How conservation efforts are helping Saudi Arabia’s northern deserts bloom

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Silene arabica is found in desert and semi-desert ecosystems, such as the area stretching from north Africa, Saudi Arabia to southern Iran. (SPA photo)
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Silene arabica is found in desert and semi-desert ecosystems, such as the area stretching from north Africa, Saudi Arabia to southern Iran. (SPA photo)
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Silene arabica is found in desert and semi-desert ecosystems, such as the area stretching from north Africa, Saudi Arabia to southern Iran. (SPA photo)
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Silene arabica is found in desert and semi-desert ecosystems, such as the area stretching from north Africa, Saudi Arabia to southern Iran. (SPA photo)
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Updated 12 April 2025
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How conservation efforts are helping Saudi Arabia’s northern deserts bloom

  • The Kingdom’s northern deserts are flowering once again thanks to heavy rainfall and national biodiversity rehabilitation efforts
  • Once endangered, Silene arabica is now thriving, benefiting from reduced grazing and natural drought-resistant adaptations

RIYADH: Following an unusually wet season, Saudi Arabia’s northern desert has erupted into a sea of wildflowers. Among the most striking sights is Silene arabica, a rare species once on the brink of extinction, now thriving thanks to a national commitment to conservation.

Part of the Caryophyllaceae family — commonly known as the “pink family” — Silene arabica is one of 3,000 species within the group, which also includes the sun-loving Dianthus and the delicate Gypsophila, better known as “baby’s-breath.”

What sets Silene arabica apart is its remarkable resilience. Unlike its thirstier relatives, this hardy desert dweller thrives in clayey soils and stores water internally, making it uniquely suited to Saudi Arabia’s arid northern border region.

Its natural range spans desert and semi-desert ecosystems stretching from North Africa to southern Iran, but this year’s extraordinary bloom has made it a poster child for Saudi Arabia’s expanding efforts to protect its native flora.

Beyond Silene arabica, countless other wild plants are enjoying a resurgence — the result not only of rainfall, but also of determined national efforts to rehabilitate and safeguard the Kingdom’s biodiversity.

One of the driving forces behind this green renaissance is the Saudi Arabia Botanical Society, co-founded by Munira Al-Hazani and Joshua van Alstine. Al-Hazani is the first woman in the world to found a national botanical society.




A campaign post of the Saudi Arabia Botanical Society, one of the driving forces behind the Kingdom's green renaissance. (Instagram: Saudi Botanical Society)

The organization’s goals include preserving native species, building a national botanical garden and institute and cultivating environmental awareness across the country.

“We are doing this as a service to human beings through nature,” Texas-born van Alstine told Arab News. “We are not doing this only to walk around and say, ‘we do plant research, we do plant conservation.’ We are doing this to make life better for humans.”

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A longtime admirer of Saudi Arabia, van Alstine said his passion for the Kingdom’s natural environment led him to become part of its sustainable development journey.

“I really want to make the biggest impact possible,” he said. “I thought, how can I do something, really, in the service of the Kingdom, and I thought of serving Saudi Arabia’s soil and plants. I really see Saudi Arabia becoming the world’s first fully green state.”




Silene arabica is found in desert and semi-desert ecosystems, such as the area stretching from north Africa, Saudi Arabia to southern Iran. (SPA photo)

Among the native species championed by the society is Horwoodia dicksoniae, commonly known as Saudi lavender. Yet protecting these desert-adapted plants requires an understanding of their unique survival strategies — and the fragile conditions that sustain them.

“What do plants need? Plants need carbon in their soil, they need minerals in their soil, and they also need to be in a place where water is going to be stored after it rains,” said van Alstine.

This is where the desert’s hidden geology plays a critical role. “We see native plants in a lower area, rocky areas, in the desert,” he said.

“No matter where you are in the desert, if you see native plants, there is most likely going to be rocks either under the sand or above the sand, but you will see these plants are kind of growing in areas that don’t get very much wind, in comparison to the rest of the desert … and they have some sort of shade from the rough desert conditions.”

These rocky pockets act like underground rain barrels, collecting water that can sustain plants through long dry periods. Native species like Silene arabica have evolved long, deep roots to reach these hidden reserves.

DID YOU KNOW?

• Silene arabica is typically found in areas that retain rainwater, such as valleys and clay soils.

• The native plant species flowers during the spring and after periods of heavy rainfall.

• Caryophyllaceae has 89 genera and 3,000 species found all over the world.

But resilience alone is not always enough. Over the years, Silene arabica has become increasingly scarce, in large part due to overgrazing. “That is what made them disappear. There is overgrazing,” said van Alstine.

Grazing animals, especially camels, are drawn to the flower’s grassy stems and white blooms. Their popularity among foragers has taken a toll on the population. In response, the National Center for Vegetation Cover has taken steps to limit grazing in sensitive areas, allowing native species the chance to recover.




Silene arabica's grassy stems and white blooms are a favorite of grazing animals, especially camels. (SPA)

The impact is already visible. From plains to rocky valleys, wild plants are reclaiming their place in the landscape — a transformation that is being noticed not just by scientists and conservationists but by residents and visitors alike.

Silene arabica may be one of the stars of this year’s desert bloom, but it is far from the only beneficiary. Thanks to coordinated efforts to curb destructive practices and promote responsible land stewardship, Saudi Arabia’s desert is alive once again with color and life.

And for those working to make it happen, this is just the beginning.
 

 


Saudi space technology plays growing role in conflict and disaster zones: NSG executive

Hassan Al-Johani, vice president of business development at Neo Space Group, speaks to Arab News at the World Defense Show.
Updated 7 sec ago
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Saudi space technology plays growing role in conflict and disaster zones: NSG executive

  • Company analyzes damage from natural disasters, including flash floods

RIYADH: Saudi-built space systems are moving beyond data collection to play a direct role in operational decision-making, particularly in high-stakes situations like conflict zones and natural disasters, according to one industry executive.

Hassan Al-Johani, vice president of business development at Neo Space Group, spoke on the sidelines of the World Defense Show in Riyadh, which has Arab News as a media partner, about how the company’s technology is used in real-life scenarios.

Al-Johani pointed to disaster management as an example of how integrated space services can directly influence outcomes on the ground.

The company uses high-resolution Earth observation imagery in optical, radio and infrared spectrums, to analyze damage from natural disasters, including flash floods.

He said this information can then be turned into actionable intelligence and shared directly with teams operating in affected areas, allowing them to assess damage to roads and determine the best routes for delivering equipment and emergency aid.

“We can utilize that in geospatial intelligence and communicate it to teams in the field using advanced satellite communications,” Al-Johani said.

The company’s satellite technology allows people to communicate in crisis-hit areas when traditional communication infrastructure has been damaged.

He added: “Even when communication fails, even when there’s disruption in infrastructure, we have the ability to understand what has happened, but also communicate it to people (who) need to take decisions in real time to save lives and property.”

Demonstrations at the World Defense Show, he said, were designed to show how this integrated approach worked in practice.

“We are not promoting one domain or one technology, but rather a unified architecture that brings together the best of the latest technologies,” he said.

The company’s technology has military uses, allowing users to determine the best locations for deploying troops and equipment, and its satellite technology allows secure communications in war zones.

He also highlighted the technical design choices behind ensuring continuity of service, particularly in contested or disrupted environments.

Artificial intelligence, he added, is increasingly part of the company’s system.

“We’re not utilizing just traditional geospatial intelligence, but rather AI-powered intelligence,” Al-Johani said.

This layered approach, he explained, is intended to reduce dependence on any single system or data source.

He added: “If one layer fails, then you have other layers to supplement and ensure the continuity of the value delivered to the clients.”

Beyond technology, Al-Johani said discussions at the World Defense Show reflected a broader shift in how Saudi Arabia approaches the space and defense sectors.

“Saudi Arabia has demonstrated that we are not looking to be buyers, but rather partners and builders,” he said.

“That means that we have to have an engaging dialogue with partners from around the world, understanding which parts of the ecosystem we need to build on.”

He said this approach ultimately supported local capability building and long-term sector development, adding that it was targeted at “finding a meaningful partnership that delivers win-win for everyone, (and) ultimately contributes to building this country, this industry and the space sector.”