Thylacine. Research. Unit. (T.R.U.)

Thylacine. Research. Unit.   (T.R.U.) T.R.U. - Thylacine Research Unit (Tasmanian Tiger) The researchers who compose the T.R.U. The T.R.U. The overall mission of the T.R.U.

As featured in Animal Planet's - Hunt for the Tasmanian Tiger TV Series - TRU is a committed group of scientists, naturalists and specialists from diverse backgrounds. are engaged in field investigations and experiments designed to address various aspects of determination of the continued existence of the thylacine (Tasmanian Tiger). Through the education and experience of its members and the qual

ity of their research and investigation, The T.R.U seeks to be the most credible and respected investigative network involved in the study of the thylacine. It is the policy of the T.R.U study the thylacine using technology in ways that will not physically harm them if they still exist. If the thylacine's continued existence is proven we seek to protect the species and implement active conservation strategies to ensure that we don’t lose the species again. organizes and reports observations and directs expeditions to places where the observations have occurred. We also strive to investigate and educate on all Tasmania's fauna but particularly its carnivores. is essentially to resolve the mystery surrounding the thylacine. To derive evidence of the species' continued existence or extinction. This goal is pursued through the proactive collection of all forms of data and physical evidence from the field, well as documenting and evaluating sightings both current and historic.

28/10/2025

Findings suggest museum specimens may have much more to teach biologists than previously believed

08/10/2025
10/09/2025
06/09/2025
05/09/2025

Even after a long life, Peggie Bassett can still remember the guttural growl and striking scent of the last known thylacine as it prowled its concrete enclosure.

28/08/2025

The loss of crucial genes over millions of years prior to the arrival of humans in Australia may have left thylacines more vulnerable to extinction.

26/08/2025

The search for what was killing sheep in South Australia's south-east caused a sensation across Australia.

Even 130 years after the death of the so-called "Tantanoola tiger", there are still questions over what type of animal it was, who actually shot it and how it came to roam the region.

✍️ Read more: https://tinyurl.com/2t35bmtm

Local author Neville Bonney is about to put out the third edition of his book The Tantanoola Tiger, which was first published almost 50 years ago.

He says it will have more detail and nuance than the previous two editions.

Get the news that matters to you straight from the source. Download the ABC NEWS app: https://ab.co/abcnewsapp

21/08/2025

The search for what was killing sheep in South Australia's south-east caused a sensation across Australia. Questions remain about what type of animals it was.

14/08/2025

The claim that Dingoes have had a huge impact on native fauna, particularly in the demise of megafauna and Thylacines, is a topic of debate.
Dingoes are considered a native species in Australia, having arrived on the continent at least 4,000 years ago, and possibly up to 8,300 years ago or more.This timeframe suggests they've had a significant impact on the ecosystem over thousands of years.
As apex predators, Dingoes play a crucial role in maintaining ecological balance. They regulate herbivore populations, such as kangaroos and wallabies, which in turn helps maintain vegetation health and supports biodiversity.

The extinction of megafauna in Australia is attributed to various factors, including climate change, human arrival and potentially Dingoes. However, the exact role of Dingoes in this extinction event is still a subject of research and debate.

The Thylacine, is believed to have become extinct on the mainland due to a combination of factors, including competition with Dingoes, human persecution, and disease. In 2013 Dingoes were cleared of being solely responsible for their demise.
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https://www.adelaide.edu.au/news/print64502.html?hl=en-AU #:~:text=Dingoes%20have%20been%20unjustly%20blamed,of%20Adelaide%20study%20has%20found.

Dingoes help maintain ecosystem balance by controlling prey populations and influencing the dynamics of other predators.
Dingoes are recognised as a native species, but their management is complex due to conflicts with agricultural interests.
The impact of Dingoes on native fauna is a topic of ongoing research and debate, with different perspectives on their role in shaping the Australian ecosystem.

The extent of their role in the demise of megafauna and Thylacines is still a matter of scientific investigation and debate.

Dingoes are not typically considered a major driver of extinction for native species in Australia. While they do play a role in shaping the ecosystem and influencing the dynamics of other species, there is no strong evidence to suggest that they have caused the extinction of any native species.

Dingoes have complex relationships with other native species, and their impact can vary depending on the specific context and ecosystem.
As apex predators, Dingoes play an important ecological role in maintaining ecosystem balance and regulating prey populations.
Understanding the ecological role of Dingoes is important for conservation efforts, particularly in relation to managing ecosystems and protecting native species.

It's worth noting that the impact of Dingoes on native species can be influenced by a range of factors, including habitat, climate, and human activities. Further research is needed to fully understand the complex relationships between Dingoes and other native species in Australia.

Native wildlife has survived and thrived for thousands of years under the protection of Dingoes, shaped by nature to fulfil the critical role of apex predators. Dingoes pick off old, sick and genetically weak individuals, slowing the spread of disease and ensuring healthy populations of their prey.

Dingoes prey on both introduced and native herbivores, regulating the numbers of kangaroos, rabbits, deer, feral pigs and goats, resulting in improved vegetation cover and soil health. They also keep foxes and feral cats in check, which in turn gives life to many small-to-medium mammals, marsupials, native birds and other creatures.🐾🐾

29/07/2025

The last large marsupial carnivores—the Tasmanian devil (Sarcophilis harrisii) and thylacine (Thylacinus cynocephalus)—went extinct on mainland Australia during the mid-Holocene.

Based on the youngest fossil dates (approx. 3500 years before present, BP), these extinctions are often considered synchronous and driven by a common cause. However, many published devil dates have recently been rejected as unreliable, shifting the youngest mainland fossil age to 25 500 years BP and challenging the synchronous-extinction hypothesis. Here we provide 24 and 20 new ages for devils and thylacines, respectively, and collate existing, reliable radiocarbon dates by quality-filtering available records.

We use this new dataset to estimate an extinction time for both species by applying the Gaussian-resampled, inverse-weighted McInerney (GRIWM) method. Our new data and analysis definitively support the synchronous-extinction hypothesis, estimating that the mainland devil and thylacine extinctions occurred between 3179 and 3227 years BP.

- Academic paper by Lauren C White, el al

READ MORE: (PMC) https://bit.ly/4mkChIz

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