The Royal Society of Tasmania

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View a recording of the lecture by Dr Sally Bryant – June 2022


The lecture “Little bird of lutruwita: Saving Tasmania’s forty-spotted pardalote” delivered on 19 June 2022 is now available on the RST YouTube channel.

Once found on King Island and the eastern half of Tasmania, the forty-spotted pardalote is one of only ten Australian bird species now extinct from over 90% of its former range. Listed as Endangered on the IUCN Red List and Federal and State legislation, this tiny woodland specialist is intrinsically linked to one eucalypt type, making it highly vulnerable and often out-competed as more aggressive species continue to spread.

Described as one of the world’s most unique birds by being able to stimulate its own food resource, survival of the forty-spotted pardalote in a rapidly changing climate has never been more precarious.

After graduating from UTAS in 1989, Dr Sally Bryant worked for 18 years as a wildlife scientist for the Tasmanian Government, seven as Manager of the Threatened Species Section. In 2009 she joined the Tasmanian Land Conservancy to develop their science and monitoring program and build their network of private reserves which now span over 30,000 ha.

Sally has travelled widely researching island species especially threatened birds and has authored and co-authored several books, chapters and numerous scientific papers and technical reports on wildlife conservation. In 2020 she became an Honorary Research Fellow with the TLC, Editor of the Journal Papers and Proceedings of the Royal Society of Tasmania and is perhaps best known through her popular ABC Radio wildlife talkback program delivered fortnightly since 1999. She is a passionate advocate for Tasmania’s wildlife and Chair of the Forty-spotted Pardalote National Recovery Team.

Doctoral Award Winners 2021 – Webinar


The Royal Society of Tasmania invites you to a webinar at 5 pm on 7 August 2022 featuring talks by the two RST Doctoral Award winners in 2021, Dr Pratiksha Srivastava (engineer) and Dr Rhondda Waterworth (psychologist and lawyer).

Dr Srivastava is now based in Spain and Dr Waterworth is based in France, so these presentations will be online only.

PLEASE NOTE THE WEBINAR START TIME IS 5 PM.

Follow this link to register for the Zoom webinar. After registering, you will receive a confirmation email containing information about joining the webinar.


Dr Pratiksha Srivastava

Dr Pratiksha Srivastava

Dr Pratiksha Srivastava is currently a Postdoctoral Fellow at Rey Juan Carlos University, Madrid, Spain. She completed her PhD at the National Centre for Maritime Engineering and Hydrodynamics, Australian Maritime College, University of Tasmania, Australia. Her research focus is on microbe-electrode interaction for the development of sustainable technologies. She has made a major contribution to the development of electrode-dependent anaerobic ammonium oxidation in constructed wetlands coupled with microbial electrochemical technology. This research gained considerable attention among scientists. Her sustainability research led to the prestigious Green Talent Award from the German Federal Ministry in 2017. She has also been awarded a Nuffic Fellowship, from the Netherlands, and many other competitive national and international grants. She has published more than 20 peer-reviewed articles.

“Electron exchange between living and non-living things for developing sustainability in the environment”

The energy for all life forms comes from the flow of electrons in energetically favourable pairings of oxidation and reduction reactions. Although most living organisms use soluble oxidants and reductants, some microbes can access solid-phase materials as electron-acceptors or donors via extracellular microbial electron transfer. A better understanding of extracellular microbial electron transfer can lead us to further technological applications such as an efficient wastewater treatment, electricity generation, bioelectronics, biochemical production, detoxification of harmful compounds, and biofuels generation for achieving sustainability in the environment.


Dr Rhondda Waterworth

Dr Rhondda Waterworth

Dr Rhondda Waterworth is an Australian lawyer and psychologist. She has 14 years’ experience working with families, teenagers and children, in government funded health services, and in private practice. She has spent at least five years working with dangerous offenders. 

Rhondda completed a PhD in the Schools of Psychology and Social Sciences at the University of Tasmania in therapeutic jurisprudence and ways in which the courts and magistrates can be more effective therapeutically within courtrooms to prevent reoffending.

She is the author of several articles on magistrate interventions and the use of health and legal systems to intervene for offending behaviour for those with mental health problems, trauma. She has also published articles on opportunities and techniques for applying therapeutic jurisprudence in criminal courts. One of these has been incorporated into a handbook for magistrates.

Rhondda is currently resident in France and works in private practice as well as lecturing at the Catholic University of Lyon. 

“The therapeutic potential of magistrates and court systems”

The complex interface between health and legal systems is constantly on display in courtrooms. Magistrate behaviour and courtroom interactions have the potential to significantly affect outcomes for offenders and the wider community. This influence is especially strong for offenders experiencing mental illness, social disadvantage, drug addiction, or other endemic social problems. Insightful courtcraft can transform magistrate roles so they become drivers for therapeutic change. This approach requires identifying desirable magistrate behaviours and incorporating those behaviours in magistrate training.


Personalised Medicine: Are we there yet?


The Royal Society of Tasmania, Northern Branch, invites you to a public lecture at 1.30 pm on Sunday 24 July 2022 by Assoc Prof Raj Eri, in the Meeting Room of QVMAG (Inveresk). Full COVID vaccination and the wearing of face masks are highly desirable for anyone attending in person.

Assoc Prof Raj Eri

Admission is free for members of the Royal Society of Tasmania. The charge is $4 for students, QVMAG Friends, TMAG Friends, and members of the Launceston Historical Society. For all others, admission is $6.

You may if you wish view the lecture remotely via ZOOM. In this case you must register in advance to ensure that you receive an email containing instructions for joining the webinar on the day of the talk. Click here to register for ZOOM.

Click here to view the latest flyer for the event and print if necessary.

Personalised medicine uses very specific and unique health information from an individual to make informed therapy choices. To that end, the latest advances in human genomics, microbiome analysis and other advanced biomarker tools will assist in individualising therapy. A/Prof Raj Eri will describe in detail with examples how such advanced research will shape personalised medicine.

Raj is a passionate scientist who leads a research team investigating gut diseases such as Inflammatory Bowel Disease and colorectal cancer. He has published over 125 peer-reviewed research papers, received research grants from NHMRC and multiple philanthropic sources, and has been commended by the Australian Government for excellence and innovation in teaching.


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View a recording of the lecture by Andrew Bishop – May 2022


The lecture “A Brave New Biosecurity System: Over the Horizon Musings” delivered on 22 May 2022 is now available on the RST YouTube channel.

Technology and innovation are revolutionizing how we manage the rapidly increasing threats from exotic pests and diseases to our agriculture, environment, and amenity. This ranges from powerful data gathering and big data analysis that generates advance warnings of impending threats, through to molecular and GPS based tracking systems and electronically connected smart surveillance systems.

Andrew is Tasmania’s Chief Plant Protection Officer with Biosecurity Tasmania, having responsibility for decision making in the development and maintenance of the Tasmanian plant biosecurity system, including emergency responses and responsibility for representation (state and national). He has 33 years’ experience working in government in Tasmania and Victoria..

The blue biotechnology revolution – Clean and green foods and bioproducts from the ocean


RST members and guests are invited to this joint event organised by the Royal Society of Tasmania (RST) and Australian Academy of Technology and Engineering (ATSE).

Stanley Burbury Theatre, University of Tasmania, Sandy Bay
7 to 9 pm, Thursday 7 July

Complimentary refreshments will be served in the foyer from 6 pm. Please note that for in-person attendees, the wearing of masks is encouraged and temperature screening is mandatory.

Both in-person attendees and those wishing to participate by livestream are required to register using this link.

Australia’s marine territory is vast, pristine and protected. It harbours the next generation of environmentally responsible resources and products – think bioplastics made from kelp, complementary medicines made from seaweed, beauty products extracted from fish roe. The Marine Bioproducts Cooperative Research Centre (MBCRC) and Australian biotechnology company Marinova are dedicated to growing marine resources, developing new processes that utilise those resources and creating new marine bioproducts that are market-ready.

The event will feature four short presentations followed by a panel discussion and question-and-answer session. 

  • John Gunn FTSE (ATSE Chair Tasmanian Division): Introduction and global context for marine bioproducts
  • Dr Justin Coombs (CEO Marine Bioproducts CRC): Scope and vision for Marine Bioproducts CRC
  • Prof Catriona Macleod (Interim Executive Director IMAS): The Tasmanian context – opportunities for and from Tasmania
  • Paul Garrott (Managing Director Marinova): The Marinova story: manufacturing sustainable biotechnologies

John Gunn has conducted, led, translated and communicated science focused on the sustainable use of marine ecosystems and resources for over 35 years. Senior positions held by John include Chief Executive of the Australian Institute of Marine Science (AIMS), Chief Scientist of the Australian Antarctic Program, and Deputy Chief of CSIRO’s Marine and Atmospheric Research Division. He has worked at the interface between R&D and industry throughout his career, and currently chairs the Boards of the Marine Bioproducts Cooperative Research Centre (CRC) and Australia’s Integrated Marine Observing System. He is also a Non-Executive Director of the Great Barrier Reef Foundation.


Dr Justin Coombs is a PhD-trained scientist, biotech specialist patent attorney, and biotech enterprise leader. His areas of expertise are in company start-ups, R&D program development, intellectual property, technology transfer, and commercial strategy across a broad range of technology-focused organisations. Before taking on his most recent role as the CEO of the new Marine Bioproducts CRC, Justin was part of the founding senior management team for the Cell Therapy Manufacturing CRC and the founding CEO of its spin-out company Carina Biotech.


Professor Catriona Macleod has a PhD in Aquaculture from the University of Tasmania focused on sustainable development in marine and coastal systems, and science-based management and decision-making, with specific expertise in environmental, economic, and social sustainability. Professor Macleod has been a research leader in three CRCs (Aquaculture, Aquafin and Seafood) and is currently a research program leader in the Marine Bioproducts CRC. She is interim Executive Director at the Institute of Marine and Antarctic Studies (IMAS) of the University of Tasmania.


Paul Garrott has been CEO of Marinova since 2003 and through his strategic approach to innovation and commercialisation has taken the company from start-up to global success. A graduate of the University of Tasmania, Paul was a partner in a leading chartered accounting firm in Sydney before establishing Marinova.


Mid-Winter Dinner and Lecture 2022


The Royal Society of Tasmania
Mid-Winter Dinner and Lecture
14 July 2022
Royal Yacht Club of Tasmania

Mid-Winter Dinner

RST members and guests are invited to the 2022 Mid-Winter Dinner. Please arrive at 5:30 pm to enjoy a welcoming drink and to be seated at a dining table by 5:50 pm for your dinner order to be taken.

Follow this link to the Acceptance Form. Note that bookings close on Thursday 7 July.

Lecture: “A Picture is Worth a Thousand Words”

Art historian Dr Anita Hansen and Royal Society researcher Marley Large will talk about their three years exploring the Royal Society of Tasmania Art Collection.

Researching an art collection is full of adventure and excitement: a previously undiscovered document is found hiding in the archives; the thrill of seeing an artwork for the first time – but it is also about countless hours spent trawling through old documents, minutes, letters, books, notes and receipts.

There are nearly one thousand artworks in the Society’s collection – mostly colonial works on paper and each one has its own story and what stories they can tell:

  • The fascination of newly encountered fauna and flora
  • The consequences of colonisation
  • The extraordinary landscapes
  • Convict days
  • The early settlers

Louisa Anne Meredith "Cape Raul"
Louisa Ann Meredith
Mary Morton Allport

Dr Anita Hansen

Anita Hansen (Honorary Curator, the Royal Society of Tasmania Art Collection) has been an artist all her life, working in Tasmania, interstate and overseas. She holds a PhD (UTAS) Nineteenth Century Natural History Art and Belonging in Tasmania, a MFA (UTAS) The Illustrations and Work of William Archer, a Graduate Diploma in Plant and Wildlife Illustration (University of Newcastle) and a BFA (UTAS). Anita co-edited The Royal Society of Tasmania’s book The Library at the End of the World: Natural Science and Its Illustrators and Poles Apart, and has published a number of journal articles. Anita has been a committee member of the Plimsoll Gallery and has curated exhibitions in Tasmania and interstate. Anita continues to serve on the Society’s Art Committee.

Marley Large

Marley Large (Honorary Secretary of the Royal Society of Tasmania), has completed research projects for the Royal Society including an investigation of their records to support their Apology to the Tasmanian Aboriginal People and a major project investigating records relating to the RST artworks. Marley, along with Dr Anita Hansen, was a member of the Joint RST-TMAG Artworks Committee, researching the provenance of the Society’s Art Collection. Marley and Anita were fortunate to examine each of over nine hundred items in the Collection during their research. Through the years of research, they were able to connect most of the artworks to records about them held in the Society’s Library at the Special and Rare Collection at UTAS. Marley’s interest in art developed when studying for a history degree; she was exposed to and came to understand some of the many subtleties, sensitivities, crude statements and areas in between, in the relationship between art and history. Marley continues to serve on the Society’s Art Committee.

Identifying the Source with Forensic Science


The Royal Society of Tasmania, Northern Branch, invites you to a public lecture at 1.30 pm on Sunday 26 June 2022 by Dr Charles Connor, in the Meeting Room of QVMAG (Inveresk). Full COVID vaccination and the wearing of face masks are highly desirable for anyone attending in person.

Admission is free for members of the Royal Society of Tasmania. The charge is $4 for students, QVMAG Friends, TMAG Friends, and members of Launceston Historical Society. For all others, admission is $6.

Dr Charles Connor

You may if you wish view the lecture remotely via ZOOM. In this case you must register in advance to ensure that you receive an email containing instructions for joining the webinar on the day of the talk. Click here to register for ZOOM.

Click here to view the latest flyer for the event and print if necessary.

DNA profiling is currently considered the gold standard in human identification. But just how reliable is DNA profiling, and Forensic Science in general, and should the public have any reason for concern about what is presented in Tasmanian courts? What techniques are used in criminal and coronial cases here in Tasmania? Is it just like what we see on television?

Dr Connor is a senior Forensic Scientist at Forensic Science Service Tasmania, specialising in the examination of crime scenes, biological testing and DNA profiling, and is an Advanced Bloodstain Pattern Analyst. His duties include examining items pertaining to criminal and coronial matters in order to give evidence in Tasmanian courts.

Dr Connor is the immediate past President (and current Vice-President) of the Tasmanian branch of the Australian and New Zealand Forensic Science Society.


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View a recording of the lecture by Dr Tony Webster – May 2022


The lecture “Geology, landscape and European settlement: small things meant a lot” is now available on the RST YouTube channel.

Historical accounts of the first European responses to Australian landscapes rarely mention the ways that their decisions were influenced by the terrain. This talk is about the role that geology and landscape played in the places chosen for permanent European settlements in Australia, and in the earliest land-use choices made as they adapted to their new environments. The most historically significant sites of first European settlement are now occupied by the modern central business districts of Australia’s largest cities and are now intensely urbanised and modified landscapes. Using examples from Hobart, Sydney, Melbourne, and Perth, it will be shown that despite the intensity of two centuries of urban development and landscape modification, the geology and pre-European landscapes of these places had a profound influence on their early development. It will also be shown that the effects of the original landforms remain deeply embedded in the modern urban landscapes.

Tony is a Hobart-based consulting geologist working with GeoDiscovery Group Ltd. He has spent over 30 years in the mining industry, academia and government, working in and around several historically significant base metal and gold mines, including Broken Hill and Kalgoorlie, Zeehan, Mount Farrell, and Rosebery (Hercules). Tony started his career as an underground mine geologist on the Golden Mile (Fimiston) but has since worked in a variety of roles, including mining heritage, environmental regulation and research roles in Tasmania and Queensland. Tony has particular skills in structural geology, historic data compilation and analysis, and the geological interpretation of complex mineralised systems.

Little bird of lutruwita: Saving Tasmania’s forty-spotted pardalote


Dr Sally Bryant

The Royal Society of Tasmania invites all members and supporters to a lecture on Sunday 19 June 2022, at 3 pm by Dr Sally Bryant. The lecture will be presented at the Royal Society of Tasmania Lecture Room in TMAG (entrance off Dunn Place, Hobart) and as a Zoom webinar.

If you wish to attend in person: Register using Eventbrite before 4 pm Saturday 18 June using this link.

Attendance is free for members of the Royal Society of Tasmania. Non-members are welcome to attend and donations are appreciated at the door or through our website . Suggested donation $6; $4 for students and Friends of TMAG.

If you wish to attend via ZOOM: Follow this link to register for the Zoom webinar. After registering, you will receive a confirmation email containing information about joining the webinar.


Once found on King Island and the eastern half of Tasmania, the forty-spotted pardalote is one of only ten Australian bird species now extinct from over 90% of its former range. Listed as Endangered on the IUCN Red List and Federal and State legislation, this tiny woodland specialist is intrinsically linked to one eucalypt type, making it highly vulnerable and often out-competed as more aggressive species continue to spread.

Forty-spotted pardalote.
Image: Nomdeploom at English Wikipedia, CC BY 3.0 , via Wikimedia Commons.

Described as one of the world’s most unique birds by being able to stimulate its own food resource, survival of the forty-spotted pardalote in a rapidly changing climate has never been more precarious.

After graduating from UTAS in 1989, Dr Sally Bryant worked for 18 years as a wildlife scientist for the Tasmanian Government, seven as Manager of the Threatened Species Section. In 2009 she joined the Tasmanian Land Conservancy to develop their science and monitoring program and build their network of private reserves which now span over 30,000 ha.

Sally has travelled widely researching island species especially threatened birds and has authored and co-authored several books, chapters and numerous scientific papers and technical reports on wildlife conservation. In 2020 she became an Honorary Research Fellow with the TLC, Editor of the Journal Papers and Proceedings of the Royal Society of Tasmania and is perhaps best known through her popular ABC Radio wildlife talkback program delivered fortnightly since 1999. She is a passionate advocate for Tasmania’s wildlife and Chair of the Forty-spotted Pardalote National Recovery Team.

View the recording of the lecture by Dr Indrani Mukherjee – March 2022


The lecture “Understanding Early Earth Environments” is now available on the RST YouTube channel.

The transition of a simple cell into a complex one, billions of years ago, is the reason we share the planet with millions of species today. Indrani Mukherjee’s research focuses on “what drove that biological transition?” The approach involves a nuanced understanding of ancient marine environments, via novel and cutting-edge geochemical techniques.

Indrani earned her BSc Honours and Masters in Geology at the University of Delhi where she was also awarded the university gold medal for securing the highest marks in MSc. She completed her PhD at UTas in 2018 where she is a lecturer and postdoctoral researcher in Earth Sciences, and was awarded the 2021 Vice-Chancellor’s Early Career Award.

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Last modified: August 31, 2022. Copyright © 2025 The Royal Society of Tasmania ABN 65 889 598 100