Priscilla is a Program Coordinator for Life Sciences and works on education programs at Melbourne Museum.
In National Science Week this year, we're running a special program called Meet the Scientists just for students in Years 9 and 10.
If you're a teacher, you can book your Year 9 or 10 classes in to chat with our researchers about their day jobs. And if you're not, here's a taste of what the students will get: interviews with scientists who work on our natural history collections.
Meet Mel Mackenzie, Collection Manager of Marine Invertebrates
From scallops to squids, crabs to octopuses, Mel’s day job sounds more like she works in a restaurant than a museum. That is until she gets into the nudibranchs, echinoderms, flatworms, sponges, isopods and jellyfishes – just to name a few. Meet Mel Mackenzie.
Mel Mackenzie, Collection Manager of Marine Invertebrates, on an Antarctic research trip.
Image: Pete Lens (BAS)
Source: Museum Victoria
How did you get into being a Collection Manager?
I started working at the museum as a volunteer docent in 1994, educating public visitors in various marine exhibitions while studying Zoology at Melbourne University. From there I moved down to the dungeons of the previous location of the museum on Russell Street as a volunteer research assistant to Dr. C.C. Lu, busily counting squid suckers and tentacles to assist in descriptions of new species. I went on to work as a Relocations Officer during the Museum move from Russell Street, then as an assistant collection manager in Invertebrate Zoology at various temporary locations before finally settling at Melbourne Museum.
After a ten-year stint away (in Learning, Development, Training and Publishing both here and in Japan) I’ve now been back working in the collections at Melbourne Museum since 2010.
Which collections do you look after?
The Marine Invertebrate Collection, though we do also have some freshwater invertebrates (like crayfish) and also some land snails and slugs. The collection is a specimen 'library' of everything from tiny tanaids (a type of crustacean) to giant squids. We keep the collection organised, viable and accessible for ongoing morphological, genetic, and environmental research.
Have you got a favourite marine invertebrate?
Holothurians; more commonly known as Sea Cucumbers. Apart from my usual collection management responsibilities, I get to work closely with other scientists on this group of animals and contribute through fieldwork, lab work, research and photography to a variety of scientific projects and publications. I’ve been lucky enough to have travelled to Poland, the Falklands and even the Weddell Sea in Antarctica to collect and identify these curious critters.
Meet Dr Erich Fitzgerald, Senior Curator of Palaeontology
When you’re studying the past, life came in many more forms than just the dinosaurs. Palaeontologists study fossil birds, plants, snakes, insects, or even pollen, which all help us to build up a picture of the past. Meet Dr Erich Fitzgerald.
Dr Erich Fitzgerald, with the fossil skull of the early whale Janjucetus hunderi.
Image: Rodney Start
Source: Museum Victoria
What area of palaeontology do you specialise in?
I investigate the evolutionary history of aquatic vertebrates, especially marine mammals such as whales, seals and sea cows. This research involves exploring the fossil record as well as investigating aquatic adaptations of living species. I seek to document the diversity, evolutionary relationships and palaeobiology of marine vertebrates through time and uncover the drivers of their evolution and extinction.
How did you get your job?
I studied earth science and zoology as part of a Bachelors of Science at Melbourne University, and then studied fossil whales for my PhD at Monash University. I was then a Smithsonian Institution Postdoctoral Fellow at the National Museum of Natural History in Washington, and more recently was the Harold Mitchell Fellow at Museum Victoria (2009–2012) before getting my job as the Senior Curator.
What are you researching now?
My major ongoing program of research involves the documentation and analysis of the little-studied fossil record of marine mammals in Australia, exploring how and when the remarkable biological adaptations of today’s whales, dolphins and seals evolved. I am interested in the questions opened up by looking at extinct and living marine mammals as a continuum: to understand the present we must grasp the past. That’s what Wallace and Darwin showed us: life only makes sense in light of its evolution.
National Science Week