A new travel campaign launched by the Federal Government aims to educate young Australians, particularly school leavers and their parents, about the risks associated with alcohol consumption abroad, including the potential for methanol poisoning. The initiative specifically targets social media platforms and popular destinations such as Southeast Asia, ensuring that travellers have access to vital information about staying safe while drinking.
The campaign promotes awareness of the dangers of drink spiking and provides resources for responsible alcohol use. Alongside this, Smartraveller is set to create an online safety hub by June, featuring educational materials tailored for schools, universities, and parents, emphasising the importance of safeguarding young travellers.
This awareness initiative is particularly timely, coinciding with peak travel periods and schoolies celebrations. Foreign Affairs Minister Penny Wong expressed her condolences to the families of Holly Bowles and Bianca Jones, two Australian teenagers who tragically died after consuming tainted alcohol while travelling. She reaffirmed the government’s commitment to ensuring the safety of young Australians as they explore the world, emphasizing the need for educational efforts to protect against alcohol-related risks.
The ongoing investigation into the deaths of Bowles and Jones, linked to incidents at the Nana Backpacker Hostel in Laos, remains a pressing concern. Their families have voiced frustration over the lack of communication regarding the investigation, with calls for greater transparency from authorities. Holly’s father, Shaun, highlighted the absence of updates from officials, declaring it unsatisfactory.
The Federal Government is actively seeking thorough inquiries and continues to urge Lao authorities for advancements in the investigation. This campaign not only aims to prevent future tragedies but also addresses the broader message that while travelling is encouraged, safety should always be the top priority for young Australians abroad.