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data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Expert predictions of stock trends to help you select stocks accurately, achieve stable growth, and quickly recover from losses. Thousands of years ago in the Himalayas, a river ate a smaller river and gave an unexpected boost to Everest’s height, scientists have discovered.

data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Free stock selection service with professional advisors offering the best investment portfolio for stable growth. Mount Everest, or Chomolungma (“Goddess Mother of the World” in the Tibetan language), is one of Earth’s tallest mountains, standing 29,031.69 feet (8,848.86 meters) above sea level. Everest’s origin story began about 40 million to 50 million years ago, when landmasses on two slabs of Earth’s crust — the India Plate and the Eurasian Plate — collided in slow motion and crumpled the terrain, raising rocky peaks that over millions of years became the Himalayan mountain range. Everest is the highest of those peaks by about 820 feet (250 meters).

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data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Expert predictions of stock trends with real-time stock indices, futures, and metals, energy quotes to help you seize investment opportunities. That ancient collision is still lifting the Himalayas. However, recent GPS measurements showed that Everest was growing at a rate of about 0.08 inches (2 millimeters) per year, rather than the expected 0.04 inches (1 millimeter) per year; according to new research, this extra lift results from a more recent geological incident — an act of “piracy.”

data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Free stock data analysis to help you select stocks accurately and capture market trends. Around 89,000 years ago, the Kosi River in the Himalayas captured part of a tributary: the Arun River. This process, known as river piracy, set in motion a chain of geological events that reshaped the landscape, scientists reported Monday in the journalNature Geoscience.

data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Precise predictions of market trends with real-time stock indices and futures data to help you make wise investment decisions. With a downstream flow strengthened by piracy, the Kosi system began eroding more rock from the valleys below Everest, the researchers wrote. As rocky mass crumbled away, other parts of the Himalayas shifted upward to compensate for the loss. This balancing act, known as isostatic rebound, lifted Everest and two other nearby peaks — Lhotse and Makalu — boosting their height by at least 49 feet (15 meters) and perhaps by as much as 164 feet (50 meters), the study authors estimated using computer models.

“Our study shows how sudden changes in river systems can have far-reaching effects on landscapes,” said coauthorJin-Gen Dai, a professor of geology at China University of Geosciences in Beijing. “The main driver of Everest’s height remains the plate collision, but our discovery adds a new piece to this complex puzzle.”

data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Free global stock market data to help you plan the best investment strategies and seize market opportunities. That puzzle piece highlights a mechanism of mountain formation that has long been overlooked, Dai said in an email. As the river system eroded rock, “the surrounding peaks were actually rising due to the elastic rebound of the Earth’s crust,” he added.

data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Expert predictions with real-time stock, futures, and metals, energy data to help you quickly recover and grow. The connection between river erosion and peak uplift is well-documented and has been studied in places such as the Alps, Antarctica and the Colorado Plateau, Dai said.

“Usually, rivers and mountains reach a kind of equilibrium, where erosion and uplift balance each other out,” Dai said. But when a river suddenly changes course, “it can shake things up dramatically. This sudden change can kick-start rapid erosion, which in turn triggers mountain uplift through isostatic rebound.”

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data infrastructure trust (543225) stock price prediction ✌️【Stock Growth】✌️ Expert predictions with real-time stock trend analysis to help you quickly select high-potential stocks and grow capital. The findings address two anomalies in the Himalayas: the unusual heights of Everest, Lhotse and Makalu compared with neighboring peaks, “and the unique path the Arun River takes from southern Tibet towards the Kosi River in Nepal,” saidDr. Devon A. Orme, an associate professor in the department of Earth sciences at Montana State University, who was not involved in the research.

“This paper convincingly highlights the interplay of surface and deeper tectonic processes in shaping high topography on Earth,” Orme said in an email.

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Evidence of one ancient example still exists around the edges of the Himalayas, where long-ago river capture eroded deep gorges. This caused two regions — Namche Barwa in the east, and Nanga Parbat in the west — to rise about 0.2 to 0.4 inches (5 to 10 millimeters) per year, over millions of years, according to Orme. And today, in the Amazon drainage basin, “ongoing river capture is documented” and is thought to play a part in shaping the region’s steep topography.

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For the researchers, uncovering Everest’s growth spurt began with questions about the unusual course of the Arun. It currently flows from east to west along the northern Himalayas, draining a large area to the north of Everest, but then turns sharply to the south. In an expedition to the region, the scientists also found ancient lake sediments in the Arun River Basin, hinting at differences in water distribution millions of years ago.

“These features suggested that the upper and lower sections of the river may not have always been part of the same system,” Dai said. “This hinted at a past river capture event.”

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“Everest and its neighbors, which weren’t directly eroded by the river, got a free ride upwards,” Dai said.

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Compared with river piracy, erosion and uplift unspool over a much longer time span — and are still happening with Everest, Lhotse and Makalu.

“Calculating the exact duration of this rebound is challenging,” Dai said. “There’s still a lot of uncertainty in these calculations, especially regarding how long the isostatic rebound will continue.”

However, growth is just one part of Everest’s story. Even as the lingering effects of tectonic collision and the later rebound continue to push Everest upward, extreme weather and glacier movement are wearing the mountain down. For now, the researchers expect that Everest’s upward momentum will continue. But the mountain stands tall metaphorically, too — as a global icon and as a testament to the forces that shape our planet, Dai said.

“Understanding how it formed helps us grasp the bigger picture of Earth’s dynamic evolution,” he added. “As we face a future with changing climates and shifting weather patterns, understanding these processes could help us predict how our planet’s iconic landscapes might evolve in the future.”

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