Differences

This shows you the differences between two versions of the page.

--- анальный_секс_зрелых [2025/05/12 11:02]
20.171.207.39 old revision restored (2025/03/14 18:07)
+++ анальный_секс_зрелых [2025/06/27 15:14] (current)
47.128.57.122 old revision restored (2025/05/13 01:19)
@@ Line 1: / Line 1: @@
 ====== анальный секс зрелых ======
-‘Black Beauty’ was found on Earth in 2011. Now, scientists say it has revealed a new clue to life on Mars [[https://stolohov.com/lohotrony/life-is-good-hermes-i-best-way.html|раз анальный секс]]
+Scientists identified the ‘ManhattAnt’ — and they have theories on why it’s taking over NYC [[https://rutube.ru/video/5ca18a525e02e021e4dacaf6126ed57e/|первый анальный секс]]
+Under the feet of millions of New Yorkers, a species of ant — originally not found anywhere else in North America — has been thriving in the concrete jungle for more than a decade, surprising scientists with its unique aptitude to flourish in Manhattan and the city’s other boroughs. But where the insect came from and why it has acclimated so well to this urban setting remained a mystery.
-A mineral trapped within a Martian meteorite that fell to Earth has revealed traces of water on Mars that date back 4.45 billion years, according to new research. The zircon grain may contain the oldest direct evidence of ancient hot water on the red planet, which may have provided environments such as hot springs that are associated with life on Earth.
+Now, scientists have discovered the ant’s identity and its origins, and it is a few thousand miles away from home. The globe-trotting insect is a native European species known as Lasius emarginatus, commonly observed in more natural settings in central Europe, according to new research.
-The discovery opens up new ways of understanding whether Mars was ever habitable in its ancient past. It also adds more support to observations already gathered by the fleet of spacecraft orbiting and roaming the red planet, which have spotted evidence of where rivers and lakes once existed on the Martian surface.
+Researchers first spotted the insect, dubbed the “ManhattAnt,” while doing a survey on ants in New York City in 2011. To their surprise, the ant — with its black head and abdomen and a red thorax — did not match any of the nearly 800 species found in North America and the researchers speculated that it might be a European species; no further research was done to confirm the species at the time.
+But now, the insect has grown in numbers so that it is the second most common ant in the area, catching the attention of scientists and New Yorkers who live with the pest, said Clint Penick, an assistant professor of entomology and plant pathology at Auburn University in Alabama.
-But key questions remain about when exactly water first appeared on Mars and how it evolved — and disappeared — over time.
+While entomologists keep a close eye on the non-native species to monitor its impact on the environment, they have a few theories to explain how the ant made it to North America and why it is so successful in the big city, according to a study published May 28 in the journal Biological Invasions.
-Scientists analyzed a sample from the “Black Beauty” meteorite, also known as NWA 7034, that was found in the Sahara Desert in 2011. The meteorite was ejected from the Martian surface after another celestial object hit the planet between 5 million and 10 million years ago, and fragments of it have served as a key source of studying ancient Mars for years.
+The start of an invasion
-The new study, published in the journal Science Advances on November 22, focused on a single grain of the mineral zircon spotted within the meteorite. The team’s analysis shows that water was present just 100 million years after the planet formed, which suggests that Mars may have been able to support life at some point in its history.
+A 2009 ant survey did not catch sighting of the ManhattAnt, which suggests it had arrived in the city soon afterward. Though it has called the Big Apple its North American home for only a little over 10 years, the species has been busy, spreading at a rate of about 2 kilometers (1.2 miles) a year.
-“Our data suggests the presence of water in the crust of Mars at a comparable time to the earliest evidence for water on Earth’s surface, around 4.4 billion years ago,” said lead study author Jack Gillespie, researcher at the University of Lausanne’s Faculty of Geosciences and Environment in Switzerland, in a statement. “This discovery provides new evidence for understanding the planetary evolution of Mars, the processes that took place on it and its potential to have harboured life.”
+So far, the insect has also been observed on Long Island and in several New Jersey cities, according to the study. Based on the European climates that the insect can thrive in, the authors suspect the ant may be able to head as far north as Maine and as far south as Georgia in the future.

ncpchem

Site Tools

Differences

Page Tools