Lecturer / Senior Lecturer, Environmental Hydrology

James Cook University has opened applications for a continuing Lecturer or Senior Lecturer in Environmental Hydrology, based at its Cairns campus in far north Queensland. The role sits within the College of Science and Engineering, runs full-time at 36.25 hours a week, and closes on 24 November 2026.

The appointment is built around two strands: teaching undergraduate and postgraduate students through practical, field-based work, and building an independent research program in catchment hydrology, soil–water–vegetation interactions, water quality and climate adaptation. The successful candidate will also supervise Honours and higher degree by research students and work alongside Traditional Owners, government agencies, industry and community groups across northern Australia.

For an early-career hydrologist or an established researcher weighing a move, the advert matters for a practical reason: the salary bands are published up front. Academic Level B runs from $112,810 to $133,110, and Academic Level C from $137,166 to $157,465, with 17 per cent superannuation on top.

What the role actually involves

The position is continuing, not fixed-term — an open-ended appointment in a sector where fixed-term contracts are common for early-career researchers. Teaching covers the Environmental Science and Management, Science and Environment programs, which means lectures, practical classes, field-based learning and assessment rather than a seminar-room-only load.

Research is described as an open menu. The advert names catchment hydrology, soil–water–vegetation interactions, water resources management, agricultural practice, water quality and climate adaptation, and it explicitly welcomes “an emerging or established academic” with expertise in environmental hydrology. That wording signals appointment can be made at Level B or Level C depending on a candidate’s record, rather than forcing everyone into a single classification.

The supervision expectations are spelled out too, from Honours projects through to higher degree by research students, and so is the requirement to pursue competitive research funding and build partnerships across northern Australia, nationally and internationally.

Pay and conditions, in numbers

The figures sit within the normal range for Australian academic roles but are worth reading precisely, because the gap between the bottom of Level B and the top of Level C is $44,655 a year.

Both bands attract 17 per cent employer superannuation, five weeks of annual leave plus leave loading, flexible working, salary packaging, paid study leave and up to 12 months of paid parental leave. In Australian higher education, Level B generally describes an early-career academic consolidating a research and teaching profile, while Level C expects a nationally recognised record and the capacity to lead research groups.

For a sense of how those bands compare with the wider market, the career-advice team at AcademicJobs has unpacked what it takes to become a university lecturer in Australia and what the pay really looks like.

A catchment as a classroom

Cairns sits on one of the wettest stretches of the Australian coast. The city averages around 1,992 mm of rain a year, and the summit of Mount Bellenden Ker, on its doorstep, has recorded as much as 12,461 mm in a single year. The campus is ringed by systems that swing between extremes: the Barron River rising on the Atherton Tablelands and crossing a narrow coastal delta north of the city, and the Mulgrave and Russell rivers draining Queensland’s highest mountains.

Those catchments are heavily worked. In the Barron, 36 per cent of native vegetation had been cleared by 2018, and an estimated 87 per cent of the historical freshwater floodplain wetland extent has been lost or modified, according to the Queensland Government’s catchment profiles. A river that can push past 4,000 cubic metres per second in flood drops below 15 cubic metres per second in the dry. Ex-Tropical Cyclone Jasper’s December 2023 flood was a reminder that this hydrology is not a museum subject; it is a live public safety and water management question.

For a teaching academic, that is the point. Students can hold a current meter in a stream that feeds the Great Barrier Reef lagoon within an hour of a lecture, and the data they collect feeds questions about floods, irrigation, erosion and Reef water quality that government and industry are actively trying to answer.

The science the region is already known for

JCU’s water research is concentrated in TropWATER, the Centre for Tropical Water and Aquatic Ecosystem Research, which has worked with the natural resource management body NQ Dry Tropics for more than twenty years — a partnership that began in 2003. One of its signature projects, Landholders Driving Change, has trained graziers in the Bowen, Bogie and Broken catchments to collect water samples during flood events; across six wet seasons and nine properties they gathered around 300 samples.

Researchers such as Zoe Bainbridge and Stephen Lewis have used that community-collected data to trace fine sediment from eroding gullies to the Reef lagoon, and to show that the Burdekin River’s average annual sediment load is roughly five times what it was before European arrival. The Bowen catchment stands out as the largest area-specific contributor of fine sediment to the Great Barrier Reef.

Progress against the Reef 2050 Water Quality Improvement Plan is the honest backdrop to all of this. The 2021–22 Reef Water Quality Report Card recorded very poor progress on dissolved inorganic nitrogen, at 0.7 per cent, and poor progress on sediment, at 0.8 per cent, even as particulate nutrient targets moved faster. That gap between the easy tonnes and the hard ones is where a new research program can plant itself.

Who gets shortlisted

The minimum is a PhD in environmental hydrology, environmental science, earth science, physical geography or a related discipline — completed or close to it — supported by expertise in catchment processes. The publication requirement is phrased with unusual care: a record “relative to career stage and opportunities”, which means the panel is benchmarking you against what your field and circumstances allowed, not against a professor twenty years in.

The advert’s highly regarded list is the real filter. Tropical or northern Australian experience, field-based teaching, quantitative and spatial analysis, and integrated catchment modelling all count. So does experience co-designing applied research with Traditional Owners, government, industry or community groups. That clause is not window dressing. Across northern Australia, water research runs increasingly through partnerships with Traditional Owners who hold native title and water-related cultural values — and Queensland’s own assessment of its Wet Tropics water plan notes that outcomes tied to First Nations water aspirations are among those still waiting on better data.

If you are assembling an application, the selection criteria are the skeleton of your cover letter. AcademicJobs has a plain-language guide to structuring an academic CV that answers each criterion directly.

How to apply, and when

Applications close on 24 November 2026, and the process runs through the university’s own portal. The position is listed under reference 496038, and the full position description sets out the selection criteria, the research expectations and the benefits package. Submit your application at careers.jcu.edu.au.

The same appointment is summarised on AcademicJobs.com, where you can keep an eye on the closing date and browse related hydrology and environmental science roles.

Whoever takes the post will be measured the way these catchments are: wet season to wet season. The first wet-season field campaign and the first Honours cohort through to submission — those are what the next annual review will actually look at.