What is being done to help Tasmanian devil from extinction?

The Tasmanian devil is an endangered species due to a fatal transmissible cancer known as Devil Facial Tumor Disease (DFTD). Several conservation strategies have been implemented to aid the recovery of the Tasmanian devil population:

1. Captive Breeding and Insurance Populations:

- Captive breeding programs have been established to maintain a healthy and genetically diverse population of Tasmanian devils.

- Insurance populations are held in zoos and wildlife sanctuaries to serve as a backup population in case the wild population faces further decline.

2. Disease Management:

- Research on DFTD has led to better understanding and management of the disease.

- Trials have been conducted to vaccinate devils against the disease, with ongoing efforts to develop effective vaccines.

3. Genetic Diversity:

- Genetic studies are conducted to monitor the genetic diversity of devil populations and identify individuals with resistance to DFTD.

- Genetic rescue efforts aim to introduce unrelated devils into disease-affected areas to increase genetic diversity and resilience.

4. Population Monitoring:

- Regular monitoring of devil populations helps track population trends, identify disease hotspots, and guide conservation efforts.

- Camera traps, motion sensors, and other technologies are used to collect population data.

5. Habitat Protection:

- Conservation efforts include protecting and improving devil habitats.

- Habitat management programs focus on controlling introduced species, reducing threats like roadkill, and restoring devil habitats.

6. Community Involvement:

- Educational programs raise public awareness about the plight of the Tasmanian devil and encourage responsible behaviors to support conservation.

- Public participation in citizen science projects contributes valuable data for conservation management.

7. Translocation and Disease Control:

- Translocation of healthy devils to disease-free areas has been employed to establish new populations and reduce local extinctions.

- Strict quarantine measures are implemented during translocation to minimize disease spread.

8. Research and Collaboration:

- Ongoing scientific research aims to understand the impacts of DFTD, genetics, and other factors affecting devil population dynamics.

- Collaboration among conservation organizations, government agencies, researchers, and local communities is essential for effective recovery efforts.

These multifaceted conservation efforts require long-term commitment and funding to secure the survival of the Tasmanian devil and ensure the conservation of this unique and iconic Australian species.