Project information
Dubbo Regional Council is working with the University of NSW and Maitland City Council as part of the Smart and Cool Places project which measures temperatures over a 12 month period and simulates tests on how different urban development approaches can impact heat.
The project aims to investigate how better to handle urban overheating, and establish standard methods for reporting and measuring overheating locally. The project is in the early stages, and it is hopeful that this trial is successful and will be scaled for larger scenarios.
By establishing consistent methods for reporting and measuring urban heat, it is hopeful the project will enable collaboration between stakeholders, and support evidence-based decisions for specific locations.
More information about the project can be found:
Relationship to Council's Integrated Planning and Reporting Framework
This project is one way Council is looking to meet it's obligations under the following sections of the Integrated Planning and Reporting Framework:
- Towards 2040 Community Strategic Plan: Objective 6.2 - We recognise, plan for and respond to the impacts of climate change
- 2023/2024 Delivery Program and Operational Plan: Action 6.1.4.1 - Investigate mechanisms and smart technologies to reduce the urban heat effect
Impacts on residents in identified areas
Data collection through drones
In order to collect data, the University of NSW will be flying drones over parts of Southlakes and South Dubbo from 10 to 12 November, 2023. The project areas are identified in the map below.
The drones will be operated between the hours of 12pm and 4pm, at a height you will not hear the drone passing your house. The drones will measure temperatures through infrared imagining, and will not capture traditional videography like other drones. This will ensure the privacy of our community is maintained.
Data collection through sensors
Temperature sensors will be installed on street signs within the project areas in November/December 2023. These sensors will remain in place for approximately 1 year.