New DNA evidence from Pompeii challenges prior beliefs about ash-covered victims

After centuries, it has been discovered that long-standing beliefs about some of the inhabitants of Pompeii were not as accurate as previously thought.

Recent DNA analysis of human remains from the ancient Roman town destroyed by the eruption of Mount Vesuvius in 79 AD has shown that some victims were misidentified, challenging modern assumptions. This has shed light on how historical data is viewed in the past.

The authors of the study published in the journal Science on Thursday wrote, “We have found that traditional interpretations regarding an individual’s gender and familial connections do not align with the new evidence.” They also added, “It is not always reliable to apply modern gender norms when interpreting historical information.”

Archaeologists in Pompeii famously immortalized the victims by using plaster to recreate their bodies, leading to various stories being told about them. For example, it was believed for a long time that two women died embracing each other and a mother was found holding her child.

However, the new DNA analysis revealed that the individual thought to be the child’s mother was actually an unrelated man. Additionally, at least one of the individuals believed to be sisters or mother and daughter were actually both men.

Professor David Reich, one of the authors of the study, warned about the dangers of inventing stories about gender and family relationships in ancient societies based on present-day expectations.

The study involved researchers from the University of Florence in Italy and the Max Planck Institute for Evolutionary Anthropology in Leipzig, Germany. They used preserved genetic material to determine the gender, ancestry, and genetic relationships of the victims by examining 14 casts that had been preserved for about 2000 years.

Their findings also showed that the residents of Pompeii were diverse, with ancestral roots primarily traced back to immigrants from the Eastern Mediterranean. This underscores the multicultural nature of the city and its inhabitants.

Mount Vesuvius had been mostly inactive before the catastrophic eruption that lasted over 24 hours with devastating power. The eruption buried Pompeii, home to an estimated 20,000 people, under layers of ash, pumice, and mud, preserving the city for centuries.

Pompeii remained buried and forgotten until its rediscovery in 1748. In the 19th century, archaeologists used a technique to create casts of the victims by pouring plaster into the voids left by decomposed bodies, resulting in lifelike molds that captured the victims’ final moments.

Ongoing research on Pompeii continues to unveil new insights into the ancient city and its inhabitants. Recent discoveries, such as using artificial intelligence to decipher a charred scroll and the unveiling of a luxurious home, highlight the constant exploration of Pompeii’s history.

Source: www.nbcnews.com

UAE government denies cloud seeding occurred prior to Dubai floods

DUBAI, United Arab Emirates – The National Meteorological Center, the government task force responsible for cloud seeding missions in the United Arab Emirates, stated that they did not carry out any weather modification techniques in anticipation of severe storms that led to flooding in places like Dubai.

According to CNBC, the group confirmed that they did not deploy pilots for seeding operations before or during the storm that affected the UAE on that fateful Tuesday.

Omar Al-Yazidi, deputy director of NCM, emphasized that no seeding operations were conducted during the storm, stating, “If you find yourself in severe thunderstorm conditions, you should carry out seeding operations before the rain falls. It’s too late.”

On Tuesday, the UAE experienced heavy rainfall. NCM reported that Al Ain received 10 inches of rainfall, while Dubai saw over 100 mm. This is significantly higher than the average annual rainfall in the UAE, which ranges from 140 to 200mm.

NCM’s statement contradicted previous reports suggesting that some of the rain was caused by cloud seeding. The process of cloud seeding has been a crucial aspect of the UAE’s efforts to combat water scarcity since the 1990s, with over 1,000 hours of cloud seeding conducted annually.

The increase in precipitation is attributed to climate change, with a study projecting a 30% increase in precipitation by 2080. This shift in weather patterns has posed challenges for the UAE’s infrastructure, especially in managing drainage systems during heavy downpours.

The UAE government issued warnings through the National Emergency Crisis and Disaster Management Authority, advising residents to adhere to safety guidelines due to the extreme weather conditions.

Despite the region’s unique weather patterns, the UAE’s drainage systems struggled to handle the unprecedented rainfall, leading to flooding in many areas, including Dubai Airport.

Source: www.nbcnews.com