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Metadata report: Arcturus atmospheric greenhouse gas monitoring
A metadata report for the atmospheric monitoring station installed in Arcturus, south of Emerald in central Queensland. The station was installed for baseline atmospheric... -
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Severe Wind Hazard Assessment for Queensland – Project Factsheet
The Severe Wind Hazard Assessment for Queensland - SWHA(Q), is a collaborative project between Geoscience Australia (GA) and Queensland Fire and Emergency Services (QFES) which... -
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Preparing for a category 5 cyclone landfall in Western Australia
Consider you are responsible for providing an emergency response in Karratha. There is a category 4 cyclone sweeping towards the coast and Bureau of Meteorology forecasts... -
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Evaluation of the Tropical Cyclone Risk Model at Geoscience Australia Using...
Severe wind from tropical cyclones (TC) can cause significant damage to property and infrastructure, and accurately predicting these impacts is essential for ensuring community... -
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Workflow for the development of tropical cyclone local wind fields: Tropical...
Here we demonstrate a workflow for the development of a local, corrected wind field for severe Tropical Cyclone (TC) Debbie. We combine modelling with corrections based on... -
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Separation of daily maximum wind gust events for wind hazard assessment
An automatic algorithm for classifying wind gust events has been developed at Geoscience Australia, utilizing 1-minute weather observations from Automatic Weather Stations... -
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Local wind multipliers for Queensland
Using the wind multiplier code (https://pid.geoscience.gov.au/dataset/ga/82481) and an appropriate source of classified terrain data, wind multipliers for all of Queensland at...
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