How far is the metro station from Nucleo Residencial Santa Maria in Sevilla?.The Plaza Nueva station is the nearest one to Nucleo Residencial Santa Maria in Sevilla. What’s the nearest light rail station to Nucleo Residencial Santa Maria in Sevilla?.The nearest light rail station to Nucleo Residencial Santa Maria in Sevilla is a 10 min walk away. How far is the light rail station from Nucleo Residencial Santa Maria in Sevilla?.These Metro lines stop near Nucleo Residencial Santa Maria: L1. Which Metro lines stop near Nucleo Residencial Santa Maria?.These Bus lines stop near Nucleo Residencial Santa Maria: 05, 06, 43, C1, M-159. Which Bus lines stop near Nucleo Residencial Santa Maria?.Puerta de Jerez is 993 meters away, 13 min walk.Plaza Nueva is 696 meters away, 10 min walk.San Jacinto (Peñaflor) is 274 meters away, 4 min walk.Ronda de Triana (San Vicente de Paúl) is 269 meters away, 4 min walk.The closest stations to Nucleo Residencial Santa Maria are: What are the closest stations to Nucleo Residencial Santa Maria?.They also determined that the nucleus could be between 500 and 1,500 million years old. Thus, it was pointed out that the nucleus is not symmetrical, like a perfect sphere, but asymmetrical. In fact, in 2021 another study was published in the journal "Nature Geoscience", which also had a high impact on the scientific community, which indicated that the inner core of the earth was growing faster on one side. However, she also added that there are many possible explanations. "For the last 5 years there have been very large variations in the magnetic change," said Puy Ayarza. ![]() In fact, the expert points out that very specific and infrequent earthquakes are needed to keep making these measurements. Likewise, she points out that if changes were to occur, they would be very slow and that, therefore, the investigation must be taken with prudence. María Puy Ayarza, director of the Department of Geology at the University of Salamanca, explained to RTVE that, despite the interest of the research published in "Nature Geoscience", there is little data that can accurately determine this phenomenon, as well as the impact it could have on land. This is not a catastrophe at the core of the earth For this reason, there is a debate about how right the researchers who affirm that the rotation of the Earth's core has slowed down could be and, above all, how much real impact this fact would have for humanity in the short term. However, our closest reality is in the earth's crust, and knowing how the interior of the earth works has not been an easy task. This nucleus was discovered in 1936, and since then scientists have been trying to unlock the mysteries of how it works. ![]() It is precisely this movement that causes terrestrial magnetism. The core of the earth is a huge hot mass of iron, more than 5,000 kilometers deep, which has a constant rotation. In addition, these layers interact with each other and give rise to many phenomena in our daily lives, such as earthquakes or the mountain ranges that make up the planet. That is, it has several layers that make it up. ![]() Thanks to scientific developments, today we know that the earth is like an onion. You may also like to read: Gallery: Astronomical Calendar 2023 These changes could influence the weather, the length of the days, the earth's magnetic field or the sea level. Thus, they have concluded that the rotation of the earth's core has slowed down during the last years, approximately since 2009, and that now rotates with a lower speed. Xiaodong Song and Yi Yang, the researchers of said article, based their conclusions on the observation of the patterns of hundreds of earthquakes since the 1960s. However, although it may seem surprising, it is a phenomenon that has been studied for years and about which there are no certainties. This news has gone around the world and generated concern. Specifically, the research concludes that the rotation of the inner core of the Earth has slowed down and that it could now be reversing. A group of researchers from Peking University published an article in the prestigious journal "Nature Geoscience" about the observation of changes in the inner core of the earth.
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