Saudi Arabia’s Prince Mohammed bin Salman Royal Reserve Reintroduces the Arabian Hare

Twenty Arabian hares, carefully selected to boost genetic diversity, have been introduced through the reserve’s rewilding program. (SPA)
Twenty Arabian hares, carefully selected to boost genetic diversity, have been introduced through the reserve’s rewilding program. (SPA)
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Saudi Arabia’s Prince Mohammed bin Salman Royal Reserve Reintroduces the Arabian Hare

Twenty Arabian hares, carefully selected to boost genetic diversity, have been introduced through the reserve’s rewilding program. (SPA)
Twenty Arabian hares, carefully selected to boost genetic diversity, have been introduced through the reserve’s rewilding program. (SPA)

Saudi Arabia’s Prince Mohammed bin Salman Royal Reserve has reintroduced the Arabian hare (Lepus capensis arabicus) to be the 14th native species returned to the reserve since the ReWild Arabia program began in winter 2022, reported the Saudi Press Agency on Sunday.

The reintroduction of this primary consumer supports the re-establishment of a critical layer of the trophic food web, restoring energy pathways from vegetation to predators. It also supports the recovery of ecosystem functioning at the landscape scale.

Arabian hares sit at a crucial link in the food chain, influencing ecosystem processes both up and down the trophic pyramid. As herbivores, they graze and disperse seeds, helping to regulate vegetation across the reserve’s ecosystems. For desert predators, they are a principal food source, transferring energy upward from scarce desert plant biomass with a high ectotrophic efficiency, sustaining higher-level wildlife.

Reserve CEO Andrew Zaloumis said: “True rewilding restores processes, not just populations. By bringing back the Arabian hare - a keystone prey for the Prince Mohammed bin Salman Royal Reserves' jackals, foxes, wildcats and hyenas, and ecosystem shaper - we strengthen the connections that allow desert life to recover and flourish. This is the foundation of ReWild Arabia.”

Twenty Arabian hares, carefully selected to boost genetic diversity, have been introduced through the reserve’s rewilding program. Due to their ecological significance, the animals will initially remain in purpose-built breeding enclosures to accelerate population growth before release. The first leveret (hare young) has already been born. These introductions will strengthen the reserve’s existing sparse population by increasing numbers and diversifying genetics.

Unlike many desert species that retreat underground to escape extreme heat, Arabian hares are uniquely adapted to life on the land’s surface, hence their other name, the desert hare. They are among the few mammals able to survive extreme temperatures without burrowing.

Their cryptic coloration provides effective camouflage, reducing detection by predators. Large ears, which can reach up to 17 centimeters in length, 30% of their total body length, act as efficient cooling systems and provide acute hearing, with pinnae capable of rotating independently. Combined with near-360-degree vision, these adaptations enable early detection of predators.

When threatened, Arabian hares can reach speeds of up to 80 kilometers per hour, zig-zagging sharply to evade pursuit. Despite these defenses, predation rates in desert environments can reach up to 90 percent, underscoring their importance as a primary prey species.

Since the ReWild Arabia program began, 14 species have been successfully reintroduced. The Arabian hare marks the sixth species to breed within the program. To date, the reserve has recorded over 100 sand gazelle births, 19 mountain gazelle births, the first two Nubian ibex kids, 36 Arabian oryx calves, and a Persian onager foal.

These milestones reflect the reserve’s long-term objective: to establish self-sustaining wildlife populations and build founder populations capable of supporting restoration efforts across Saudi Arabia and the wider region.

Large-scale rewilding across the reserve is guided by its Integrated Development Management Plan, which delivers habitat-wide restoration across 24,500 square kilometers of marine and terrestrial ecosystems. Supported by an advanced ranger program and strong community engagement, this work advances Vision 2030 and the Saudi Green Initiative, contributing to national commitments to restore biodiversity and protect 30% of the Kingdom’s land and sea by 2030.

The 24,500 km² Prince Mohammed bin Salman Royal Reserve stretches from the lava plains of the Harrats to the deep Red Sea in the west, connecting NEOM, Red Sea Global, and AlUla. It is home to the magnificent Wadi al-Disah and Red Sea Global’s AMAALA destination.

The reserve encompasses 15 distinct ecosystems. At just 1% of the Kingdom’s terrestrial area and 1.8% of its marine area, it boasts over 50% of the Kingdom’s species, making it one of the most biodiverse protected areas in the Middle East.

The reserve is committed to restoring and conserving the natural and cultural environment. This includes the reintroduction of 23 historically occurring native species, 14 of which have already been reintroduced, including the Arabian oryx, Persian onager, sand gazelle and mountain gazelle, as part of a wide-ranging rewilding program.

The Prince Mohammed bin Salman Royal Reserve is overseen by the Royal Reserves Council, chaired by Prince Mohammed bin Salman, Crown Prince and Prime Minister. Its program is integrated with Saudi Arabia’s wider sustainability and conservation programs, including the Saudi Green and Middle East Green Initiatives.



Saudi Arabia Establishes Royal Institute of Anthropology to Study Social Change

The establishment of the institute provides a scientific platform for documenting heritage and deepening awareness of local culture through anthropological research. (SPA)
The establishment of the institute provides a scientific platform for documenting heritage and deepening awareness of local culture through anthropological research. (SPA)
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Saudi Arabia Establishes Royal Institute of Anthropology to Study Social Change

The establishment of the institute provides a scientific platform for documenting heritage and deepening awareness of local culture through anthropological research. (SPA)
The establishment of the institute provides a scientific platform for documenting heritage and deepening awareness of local culture through anthropological research. (SPA)

Saudi Arabia has approved the establishment of the Royal Institute of Anthropology and Cultural Studies, marking a significant step toward expanding research on Saudi society and documenting its social transformations.

The institute, approved by the Saudi Cabinet on Tuesday, is expected to strengthen scholarly work related to the study of Saudi communities through rigorous scientific methods.

Saudi Minister of Culture Prince Badr bin Abdullah bin Farhan Al Saud welcomed the decision and thanked the Kingdom’s leadership for supporting the initiative.

He said the institute would serve as “a trusted narrator of our culture and a beacon of inspiration in studies that seek to understand humanity.”

Prince Badr added that the institute would provide a scientific platform for documenting Saudi heritage and deepening awareness of local culture through anthropological research. He noted that its work would help generate meaningful cultural insights and encourage cultural exchange with the wider world.

Saudi Arabia holds particular significance in anthropology and cultural studies because of its deep historical and civilizational heritage, which stretches back centuries.

The Kingdom is also characterized by wide cultural, social and regional diversity reflected in lifestyles, customs and traditions, language and oral expression, as well as literature, performing arts, architecture, visual arts, culinary traditions and fashion. Together, these elements provide rich material for academic study, analysis and documentation.

The institute will develop both academic and applied research in anthropology and cultural studies. Its work will include examining local communities, patterns of daily life, symbolic systems, social transformations and forms of cultural expression across the Kingdom.

It will also document both tangible and intangible cultural heritage within their social and historical contexts, including the knowledge systems, practices and values associated with them. The aim is to provide a comprehensive scientific understanding of cultural elements as part of the living human experience.

Observers and academics say the decision also reflects a shift in attitudes toward anthropology in Saudi Arabia.

Dr. Hamza bin Qablan Al-Mozainy said the institute’s establishment demonstrates growing recognition of the field’s importance. Speaking to Asharq Al-Awsat, he noted that anthropology once faced strong resistance in academic circles.

He cited the experience of Dr. Saad Al-Sowayan, one of the Kingdom’s pioneering anthropologists, who encountered opposition when he attempted to introduce the discipline in universities. As a result, Al-Sowayan carried out much of his research outside academic institutions, producing influential studies on Saudi society.

Al-Mozainy said Saudi society remains insufficiently studied, making it a rich field for future anthropological research. He added that the discipline helps societies better understand themselves and address both their strengths and their challenges.


Kenya Arrests Man Trying to Smuggle Over 2,000 Live Ants in his Luggage

People arriving at the Jomo Kenyatta International Airport (JKIA), in Nairobi, Kenya, on 06 March 2026. EPA/DANIEL IRUNGU
People arriving at the Jomo Kenyatta International Airport (JKIA), in Nairobi, Kenya, on 06 March 2026. EPA/DANIEL IRUNGU
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Kenya Arrests Man Trying to Smuggle Over 2,000 Live Ants in his Luggage

People arriving at the Jomo Kenyatta International Airport (JKIA), in Nairobi, Kenya, on 06 March 2026. EPA/DANIEL IRUNGU
People arriving at the Jomo Kenyatta International Airport (JKIA), in Nairobi, Kenya, on 06 March 2026. EPA/DANIEL IRUNGU

A man was arrested with more than 2,200 live garden ants in his luggage at Nairobi's main airport this week amid a rise in cases of smuggling of the insects in Kenya.

Chinese national Zhang Kequn, 27, was arrested at Jomo Kenyatta International Airport on Tuesday while he was trying to leave the country, court filings seen by Reuters on Thursday showed. Immigration officials flagged a "stop order" on Zhang's passport after he ⁠evaded arrest in ⁠Kenya last year.

Ant aficionados pay large sums to maintain colonies in large transparent vessels known as formicariums, which offer a literal window into the species' complex social structures and behaviors.

Last year four men were fined $7,700 each ⁠for trying to traffic thousands of ants valuable to Kenya's ecosystem in a case that experts said signaled a shift in biopiracy from trophies like elephant ivory to lesser-known species.

Investigators said a search of Zhang's luggage recovered 2,238 ants, including 1,948 packed in test tubes and the rest in three rolls of "soft tissue papers".

They said Zhang had been in Kenya for ⁠two ⁠weeks and had mentioned three accomplices who supplied him with the ants.

The Kenya Wildlife Service told the court that it needed more time to complete investigations, including examining an iPhone and a MacBook recovered from Zhang.

The wildlife service said a similar consignment of ants had been seized in Bangkok on Tuesday that originated from Kenya, indicating the existence of a widespread and organized ant-smuggling network.


King Penguins Are the Rare Species Benefiting from Warming World. But that Could Change

In this photo provided by Gaël Bardon, part of the king penguin colony is visible at La Baie du Marin, Possession Island, Crozet Archipelago, Jan. 16, 2026. (Gaël Bardon/CSM/CNRS/IPEV via AP)
In this photo provided by Gaël Bardon, part of the king penguin colony is visible at La Baie du Marin, Possession Island, Crozet Archipelago, Jan. 16, 2026. (Gaël Bardon/CSM/CNRS/IPEV via AP)
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King Penguins Are the Rare Species Benefiting from Warming World. But that Could Change

In this photo provided by Gaël Bardon, part of the king penguin colony is visible at La Baie du Marin, Possession Island, Crozet Archipelago, Jan. 16, 2026. (Gaël Bardon/CSM/CNRS/IPEV via AP)
In this photo provided by Gaël Bardon, part of the king penguin colony is visible at La Baie du Marin, Possession Island, Crozet Archipelago, Jan. 16, 2026. (Gaël Bardon/CSM/CNRS/IPEV via AP)

The warming world has disrupted the timing for plant and animal reproduction, and it's usually bad news for species that depend on each other — like flowers blooming too early and pollinating bees arriving too late. But researchers have found the rare critter that's getting a boost from the change: King penguins.

A new study of 19,000 king penguins in a sub-Antarctic island chain found their breeding is starting 19 days earlier than it did in 2000. Mating earlier has increased the breeding success rate by 40%, according to a study in Wednesday's journal Science Advances.

The study of timing in nature is called phenology. It's been a major concern for biologists because predators and prey and pollinators and plants are mostly adapting to warmer climates at different rates. And that means crucial mismatches in timing.

It's especially common in birds and pollinating species such as bees. Most birds, especially in North America, aren't keeping pace with changes in phenology, according to Clemson University biological sciences professor Casey Youngflesh, who wasn't part of the study.

Having a species like the king penguin adapt so well to seasonal shifts and timing changes “is unprecedented,” said study co-author Celine Le Bohec, a seabird ecologist at the French science agency CNRS. “It's quite striking.”

Unlike other penguins — which are threatened with dwindling numbers because of earlier breeding — the king penguin has the ability to breed from late October to March. And they are taking advantage of that flexibility, Le Bohec said.

They are succeeding even though the water is warming and the food web that they rely on is changing with it, said Le Bohec and study lead author Gaël Bardon, a seabird ecologist at the Scientific Centre of Monaco.

“They can adjust really well their foraging behavior,” Bardon said. “We know that some birds are going directly to the south, to the polar front. Some are going to the north. Some are staying around the colony and so they can adjust their behavior and that’s what makes king penguins cope really well with such changes for the moment.”

Le Bohec added that it may only be a temporary adjustment to an environment that is changing quickly. "So that’s why for the moment the species is able to cope with this change, but till when? This, we don’t know, because it’s going very, very fast.”

Other penguins that have limited diets are more threatened by changes coming from a warming ocean and the makeup of the food chain. But king penguins — which are so abundant they are considered a species of least concern — can eat other prey besides the lanternfish that makes up their primary diet, researchers said.

“The king penguin may have a bit of flexibility as a trick up its sleeve, and may be in a good position to adapt as their environment changes,” said Michelle LaRue, a professor of Antarctic marine science at the University of Canterbury in New Zealand who was not part of the study. But she said she wonders what happens after breeding because king penguins live 20 or more years in the wild and this study looks at only a small part of their lifespan.

Outside scientists are just as cautious as Le Bohec and Bardon over whether to declare the king penguins a rare good-news climate change story.

“Winning for this species might mean losing for another species if they are competing for resources,” The Associated Press quoted Clemson's Youngflesh as saying.

Ignacio Juarez Martinez, a biologist at Oxford University in the United Kingdom, who conducted a study of different penguins with earlier breeding, said: “This study shows that king penguins might be a winner for now, which is excellent news, but climate change is ongoing and future changes to currents, precipitation or temperatures can undo these gains.”