How to Find a University for Marine Biology and Mycology in Australia (Our Family’s Approach)
It was one of those Saturday afternoons when the rain kept everyone inside. My daughter, Ari, had been out for hours in the drizzle, and when she finally came through the door, she kicked off her gumboots and left a wet trail of leaf litter, mud, and something that looked suspiciously like a piece of shelf fungus across the kitchen floor. She was holding it up like a trophy.
“Look,” she said, wiping rain off her face. “I think this one’s got marine bacteria living in the wood. Or maybe it’s just rot. But there’s a paper about it. Can I study this?”
I squinted at the brown lump. “I thought you wanted to do marine biology.”
“Yeah, but also fungi. Both.” She set the fungus on the table, and I could see she was serious. Ari loves the ocean — we’d spent four days every summer snorkeling on the Great Barrier Reef since she was seven — but it turned out she also loved the strange, hidden life forms that grew in damp corners. Now she was stuck on how to study both, and honestly, I was stuck on how to help her.
I remember sitting down that night with a cup of tea and my laptop, searching for “marine biology and mycology degree Australia.” The results were predictable. Marine biology had plenty of courses. Mycology — the study of fungi — had almost nothing as a standalone degree, and the phrase “marine mycology” might as well have been code for an ancient treasure map. There was no straightforward answer, and that felt like a problem.
But over the next few weeks, as Ari and I talked with teachers, emailed a few academics, and read through course handbooks, we realised something important: the absence of a perfect degree label doesn’t mean the path doesn’t exist. It just means you have to build it. And there’s a quiet, practical way to help a teenager (or yourself) do that.
The first thing we learned is that marine biology and mycology live in different university departments for most of the country. Marine biology is often housed in schools of earth and environmental sciences, or in dedicated marine institutes like the one at James Cook University in Townsville, or the Institute for Marine and Antarctic Studies in Hobart. Mycology, on the other hand, tends to be tucked into microbiology, plant pathology, or agriculture programs. Very few courses put them together because marine fungi — yes, there is such a thing — are one of those niche intersections that graduate researchers find after specialising.
So instead of searching for a single degree, we started looking for a university where both fields were available nearby, and where it was possible to study one as a major and the other as elective units or a minor. For Ari, that meant focusing on two or three universities that had both a strong marine science program and a microbiology department that offered mycology-related subjects. James Cook, University of Queensland, the University of Western Australia, and the University of Tasmania all stood out, but for different reasons. JCU felt like an obvious choice because of the reef, but when we looked at their mycology offerings, they were mostly in agricultural plant pathology — not exactly marine. UQ had marine biology and a decent microbiology school, which meant Ari could potentially do a Bachelor of Science with a double major in marine biology and microbiology, then angle her honours project toward marine fungi. That was one option.
The other thing that mattered more than we expected was finding a real person. Course handbooks are useful, but they don’t tell you whether this one lecturer in microbiology has actually studied marine fungi, or whether the marine science institute would let an undergraduate volunteer in the lab. Ari and I spent an afternoon emailing a handful of academics whose papers we’d found online. Not long letters, just two or three sentences: “My daughter is interested in marine fungi, wants to study, would it be worth applying to your program? Does anyone in your group work on this?” About half replied. One professor from a university in Perth wrote back that his lab occasionally had summer internships where a student could spend six weeks on an environmental survey of fungal diversity in seagrass beds. That one email changed how Ari saw the whole process. She realised that the “degree” wasn’t a container; it was a starting point.
We also looked at degrees in more traditional ways, double degrees or Bachelor of Science (Honours) pathways. In Australia, you can often do a BSc, pick multiple majors, then do an honours year where the thesis topic is your choice. That’s where the real specialisation happens. Ari doesn’t need a degree called “Marine Mycology” to study marine fungi — she needs a bachelor’s degree with enough laboratory skills and marine field experience to be trusted with an honours project, and then a supervisor who is willing to take on a slightly unusual topic. That’s how the field actually works. People find the niche after getting the basics.
One of the best pieces of practical advice came from a biology teacher at Ari’s school. She said to get out the spreadsheets and check the actual unit lists — not just the program names. “Look for units like ‘Microbial Ecology’ or ‘Coastal Marine Ecosystems’,” she said. “Then email the course coordinator and ask if previous students have ever done a special study unit or a summer research project on marine fungi. If they say no, ask if they’d be open to it.” Apparently, universities in Australia are surprisingly flexible with special study units in the third year. They’re like tiny custom courses you design with a professor. She told us about a kid the year before who spent a whole semester doing a DNA barcoding project on fungi from the rocky shore. He wasn’t in any special program; he just asked.
That changed how I think about university advice in general. So much of the online conversation is about choosing the “best” degree, when for teenagers like Ari, it’s more about choosing a place where you can test your interests without being locked into a rigid track. The best we can do as parents is help them ask better questions.
We haven’t made a final decision yet. Ari is still deciding between heading north to Townsville, where the chance to be in the water year-round is hard to ignore, or staying closer to home where the microbiology department has a wider range of lab specialisations. She’s also started reading about how marine fungi are involved in decomposition and nutrient cycling, and she talks about it at dinner in a way that makes us all listen, even if we don’t always follow the details.
The rain ended a few hours after that Saturday, and I came back into the kitchen to find the fungus still on the table, starting to dry out. Ari had drawn a little diagram of its life cycle on a napkin. I didn’t say anything about it being time to throw it away. I just added it to the pile of things she’s figuring out — maybe even put it in the sink for a few days. The truth is, I don’t know exactly what university or degree will be the right fit for her, but I do know that the process has already taught her something valuable about how to approach a question that doesn’t have a clean answer. And that, I think, is half the reason to go to university in the first place — not to get the answer, but to learn how to shape your own questions and find the people who think they’re interesting too.
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