilometres. Details for the top competitive routes are also provided.

Tags: ASK, RPK, air travel, australian aviation statistics, available seat kilometres, aviation statistics, city, domestic airlines, flights, passengers, revenue passenger kilometres, routes, seats
Organization: Bureau of Infrastructure and Transport Research Economics
Enhancing the Australian Gravimetric Quasigeoid with Airborne Gravity Data Report 1: New South Wales

This document summarises a regional Australian Gravimetric Quasi Geoid (AGQG) calculation for the NSW area, undertaken to assess the quality and consistency of newly acquired airborne gravity data prior to incorporation into a forthcoming national-scale solution.&nbsp;

Tags: Geoinformatics not elsewhere classified, Positioning Australia, Published_External, airborne gravimetry and gradiometry, australian gravimetric quasi geoid, least squares collocation, national geodesy
Organization: Geoscience Australia Data
Australia's Energy Commodity Resources (AECR), 2025 Edition

Australia’s Energy Commodity Resources (AECR) 2025 is the fifth edition of Geoscience Australia’s annual assessment of Australia’s energy commodity reserves, resources, and production, covering the 2023 reporting period. The AECR energy commodity resource estimates are based primarily on published open file data and aggregated (de-identified) confidential data. The annual assessment provides a baseline for the production and remaining recoverable resources of gas, oil, coal, uranium and thorium in Australia, and the global significance of our nation’s energy commodity resources. The publication also highlights the nation’s huge potential to provide clean energy solutions for our region including deployment of CCS and production of renewable hydrogen and hydrogen products.



Tags: Australia’s Energy Commodity Resources, CCS, CSG, Carbon Capture and Storage, Coal, Coal seam gas, Energy Resources, Gas, Geothermal, Geothermal Energy, Green hydrogen, Hydrogen, Hydrogen Assessments, LNG, National resource assessments, Oil, Petroleum, Production, Published_External, Reserves, Resource geoscience, Resources, Resourcing Australia’s Prosperity, Thorium, Uranium
Organization: Geoscience Australia Data
Towards a national inventory of Australia's mineral potential

The production of critical and strategic minerals will be key for the transition to net zero. Given the importance of critical and strategic minerals to the Australian national economy, a series of national-scale mineral potential assessments have been undertaken at Geoscience Australia to support discovery of associated mineral systems that aim to reduce the exploration search space and promote increased investment in exploration.



Tags: Australia’s Resources Framework, EFTF – Exploring for the Future, Published_External, Resource geoscience, Resourcing Australia’s Prosperity, critical minerals, mineral potential assessment, mineral systems
Organization: Geoscience Australia Data
Technical note: Investigation into the relationship between zircon structural damage and Pb mobility using chemical abrasion, SIMS, Raman spectroscopy, and atom probe tomography

Chemical abrasion, a two-step process of annealing and partial dissolution, is routinely applied to zircon grains prior to U-Pb geochronology, to remove portions of the grains affected by Pb loss. The exact effect of this technique on the zircon structure and the distribution of radiogenic isotopes, however, remains elusive. Herein, grains of reference zircon OG1 were either fully or partially subjected to the chemical abrasion process and subsequently analysed by sensitive high mass resolution ion microprobe (SHRIMP) to determine the U-Pb systematics. Sputter craters from untreated, annealed, and fully chemically abraded aliquots were then mapped using Raman spectroscopy to determine the magnitude and distribution of radiation damage. For the untreated and annealed zircon, sputter craters from both concordant and discordant analyses were mapped. All chemically abraded zircon SHRIMP analyses were concordant. Based on the Raman maps, sputter craters with varying degrees of lattice damage and Pb loss were targeted for nanoscale analysis using atom probe tomography (APT) to assess the distribution of radiogenic isotopes at the lattice scale. APT reconstructions reveal a homogeneous distribution of all major components and radiogenic isotopes for all samples. These results indicate that APT is not able to detect elemental mobility or void formation arising from the lead loss, annealing or chemical abrasion in these samples. Thus, the APT technique cannot distinguish between concordant and 5-10% discordant zircon.

<b>Citation: </b>Magee Jr., C. W., Nasdala, L., Dubosq, R., Gault, B., and Bodorkos, S.: Technical note: Investigation into the relationship between zircon structural damage and Pb mobility using chemical abrasion, SIMS, Raman spectroscopy, and atom probe tomography, <i>Geochronology</i>, 7, 591–602, https://doi.org/10.5194/gchron-7-591-2025, 2025.

Tags: Atom Probe, Isotope Geochemistry, Published_External, Raman, U-Pb SHRIMP geochronology, zircon
Organization: Geoscience Australia Data
Advanced 2D XRF imaging of uranium oxidation states using HERFD at the U M4 edge

Uranium is found in various types of rocks. HERFD-XRF imaging at the U M4 edge is a novel non-destructive technique that visualizes the distribution of U (IV), (V), and (VI) oxidation states at concentration levels ranging from ppm to wt%, offering unprecedented insights into uranium habitat and valency.

<b>Citation:</b> Bazarkina, E., Lau, K., Chappaz, A., Bastrakov, E., Etschmann, B., Brugger, J., Marshall, M., Meyer, F., Boreham, C., Amidani, L. &amp; Kvashnina, K. 2025, Advanced 2D XRF imaging of uranium oxidation states using HERFD at the U M4 edge, <i>Chemical Communications</i>, vol. 61(19), pp. 3840–3843. 
https://doi.org/10.1039/D4CC06211F

Tags: EFTF – Exploring for the Future, Geochemistry, Geochemistry not elsewhere classified, Inorganic Geochemistry, Mineral Potential Assessments, National resource assessments, Organic Geochemistry, Published_External, Resourcing Australia’s Prosperity, trace elements
Organization: Geoscience Australia Data
AUSTopo Topographic Basemap MapServer

The AUSTopo Topographic Basemap is a seamless, national digital representation of the AUSTopo 1:250,000 topographic map series, delivered as a high‑performance Web Map Tile Service (WMTS). It provides a consistent and reliable portrayal of Australia’s major topographic features, optimised specifically for display at the 1:250,000 scale. 
This basemap is designed for visualisation purposes and general situational awareness. It is not suitable for:  large‑scale cartographic production, navigation or emergency decision‑making or detailed spatial analysis.

Features may be generalised to maintain cartographic clarity at the intended scale.

Tags: Earth Sciences, MapServer, Published_External, web service
Organization: Geoscience Australia Data
Coral reef invertebrate microbiomes

Coral reef invertebrates host complex microbiomes and it can be challenging to understand which members are important for host fitness. We looked at a range of molecular and ecological characteristics to better understand this. Coral, octocoral and sponge samples were collected on SCUBA between May-October 2017 from multiple reefs on the central and northern GBR. Data were sequenced for the 16S rRNA gene to profile the microbial community and 18S rRNA, COI &amp; ITS1 to reconstruct host phylogeny. Data was analysed using a range of bioinformatic techniques.

Organization: Australian Ocean Data Network
IMOS - Understanding of Marine Imagery (UMI) Sub-Facility - Squidle+ Annotation counts by Campaign

Understanding of Marine Imagery will establish a national repository for annotations of marine imagery, including those collected by IMOS Autonomous Underwater Vehicles. This repository will aid in the sharing of quantitative information and encourage consistencies in annotated labelling and providing tools for summarising and reporting on data relating to species and habitat distributions around Australia. Squidle+ is an end-to-end marine image data delivery, management, discovery and annotation platform, and forms the foundation of this IMOS Sub-Facility.

It supports a variety of different data sources ranging from autonomous underwater vehicles (AUVs), remotely operated vehicles (ROVs), baited remote underwater video (BRUVS), towed underwater imagery and diver photo quadrat data from Underwater Visual Census (UVC, eg: Reef Life Survey (RLS)).

This collection's map layer denotes centroid location for each Campaign contained within Squidle+. It provides key features like the names of the platforms used, and the number of deployments, media items, total annotations and public annotations for each Campaign. There are several styles associated with this layer, with the default one showing the total number of annotations by the sizes of the markers. The popups also contain a selection of sample images from the campaign, and the links provide hooks back to the Squidle+ interface to access the origin for each resource.

Tags: Global / Oceans | World
Organization: Australian Ocean Data Network