Spanish Scientist Suggests Ancient Egyptians Chewed Narcotic Plants

A skull and a foot are seen in the tomb of Amenemhat, south of Cairo. (Reuters file photo)
A skull and a foot are seen in the tomb of Amenemhat, south of Cairo. (Reuters file photo)
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Spanish Scientist Suggests Ancient Egyptians Chewed Narcotic Plants

A skull and a foot are seen in the tomb of Amenemhat, south of Cairo. (Reuters file photo)
A skull and a foot are seen in the tomb of Amenemhat, south of Cairo. (Reuters file photo)

A Spanish researcher suggested that ancient Egyptians chewed narcotic plants after spotting sexual dimorphism in ancient Egyptian skulls unearthed at the Montuemhat necropolis (TT34), in the Assasif region, in Luxor (southern Egypt).

Sexual dimorphism is the systematic difference in form between individuals of different sex in the same species.

Researcher Jesus Lopez, from the biology department at Madrid’s Cantoblanco Universidad, conducted a study involving skulls of 43 women and 41 men.

He found that men had a very wide face, while women had remarkable differences in their zygomatic arch (cheek bone), a bone extending forward from the side of the skull, over the opening of the ear. The zygomatic arch plays a key role in the masticatory system.

In his study published in the latest issue of the Journal of Anthropological Sciences, Lopez seemed surprised to spot differences between men and women faces, but he ruled out a link between these differences and nutrition as both genders consumed the same food.

“You should look for other activities that are not necessarily linked to food; it’s probably related to the mastication system. It could be the mastication of qat and betel (an addictive plant with tobacco-like characteristics), or the use of the mouth as a third hand in some functions,” he told Asharq Al-Awsat.

Lopez also spotted significant fragility in the occipital condyle, the point which connects the head and the spinal cord. This case was widespread in both genders, even in young skulls, but mostly among women, which suggest that both women and men used their heads for work.

“Images from ancient Egypt depict women carrying heavy loads on their heads. Today, we see the same scene in many countries, where women carry loads on their heads, making a lot of efforts to maintain their balance, while performing other tasks. We found the same effects in the skulls of men, which suggests that men also carried heavy loads although this isn’t depicted in ancient Egyptian images,” Lopez explained.

“We cannot differentiate the types of loads, but we know they were heavy,” he added.

Egyptologist Bassam al-Shamaa rejected Lopez’s allegation about the narcotic plant mastication.

“I agree with the Spanish research’s interpretation on the fragility in the occipital condyle based on images showing men carrying heavy loads on their heads like women, but the use of the mouth as a third hand should be the only suggested reason behind differences in the zygomatic arch,” he told Asharq Al-Awsat.

“We have clear evidence from images engraved on temples’ walls that ancient Egyptians used their mouth as a third hand in some professions including shoe manufacturing,” he added.



Disasters Loom over South Asia with Forecast of Hotter, Wetter Monsoon

The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)
The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)
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Disasters Loom over South Asia with Forecast of Hotter, Wetter Monsoon

The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)
The Himalayan mountain range of Annapurna and Mount Machapuchare (top, C) are pictured from Nepal's Pokhara on June 7, 2025. (Photo by Prakash MATHEMA / AFP)

Communities across Asia's Himalayan Hindu Kush region face heightened disaster risks this monsoon season with temperatures and rainfall expected to exceed normal levels, experts warned on Thursday.

Temperatures are expected to be up to two degrees Celsius hotter than average across the region, with forecasts for above-average rains, according to a monsoon outlook released by Kathmandu-based International Center for Integrated Mountain Development (ICIMOD) on Wednesday.

"Rising temperatures and more extreme rain raise the risk of water-induced disasters such as floods, landslides, and debris flows, and have longer-term impacts on glaciers, snow reserves, and permafrost," Arun Bhakta Shrestha, a senior adviser at ICIMOD, said in a statement.

The summer monsoon, which brings South Asia 70-80 percent of its annual rainfall, is vital for agriculture and therefore for the livelihoods of millions of farmers and for food security in a region that is home to around two billion people.

However, it also brings destruction through landslides and floods every year. Melting glaciers add to the volume of water, while unregulated construction in flood-prone areas exacerbates the damage.

"What we have seen over the years are also cascading disasters where, for example, heavy rainfall can lead to landslides, and landslides can actually block rivers. We need to be aware about such possibilities," Saswata Sanyal, manager of ICIMOD's Disaster Risk Reduction work, told AFP.

Last year's monsoon season brought devastating landslides and floods across South Asia and killed hundreds of people, including more than 300 in Nepal.

This year, Nepal has set up a monsoon response command post, led by its National Disaster Risk Reduction and Management Authority.

"We are coordinating to stay prepared and to share data and alerts up to the local level for early response. Our security forces are on standby for rescue efforts," said agency spokesman Ram Bahadur KC.

Weather-related disasters are common during the monsoon season from June to September but experts say climate change, coupled with urbanization, is increasing their frequency and severity.

The UN's World Meteorological Organization said last year that increasingly intense floods and droughts are a "distress signal" of what is to come as climate change makes the planet's water cycle ever more unpredictable.