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Gellibrand is a federal electorate that is geographically small relative to the state average and has a moderate urban density. Its major emissions source is , due to the state’s oil and gas within the municipal boundary. The second largest source of emissions is electricity consumption.
There are many reasons why a profile can change over time including changes in emissions sources, updates to methodology and more accurate data sources. Read our FAQs for more information.
Sub-sector data gives a better understanding of the key stakeholders contributing to emissions within your profile.
Sub-sector breakdowns can be used to identify opportunities for engagement and collaboration with key emitters. There are also opportunities for inspiration and learning with regions which have the same high emitting sectors. For more information on what is included within each emissions source and sector, please see the FAQs.
The Snapshot time-series gives an overview of high-level emissions trends. Visible trends might include the impact of continual decarbonisation of the electricity grid, or the impact of Covid-19 lockdowns on transport emissions.
Because the data is partially modelled, the Snapshot time series is not suitable for detailed tracking of emissions reductions or for tracking the impacts of specific programs. As the quality of available data continues to improve, so will the tracking capabilities of Snapshot in the future.
The Snapshot sub-sector breakdown time-series gives an overview of high-level emissions trends. Visible trends might include the impact of continual decarbonisation of the electricity grid, or the impact of Covid-19 lockdowns on transport emissions.
Because the data is partially modelled, the Snapshot time series is not suitable for detailed tracking of emissions reductions or for tracking the impacts of specific programs. As the quality of available data continues to improve, so will the tracking capabilities of Snapshot in the future.
| Source | SectorEmissions (t CO2e) | |
|---|---|---|
| Electricity | Residential | 262 000 |
| Commercial | 218 000 | |
| Industrial | 313 000 | |
| Gas | Residential | 183 000 |
| Commercial | 17 000 | |
| Industrial | 137 000 | |
| Transport | On road | 310 000 |
| Rail | 9 000 | |
| Marine | 28 000 | |
| Waste | 61 000 | |
| IPPU | 511 000 | |
| Fugitive | 810 000 | |
| Agriculture | 0 | |
| Land Use | 0 | |
Land Use data is not used in the chart nor the displayed total municipal emissions.
| Characteristics | |
|---|---|
| Land area | 125 km2 |
| Population | 159 257 |
| Gross regional product | $ 8 448 448 100 |
| Climate zone | 6 |
This report outlines the major sources of carbon emissions for the entire region (municipality, electorate, or state). Due to the approximate nature of the profile, the emission values are represented as rounded numbers. This report includes the following sources:
It has been developed to be consistent with the Global Protocol of Carbon Emissions reporting (GPC Protocol) BASIC+, the international standard for cities and local government areas.
Snapshot provides you with a profile of your region’s emissions for the inventory year noted and gives a breakdown of emissions by sector. This Snapshot of your greenhouse gas emissions profile is based on a combination of local (Tier 2) and state level (Tier 1) data sets. Snapshot can be used alongside other local data sets where more detail is needed.
There are a number of minor emissions sources that are included as part of a larger total or excluded. The full list of inclusions and exclusions can be found in the Methodology document.
You can download a PDF copy of this report optimised for printing and sharing.
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