Imagine, if you will, the vast expanse of the Atlantic Ocean, its waves crashing against the rugged cliffs of Malta’s Dingli Cliffs. Now, picture a Maltese scientist, Dr. Miriam Sciberras, leading an expedition to explore one of the most remote parts of this oceanic behemoth. This is not a scene from a Hollywood blockbuster, but a reality that’s unfolding right now.

Dr. Miriam Sciberras, a marine biologist from the University of Malta, is no stranger to the deep. With over a decade of experience in oceanography, she’s made it her mission to explore the unexplored, understand the unknown, and protect what lies beneath. Her latest venture? A deep-sea expedition to the Porcupine Abyssal Plain, a remote part of the Atlantic that’s as mysterious as it is vast.

The Porcupine Abyssal Plain, located southwest of Ireland, is one of the deepest parts of the Atlantic. It’s a place where sunlight doesn’t reach, where pressure is crushing, and where life as we know it barely exists. Yet, it’s here that Dr. Sciberras and her team are heading, aboard the R/V Celtic Explorer, a state-of-the-art research vessel.

Why venture into such inhospitable territory? “The deep sea is the last great wilderness on Earth,” Dr. Sciberras explains. “It’s home to species we’ve yet to discover, ecosystems we’ve yet to understand, and resources we’ve yet to tap into. We’re going there to learn, to protect, and to inspire.”

Malta, an island nation surrounded by the Mediterranean, might seem an unlikely hub for Atlantic deep-sea exploration. But look closer, and you’ll find a thriving marine science community, world-class research institutions, and a government committed to sustainable ocean management. “Malta’s location and commitment to marine research make it the perfect base for our expedition,” says Dr. Sciberras.

Malta’s involvement in this expedition is not just about scientific discovery. It’s also about inspiring the next generation of Maltese scientists. “We want to show young Maltese students that they can make a difference, that they can explore the unknown, right from their own backyard,” adds Dr. Sciberras.

The expedition, scheduled to last several weeks, will involve collecting samples, mapping the seafloor, and deploying autonomous underwater vehicles (AUVs) to explore areas too deep for humans. The team will also conduct experiments to understand how deep-sea ecosystems respond to climate change and human impact.

Back in Malta, the public can follow the expedition’s progress through live updates and webinars. “We want everyone to feel a part of this journey,” says Dr. Sciberras. “Whether you’re a student, a teacher, or just someone who loves the ocean, we invite you to join us as we explore the mysteries of the deep.”