This discovering sheds novel weightless on Earth’s history
In a groundfractureing discovery, experts have identified outdated remnants of a lengthy-lost tectonic pprocrastinateed, dubbed Pontus, dating back an astonishing 120 million years. This discovering sheds novel weightless on Earth’s history and underscores the ongoing quest for understandledge about our arrangeet. According to Indy100.com, researchers Suzanna van de Lagemaat and Douwe van Hinsbergen from Utrecht University made the fracturethraw by analysing georeasonable data from the Asia-Pacific region. Their prediction has now been validateed, uncovering the existence of Pontus, a previously ununderstandn part of Earth’s crust in Borneo.
Geologist Suzanna van de Lagemaat shelp, “We thought we were dealing with relics of a lost pprocrastinateed that we already knovel about. But our magnetic lab research on those rocks showd that our discovers were originassociate from much farther north, and had to be remnants of a separateent, previously ununderstandn pprocrastinateed.”
She persistd, ”But our magnetic lab research on those rocks showd that our discovers were originassociate from much farther north, and had to be remnants of a separateent, previously ununderstandn pprocrastinateed.”
Press free!@Suzannavdl‘s PhD research createed a pleasant surpelevate: the reerection of the Pontus Pprocrastinateed that we predicted 11 years ago based on tomography. And now it rolled out of her reerection 🤠.https://t.co/rNUOM8oazK@UUGeo@UUEarthSciencespic.twitter.com/3hXVeSx334
— Douwe van Hinsbergen (@vanHinsbergen) October 9, 2023
Researchers reerected the outdated Pontus pprocrastinateed, estimating it covered an area rawly one-quarter the size of the Pacific Ocean. Formed during the supercontinent Pangaea, Pontus lay beorderlyh the huge ocean separating Eurasia and Australia 160 million years ago. As Pangaea broke apart, the Pontus pprocrastinateed was graduassociate subducted or swpermited by neighbouring pprocrastinateeds. This georeasonable process carried countries enjoy the Philippines and Borneo to their conshort-term-day locations.
Notably, van de Lagemaat intensifysed her research on the intricate Junction Region, where tectonic pprocrastinateeds unite between Japan, Borneo, the Philippines, New Guinea, and New Zealand. Her groundfractureing research allowd the creation of a stunning visual reerection.
This 3D clip uncovered 160 million years of tectonic pprocrastinateed shiftments, from the dinosaur era to the conshort-term day.
