This discovering sheds new gentle on Earth’s historical past
In a groundbreaking discovery, consultants have recognized historical remnants of a long-lost tectonic plate, dubbed Pontus, courting again an astonishing 120 million years. This discovering sheds new gentle on Earth’s historical past and underscores the continuing quest for data about our planet. In line with Indy100.com, researchers Suzanna van de Lagemaat and Douwe van Hinsbergen from Utrecht College made the breakthrough by analysing geological information from the Asia-Pacific area. Their prediction has now been confirmed, revealing the existence of Pontus, a beforehand unknown a part of Earth’s crust in Borneo.
Geologist Suzanna van de Lagemaat stated, “We thought we have been coping with relics of a misplaced plate that we already knew about. However our magnetic lab analysis on these rocks indicated that our finds have been initially from a lot farther north, and needed to be remnants of a special, beforehand unknown plate.”
She continued, ”However our magnetic lab analysis on these rocks indicated that our finds have been initially from a lot farther north, and needed to be remnants of a special, beforehand unknown plate.”
Press launch!@Suzannavdl‘s PhD analysis yielded a pleasant shock: the reconstruction of the Pontus Plate that we predicted 11 years in the past based mostly on tomography. And now it rolled out of her reconstruction 🤠.https://t.co/rNUOM8oazK@UUGeo@UUEarthSciencespic.twitter.com/3hXVeSx334
— Douwe van Hinsbergen (@vanHinsbergen) October 9, 2023
Researchers reconstructed the traditional Pontus plate, estimating it coated an space roughly one-quarter the scale of the Pacific Ocean. Shaped throughout the supercontinent Pangaea, Pontus lay beneath the huge ocean separating Eurasia and Australia 160 million years in the past. As Pangaea broke aside, the Pontus plate was progressively subducted or swallowed by neighbouring plates. This geological course of carried international locations just like the Philippines and Borneo to their present-day places.
Notably, van de Lagemaat focussed her analysis on the intricate Junction Area, the place tectonic plates converge between Japan, Borneo, the Philippines, New Guinea, and New Zealand. Her groundbreaking analysis enabled the creation of a shocking visible reconstruction.
This 3D clip revealed 160 million years of tectonic plate actions, from the dinosaur period to the current day.