Environment and Science (Organisation site)
Soil & Catchment Science; Water and Catchments; Science; Rockhampton
To reduce the impact of gully and streambank derived fine sediment on water quality within the Great Barrier Reef we need to improve our land management practices and conduct targeted remediation works. If you are up to the challenge, we are seeking a motivated individual to join our team and oversee the highly technical gully and streambank monitoring project. The project employs terrestrial and aerial methods to capture field-based LiDAR data. Using 3D models, the data is then processed to estimate the total volume of sediment lost during rainfall events. The results can then inform and prioritise strategies which reduce sediment loss from gullies and streambanks.
Job details
Position status | Fixed Term Temporary |
---|---|
Position type | Flexible full-time |
Occupational group | Sciences |
Classification | PO4 |
Workplace Location | Rockhampton region |
Job ad reference | QLD/570276/24 |
Closing date | 20-Jun-2024 |
Yearly salary | $110801 – $119149 |
Fortnightly salary | $4247.00 – $4567.00 |
Job duration | Temporary until 31 January 2025 |
Contact person | Matthew Eyles |
Contact details | Phone: 0436 619 607 Access the National Relay Service |
This role contributes to the Paddock to Reef Integrated Monitoring, Modelling and Reporting Program (Paddock to Reef) (reefplan.qld.gov.au) which is a collaborative effort involving approximately 20 organisations. You will work with a team of scientists conducting paddock and sub-catchment scale monitoring trials in close partnership with the paddock and catchment modellers and the water quality monitoring experts. Specifically, this role will lead the Gully and Streambank Monitoring project. To learn more about the project please view the embedded project video and take a look at the webinar series on our Story Map Resources Great Barrier Reef Paddock and Catchment Science (information.qld.gov.au).
As a senior member of the Paddock to Reef, Paddock Monitoring team you will conduct plot to sub-catchment scale monitoring trials with a combination of field, laboratory and office-based tasks. As the project leader for the gully and streambank monitoring project you will oversee the conduct of in-field and remotely sensed data collection (LiDAR), spatial modelling, and detailed technical reporting. This work develops 3D models which process handheld and airborne LiDAR captures to determine the total volume of sediment eroded from local gully and streambank erosion sites. The data is used in conjunction with paddock and catchment scale water quality models to understand how soil is eroded from gullies and streambanks, the impacts this has on water quality and how far sediment is transported through the landscape and river systems to the Great Barrier Reef.
Your work will support state government policy, inform prioritisation of government funding, and provide input to the Reef Water Quality Report Card. You will be required to provide leadership and specialist technical and scientific advice to state and federal government agencies, regional NRM groups and other science professionals on agricultural land use impacts.
The Senior Scientist (P04) is a role in which you will:
• Lead and coordinate technical staff to ensure the delivery of program outcomes and deliverables through:
o monitoring and enhancing staff performance and development to ensure a high level of staff competence and effectiveness;
o negotiating with team members to ensure effective and efficient team performance; and
o monitoring, evaluating and reporting on outputs to ensure that the desired results are achieved on schedule.
• Have a strong understanding of hydrology, geomorphology and erosion processes (namely gully and streambank) and how they can be managed.
• Demonstrated experience with remote sensing technology – particularly terrestrial and aerial LiDAR, remotely piloted aircraft and/or telemetered environmental monitoring.
• Analyse datasets relating to land management practices and water quality at a paddock to sub-catchment scale.
• Identify and implement innovative monitoring and modelling practices that will contribute to the Paddock to Reef Program.
Job Ad Reference: QLD/570276/24
Closing Date: Thursday, 20 June 2024
Further information
We are committed to building inclusive cultures in the Queensland public sector that respect and promote human rights and diversity.
Please ensure you download all attachments and follow the instructions on how to apply.
Documents
Before applying for this vacancy please ensure you read the documents below.