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A Gunrun Project


Region Regions Middle East Saudi Arabia
Topic Topics Agriculture

This article originally appeared on Reveal

A decade ago, reports began emerging of a strange occurrence in the Saudi Arabian desert. Ancient desert springs were drying up.

The springs fed the lush oases depicted in the Bible and Quran, and as the water disappeared, these verdant gardens of life were returning to sand.

Isolated irrigation projects scattered throughout the desert seen from an airplane above Saudi Arabia.  The fossil waters mined to sustain these irrigation projects accumulated during periods of wetter climate as far back as a million years ago, and are not being replenished under current climatic conditions. Saudi Arabia. 2009.

Isolated irrigation projects scattered throughout the desert seen from an airplane above Saudi Arabia. 
The fossil waters mined to sustain these irrigation projects accumulated during periods of wetter climate as far back as a million years ago, and are not being replenished under current climatic conditions.

“I remember flowing springs when I was a boy in the Eastern Province. Now all of these have dried up,” the head of the country’s Ministry of Water told The New York Times in 2003.

The springs had bubbled up for thousands of years from a massive aquifer system that lay underneath Saudi Arabia. Hydrologists calculated it was one of the world’s largest underground systems, holding as much groundwater as Lake Erie.

So farmers were puzzled as their wells dried, forcing them to drill ever deeper. They soon were drilling a mile down to continue tapping the water reserves that had transformed barren desert into rich irrigated fields, making Saudi Arabia the world’s sixth-largest exporter of wheat.

But the bounty didn’t last. Today, Saudi Arabia’s agriculture is collapsing. It’s almost out of water. And the underlying cause doesn’t bode well for farmers in places like California’s Central Valley, where desert lands also are irrigated with groundwater that is increasingly in short supply. Here’s a look at what happened, and what the United States, China and the rest of the world can learn from Saudi Arabia.

The government allowed wealthy landowners to dry up its groundwater in just three decades.

Saudi Arabia’s mysteriously disappearing water came to light around the turn of the century. By 2002, the government had formed the Ministry of Water to search for answers. But the Sherlock Holmes of this story came from a surprising background.

A Saudi banker turned water detective put together the pieces in 2004 and published the now seminal report “Camels Don’t Fly, Deserts Don’t Bloom.” Elie Elhadj’s investigation revealed the culprit: Wealthy farmers had been allowed to drain the aquifers unchecked for three decades.

Beginning in the late 1970s, Saudi landowners were given free rein to pump the aquifers so that they could transform the desert into irrigated fields. Saudi Arabia soon became one of the world’s premier wheat exporters.

By the 1990s, farmers were pumping an average of 5 trillion gallons a year. At that rate, it would take just 25 years to completely drain Lake Erie.

The Saudi government’s policy largely enriched the ruling elite and resulted in a near total depletion of its precious aquifers, Elhadj wrote.

“A combination of money and water could make even a desert bloom, until either the money or the water runs out,” Elhadj said. For Saudi Arabia, it was the water.

Now the water is nearly gone. Most of that underground water came from ancient aquifers that are deeply buried and don’t naturally refill for tens of thousands of years.

In the historic town of Tayma, which was built atop a desert oasis mentioned several times in the Old Testament, researchers in 2011 found “most wells exsiccated.” That’s academic speak for “bone dry.” The once-verdant Tayma oasis that had sustained human life for millennia – archaeologists have found stone tablets there dating back 2,500 years – was drained in one generation.

Saudi Arabia will no longer be in the wheat farming business.

The government announced next year’s wheat harvest will be the country’s last. The Saudis are drinking desalinated water from the ocean – a process too expensive to irrigate farmland.

Agricultural production is in free fall. The country has less than half the farmland it did in the mid-1990s, according to the Food and Agriculture Organization of the United Nations.

Its fling as a major food exporter was nothing but a brief mirage in its long history. Instead, the government announced that to feed its 30 million people, it will rely almost entirely on crops imported from other countries.

The United States, and the rest of the world, are also using up groundwater at an alarming rate.

Like Saudi Arabia, California’s agriculture relies heavily on water pumped from the ground – accounting for about 65 percent of its water use during these drought years, according to hydrologists. Even during normal years, arid regions in the Central Valley receive about the same rainfall as Riyadh, Saudi Arabia – 4 to 5 inches annually.

For the past two years, stories similar to Saudi Arabia’s have been bubbling up in the Central Valley, which produces about 10 percent of America’s agriculture. Wells are going dry, farmers are forced to chase water ever deeper underground, and the ground is sinking.

Workers of Arthur & Orum Well Drilling company dig a well for a newly developed pistachio plantation outside of Alpaugh, California, United States ton June 16, 2014. With the promise of a hefty return investment groups develop large almond and pistachio orchards amidst the historic California drought in the arid southern part of Central Valley. Although 1000ft deep wells such as this one could cost up to $500,000, the demand in the Valley has never been higher. As drilling companies operate at their maximum capacity the current waiting time takes about 8 months.

Workers of Arthur & Orum Well Drilling company dig a well for a newly developed pistachio plantation outside of Alpaugh, California, United States ton June 16, 2014. With the promise of a hefty return investment groups develop large almond and pistachio orchards amidst the historic California drought in the arid southern part of Central Valley. Although 1000ft deep wells such as this one could cost up to $500,000, the demand in the Valley has never been higher. As drilling companies operate at their maximum capacity the current waiting time takes about 8 months.

California scientists warn that they have little idea how much groundwater is left, or how long it would take aquifers to refill even if all the pumping stopped now.

Some California aquifers have been so depleted by irrigated farmland that the state is now pumping water that trickled down more than 20,000 years ago. Rainwater won’t recharge these ancient aquifers. When it’s gone, it’s gone – at least for the next 800 generations or so. Across the world, humans have pulled so much water out of the ground that it’s contributing to sea level rise.

Groundwater being pumped into an irrigation canal at a farm outside of Alpaugh, California, United States on June 16, 2014. Lack of available surface water from the north triggered a widespread overpumping of groundwater leading to land subsidence at rates that have not been seen since the '50s.

Groundwater being pumped into an irrigation canal at a farm outside of Alpaugh, California, United States on June 16, 2014. Lack of available surface water from the north triggered a widespread overpumping of groundwater leading to land subsidence at rates that have not been seen since the ’50s.

Compared to Saudi Arabia, which relied mostly on its ancient aquifers, California has far more renewable resources like lakes, rivers, reservoirs and shallow aquifers that are recharged by mountain rainwater and melted snow.

Still, NASA hydrologist Jay Famiglietti wrote in the Los Angeles Times in March that California “has only about one year of water supply left in its reservoirs, and our strategic backup supply, groundwater, is rapidly disappearing.”

The San Luis Reservoir near Los Banos in the San Joaquin Valley, California, United States on June 19, 2014. The reservoir serves as a storage for surface water received from the Central Valley Project for farmers in the San Joaquin Valley. This year water allocations were cut and the reservoir has been depleted to a historically low capacity of 28% compared to its historical average of 48% for this time of year.

The San Luis Reservoir near Los Banos in the San Joaquin Valley, California, United States on June 19, 2014. The reservoir serves as a storage for surface water received from the Central Valley Project for farmers in the San Joaquin Valley. This year water allocations were cut and the reservoir has been depleted to a historically low capacity of 28% compared to its historical average of 48% for this time of year.

If California’s groundwater were to run out, it could result in a 65 percent reduction in irrigation and the resulting crop losses during drought years like now.

Famiglietti’s assessment echoed the 2004 Saudi report, saying the U.S. government needs to immediately start better managing groundwater.

A few months earlier, in November, Famiglietti wrote in the journal Nature Climate Change that many countries, including the United States, are on the same path as Saudi Arabia. “Groundwater supplies in some major aquifers will be depleted in a matter of decades. The myth of limitless water and free-for-all mentality that has pervaded groundwater use must now come to an end,” he said.

China relies on its threatened aquifers to feed 10 percent of its people.

China is home to one of the major at-risk aquifers cited by Famiglietti.

The aquifer system in northwest China has been experiencing similarly ominous signs as Saudi Arabia did a decade ago. Wells are going dry and water tables are dropping fast. The Earth Policy Institute estimates China is feeding 130 million people – about a tenth of its total population – by overpumping and depleting its sinking aquifers. When the aquifer system runs out, analysts say, China will need to rely on foreign farmland to feed 130 million people – equivalent to about 1 in 3 Americans. They will be competing with the 30 million Saudis already relying on imported food.

A global domino effect has begun. As one country runs low on water, it turns to another, putting more strain on those water reserves. Last year, both China and Saudi Arabia set record-high agricultural imports from the United States.

Almarai, one of Saudi Arabia’s two main dairy producers, purchased 15 square miles of farmland in the Arizona desert to grow alfalfa for export back to the country. Alfalfa is so water intensive that it requires three to four times more irrigation than wheat. That water comes from the Colorado River, where reservoirs are at an all-time low, threatening the drinking water for Las Vegas, Los Angeles and San Diego.

In 2013, with the financial and political backing of China’s government, a Chinese company purchased America’s largest pork producer, Smithfield Foods, securing 1 in 4 American-raised pigs, plus the water-hungry grains those 30 million pigs consumed. It was the largest-ever Chinese acquisition of an American company. By buying food from overseas, these countries are in effect importing water – increasingly American water – in the form of corn, soy, nuts and meats.

The United States has no national plan to monitor the effect these water exports are having on its aquifers. The Saudis did the same thing. And it cost them dearly. As Elhadj wrote in 2004, what Saudi Arabia did was “synonymous with shipping away the country’s finite water resources.”

California is now threatening restaurants with a $500 fine if they serve drinking water to customers – unless a customer requests the water. But the entire state – all 38 million people – drink only about one-tenth of 1 percent of the state’s annual water use. In comparison, farmers, who face no water restrictions, use about 7 percent of its annual water to grow almonds for export overseas.

If there is a lesson emerging, it is this: Wells run dry. Mismanagement flows eternal.

_______________________

This story was edited by Andrew Donohue and copy edited by Sheela Kamath.

Nathan Halverson can be reached at nhalverson@cironline.org. Follow him on Twitter: @eWords.

© Copyright 2015, The Center for Investigative Reporting

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