Microsoft’s work with Chinese military university raises eyebrows
The research covers a number of AI topics, such as face analysis and machine reading
Microsoft’s work with the Chinese military-backed university comes amid increasing scrutiny around China-US academic partnerships
Updated 12 April 2019
AFP
BEIJING: Microsoft has been collaborating with researchers linked to a Chinese military-backed university on artificial intelligence, elevating concerns that US firms are contributing to China’s high-tech surveillance and censorship apparatus.
Over the past year, researchers at Microsoft Research Asia in Beijing have co-authored at least three papers with scholars affiliated with China’s National University of Defense Technology (NUDT), which is overseen by the Central Military Commission.
The research covers a number of AI topics, such as face analysis and machine reading, which enables computers to parse and understand online text.
While it is not unusual for US and Chinese scholars to conduct joint research, Microsoft’s work with the military-backed NUDT comes amid increasing scrutiny around China-US academic partnerships, as well as China’s high-tech surveillance drive in the northwest region of Xinjiang.
“The new methods and technologies described in their joint papers could very well be contributing to China’s crackdown on minorities in Xinjiang, for which they are using facial recognition technology,” said Helena Legarda, a research associate at the Mercator Institute for China Studies, who focuses on China’s foreign and security policies.
“Many of these advanced technologies are dual-use, so they could also contribute to the PLA’s (People’s Liberation Army’s) modernization and informatization drive, helping the Chinese military move closer to the 2049 goal of being a world-class military,” she added.
In an email, a Microsoft spokesman told AFP that the company’s researchers “conduct fundamental research with leading scholars and experts from around the world to advance our understanding of technology.”
In each case, the research “fully complies with US and local laws” and is published to “ensure transparency so everyone can benefit from our work,” he said Thursday.
The growing concerns around human rights violations in Xinjiang have also added pressure to US firms with business in the region, where some one million Uighurs and other mostly Muslim Turkic language-speaking minorities are held in re-education camps, according to a UN panel of experts.
In February, US biotechnology manufacturer Thermo Fisher announced it would stop selling equipment used to create a DNA database of the Uighur minority to China.
That same month, a security researcher exposed a massive database compiled by Chinese tech firm SenseNets, which stored the personal information and tracked the locations of 2.6 million people in Xinjiang.
At the time of the data leak, Microsoft was listed as one of SenseNets’ partners. The company declined to comment.
But experts have also stressed that, in the case of NUDT, Microsoft’s co-published work is open and publicly accessible.
“The authors are basically sharing with the rest of the world how to replicate their approaches, models, and results,” said Andy Chun, an adjunct computer science professor at City University of Hong Kong.
That allows others to potentially “build upon, enhance and expand this research,” he said.
Microsoft Research Asia also tends to focus on long-term research or projects that are not immediately transferable to applications, such as those that could be used to monitor or suppress a population of people, pointed out Yu Zhou, a professor at Vassar College, who studies globalization and China’s high-tech industry.
And while such concerns are certainly valid, it may be difficult for AI researchers to avoid China, she told AFP.
“It’s a field where Chinese researchers have made quite a lot of advancements, and they are generating data which is the raw material for this industry — so how are you going to avoid that?“
Palm trees, root crops, and coastal plants reveal the land’s story
Updated 19 December 2025
Haifa Alshammari
RIYADH: Saudi Arabia’s land tells stories written beneath the feet. From fertile plains and rugged highlands to vast deserts, the Kingdom’s diverse landscapes shape what can grow, where it grows, and how agriculture can thrive.
Alongside geography and climate, soil conditions play a decisive role in agricultural success. Understanding soil types across the Kingdom helps determine which crops can flourish and what interventions may be needed to sustain them.
In an interview with Arab News, Turki Almutairi, a senior environmental specialist at the National Afforestation Center under the National Center for Vegetation Cover Development and Combating Desertification, outlined the main soil types found across Saudi Arabia.
High amount of salt makes the soil unfit for the production of most crops, even if the soil is fertile. (Supplied)
“The dominant soil in the Kingdom are sandy desert soils, alongside calcareous soils in the central region. Rocky and stony soils are present along mountainous and hilly landscapes,” he said.
“Alluvial soils are common in wadies (valleys), while saline and sodic soils are located in depressions (Sabkhas) and along coastlines. Pockets of clayed soils can be also found around few sites along the Kingdom.”
The Kingdom’s vast territory gives rise to unique soil characteristics in each region, enabling different crops to grow depending on local conditions.
“Soil is the growing medium for plants. The role of soil includes structural stabilization, providing nutrients and a communication medium for plants,” Basil Nasir, soil lead at engineering consultancy William Sale Partnership, told Arab News.
Basil Nasir, soil lead at the engineering consultant company, William Sale Partnership (WSP). (Supplied)
According to Nasir, assessing soil use is essential before determining whether it is fertile or infertile, as different soils support different plant types.
“The soil used for trees differs from the soil used for ornamental plants and from the soil used for aquatic plants. It varies according to the specific needs of each plant, and based on this, we determine what the soil requires and assess its fertility,” he said.
Nasir explained that soil characteristics are shaped by both physical and chemical components. In addition to water and air, mineral particles such as sand, silt and clay are key indicators of soil health. Organic matter, derived from plant and animal remains, forms the fourth major component.
The balance between these elements determines soil behavior. One important physical trait is water-holding capacity, which influences what types of plants a soil can support.
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“If the soil is like dunes, adding water will cause it to run off, but if the soil is clay, its ability to retain water will be very high. If you add water and return the next day, you will find that the water is still there,” said Nasir.
Chemical properties, such as whether soil is alkaline or acidic, are equally important. Understanding both physical and chemical traits allows for proper assessment and treatment when needed.
“What determines whether a plant is suitable for a particular environment is primarily the plant's nature. For example, some plants have fibrous roots and therefore do not require well-draining soil,” Nasir added.
“A palm tree, for example, does not care whether it was planted in one soil or the other because its roots are fibrous. Therefore, palm trees are strong plants and are suitable to grow in both dry and wetlands, while preferring sandy areas.”
Soil Salinity can be treated through Soil leaching which means washing the soil with certain amount of water to reduce the salt in it. (Supplied)
Crops such as potatoes, onions, carrots and beetroots — where the edible part grows underground — typically thrive in sandy soils. As a result, plantations of these crops are commonly found in northern regions such as Hail and in Wadi Ad-Dawasir.
In the eastern region, including Al-Ahsa, wetlands are more common due to climatic conditions. Growing plants in such environments often requires human intervention.
“Plants that are coastal or could be found in lagoons or lakes must have some sort of soil around them, like lotus flowers and mangrove trees.”
“An important parameter to keep in mind is that there is no air in its soil, and they are adapted to this condition. However, the lack of air, along with the presence of organic matter, will create a situation where anaerobic bacteria react with the soil, potentially causing diseases we can easily avoid,” said Nasir.
He emphasized that removing organic matter from such soils is essential to ensure plant survival in aquatic environments.
Mountainous and rocky regions in Saudi Arabia are generally volcanic, resulting in low water-holding capacity and challenging growing conditions. However, volcanic ash contributes to high fertility, allowing certain crops to flourish.
As a result, western regions support tree crops such as coffee, mangoes, some banana varieties and pomegranates.
There are various types of soils such as clay, sandy, silty and loamy. Each type provides excellent conditions for specific plants. (Supplied)
As development accelerates across the Kingdom, soil improvement efforts are expanding under the National Greening Program.
“Soil is considered fundamental for the National Greening Program’s objectives. Understanding the soil variability along the Kingdom is a precondition for fostering sustainable soil management,” Almutairi told Arab News.
Adding, “In this line, the NGP is working towards the establishment of the Saudi Soil Information System (TURBA-KSA), which consists of mapping soils and its functional properties in the Kingdom using state-of-the-art technology.”
He also noted the creation of the “Land Rehabilitation Watch” to report, verify and monitor land rehabilitation nationwide.
“This milestone allows the Kingdom to understand how soil and land health are progressing against national and international targets of land degradation neutrality. Documenting good soil and land management practices is also important, so that those successful practices could be scaled up along the Kingdom, which is a priority task for NGP,” he said.
Raising public awareness is another key pillar of the program.
“Assessing different emerging technologies and soil amendments is a daily activity of NGP, as it then provides technical support to partners on the selection and application of these technologies.”
DID YOU KNOW?
• Saudi Arabia cultivates around 1 million hectares, mainly in Riyadh, Qassim, Hail, and Jouf.
• Farming follows the seasons: winter brings onions, garlic, and carrots, while summer yields watermelon, tomatoes, and cucumbers.
• The Kingdom is a top date producer, with over 31 million palm trees generating nearly 1.54 million tons, especially in Riyadh and Qassim.
Almutairi stressed that soil is often overlooked because it lies unseen beneath the surface, despite its critical role.
Yet soil produces 95 percent of food, stores water, holds more carbon than vegetation and the atmosphere, suppresses contaminants, regulates water, carbon and nutrient cycles, and hosts microorganisms linked to the human microbiome.
He emphasized the need to engage the general public, particularly urban communities disconnected from nature. Education helps people understand where food comes from and how contact with soil — such as walking barefoot — can support well-being. Healthy soils also contribute to cleaner water and air, he added.
Almutairi also called for stronger advocacy among decision-makers, noting that investment in healthy soils supports climate action, food security and sustainable development.
He concluded that key strategies include officially observing UN World Soil Day on Dec. 5, integrating soil education into curricula, launching annual social media campaigns, using art to raise awareness, and organizing public events that connect soils to everyday life.
