Tag Archives: water crisis

Arabs to face severe water shortages by 2015

AFED annual conference 2010
The Arab world is facing severe water shortages as early as 2015, as the annual per capita share will be less than 500 cubic meters. This is below one-tenth of the world’s average, currently estimated at over 6,000 cubic meters of water per capita per year, according to a report [1] released by the Arab Forum for Environment and Development (AFED).

The report [...] warned that without fundamental changes in policies and practices, the situation will get worse, with drastic social, political and economic ramifications. Water supply sources in the Arab world, two-thirds of which originate outside the region, are being stretched to their limits. Thirteen Arab countries are among the world’s nineteen most water-scarce nations, and per capita water availability in eight countries is already below 200 cubic meters annually, less than half the amount designated as severe water scarcity. By 2015, the only countries in the region which will still pass the water scarcity test will be Iraq and Sudan. The Arab region is one of the driest in the world. More than 70% of the land is arid and rainfall is sparse and poorly distributed. Climate change will exacerbate the situation.

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Middle East: experts say more cooperation needed to face water crisis

Water experts called for greater coordination and sharing of information among Arab countries to tackle the challenge of water scarcity and the threat of climate change.

During a one-day seminar on 30 March 2010 on water security in the Arab world, experts from Jordan, Palestine, Egypt and other countries discussed means to deal with the current water crisis in the Middle East and beyond.

Professor Fayez Abdullah from the University of Jordan warned that climate change could have a profound impact on the region’s water security due to declining levels of rain.

“By the year 2050, North Africa and some parts of Egypt, Saudi Arabia, Iran, Syria and Jordan are expected to have rainfall amounts 20 to 25 per cent lower than at present,” he said in a special report presented during the event.

“It seems obvious that climate change in one way or another will take place with significant impact on the water resources situation,” he added.

A paper presented by Ayman Rabi from the Jordan Engineers Association (JEA) highlighted Israel’s policies of targeting water resources in the West Bank and Gaza, which he said was a major contributor to the region’s water problems.

“Israel also allows settlers to contaminate water resources in the West Bank and Gaza. We must help the Palestinians cope with this problem by providing desalination plants and developing a unified water strategy in the Palestinian territories,” he said in the paper.

The seminar’s recommendations included adopting water security as a permanent file for discussion at Arab summits and conducting studies on the impact of decreasing rainfall on the environment.

Experts also called on organisations around the Middle East to look into the impact of recent natural disasters that hit the region, including flash floods in Saudi Arabia and Yemen as well as hurricane Juno which hit Oman in 2007.

Water harvesting during rainy seasons and improvement of infrastructure in impoverished countries with high populations were mentioned as important measures to help reduce the water deficit in these countries.

Recommendations also included the need to establish a joint database of surface and underground water resources and to identify water borders for Arab countries, particularly Jordan, one of the most water impoverished countries in the world.

The Kingdom has been facing chronic water shortages for decades amid a high population growth rate.

Experts at a conference held earlier this month warned that water scarcity compounded by climate change may hinder the Kingdom’s ability to meet its Millennium Development Goals (MDG).

The Ministry of Environment in December 2009 launched a $4.3 million programme to develop the Kingdom’s adaptation to climate change and sustain its MDG achievements.

Experts say natural sources of water such as rain and underground aquifers will not be enough to secure the needs of Jordan’s population of six million.

They said the Red-Dead Canal and the construction of desalination plants represent the ideal solution to ease the impact of water scarcity and enhance water security in the Kingdom.

Source: Mohammad Ben Hussein, Jordan Times / Zawya, 31 Mar 2010

Yemen: thirsty plant dries out country

More than half of Yemen’s scarce water is used to feed an addiction.

Even as drought kills off Yemen crops, farmers in villages like this one are turning increasingly to a thirsty plant called qat, the leaves of which are chewed every day by most Yemeni men (and some women) for their mild narcotic effect. The farmers have little choice: qat is the only way to make a profit.

Meanwhile, the water wells are running dry, and deep, ominous cracks have begun opening in the parched earth, some of them hundreds of yards long.

“They tell us it’s because the water table is sinking so fast,” said Muhammad Hamoud Amer, a worn-looking farmer who has lost two-thirds of his peach trees to drought in the past two years. “Every year we have to drill deeper and deeper to get water.”

Across Yemen, the underground water sources that sustain 24 million people are running out, and some areas could be depleted in just a few years. It is a crisis that threatens the very survival of this arid, overpopulated country, and one that could prove deadlier than the better known resurgence of Al Qaeda here.

Water scarcity afflicts much of the Middle East, but Yemen’s poverty and lawlessness make the problem more serious and harder to address, experts say. The government now supplies water once every 45 days in some urban areas, and in much of the country there is no public water supply at all. Meanwhile, the market price of water has quadrupled in the past four years, pushing more and more people to drill illegally into rapidly receding aquifers.

“It is a collapse with social, economic and environmental aspects,” said Abdul Rahman al-Eryani, Yemen’s minister of water and environment. “We are reaching a point where we don’t even know if the interventions we are proposing will save the situation.”

Making matters far worse is the proliferation of qat trees, which have replaced other crops across much of the country, taking up a vast and growing share of water, according to studies by the World Bank. The government has struggled to limit drilling by qat farmers, but to no effect. The state has little authority outside the capital, Sana.

Already, the lack of water is fueling tribal conflicts and insurgencies, Mr. Eryani said. Those conflicts, including a widening armed rebellion in the north and a violent separatist movement in the south, in turn make it more difficult to address the water crisis in an organized way. Many parts of the country are too dangerous for government engineers or hydrologists to venture into.

Climate change is deepening the problem, making seasonal rains less reliable and driving up average temperatures in some areas, said Jochen Renger, a water resources specialist with the German government’s technical assistance arm, who has been advising the water ministry for five years.

Unlike some other arid countries in the region, like Saudi Arabia and the United Arab Emirates, Yemen lacks the money to invest heavily in desalination plants. Even wastewater treatment has proved difficult in Yemen. The plants have been managed poorly, and some clerics have declared the reuse of wastewater to be a violation of Islamic principles.

At the root of the water crisis — as with so many of the ills affecting the Middle East — is rapid population growth, experts say. The number of Yemenis has quadrupled in the last half century, and is expected to triple again in the next 40 years, to about 60 million.

In rural areas, people can often be seen gathering drinking water from cloudy, stagnant cisterns where animals drink. Even in parts of Sana, the poor cluster to gather runoff from privately owned local wells as their wealthier neighbors pay the equivalent of $10 for a 3,000 liter-truckload of water.

“At least 1,000 people depend on this well,” said Hassan Yahya al-Khayari, 38, as he stood watching water pour from a black rubber tube into a tanker truck near his home in Sana. “But the number of people is rising, and the water is growing less and less.”

For millenniums, Yemen preserved traditions of careful water use. Farmers depended mostly on rainwater collection and shallow wells. In some areas they built dams, including the great Marib dam in northern Yemen, which lasted for more than 1,000 years until it collapsed in the sixth century A.D.

But traditional agriculture began to fall apart in the 1960s after Yemen was flooded with cheap foreign grain, which put many farmers out of business. Qat began replacing food crops, and in the late 1960s, motorized drills began to proliferate, allowing farmers and villagers to pump water from underground aquifers much faster than it could be replaced through natural processes. The number of drills has only grown since they were outlawed in 2002.

Despite the destructive effects of qat, the Yemeni government supports it, through diesel subsidies, loans and customs exemptions, Mr. Eryani said. It is illegal to import qat, and powerful growers known here as the “qat mafia” have threatened to shoot down any planes bringing in cheaper qat from abroad.

Still, the water crisis could be eased substantially through a return to rainwater collection and better management, Mr. Renger said. Between 20 and 30 percent of Yemen’s water is lost through waste, he said, compared with 7 to 9 percent in Europe.

In Jahiliya and other areas around the capital, the World Bank is leading a project to change wasteful irrigation patterns.

Mr. Amer, the farmer based here, proudly showed visitors his efforts to irrigate fruit and tomato fields using rubber tubes, instead of just funneling it through earthen ditches that allow most of the water to evaporate unused. Little hoses spray the crops with water instead of wastefully soaking them.

But he also pointed out two local wells where the water is dropping at the astonishing rate of almost 60 feet a year, causing the land to subside. Nearby, sinkholes in the arid soil of his property are growing longer and deeper every year.

“We have been suffering for years from this,” he said, gesturing at a cast-off drill rig that broke after going down too deep into the earth.

The Yemeni engineers working on the World Bank project concede they have had tremendous difficulty convincing other farmers — and even government agencies — to take their efforts seriously.

“There is no coordination with other parts of the government, even after we explain the dangers,” said Ali Hassan Awad. “Prosecutors don’t understand that drilling is a serious problem.”

Mr. Eryani, the water minister, takes the long view. Yemen has suffered ecological crises before and survived. The collapse of the Marib dam, for instance, led to a famine that pushed vast numbers of people to migrate abroad, and their descendants are now scattered across the Middle East.

“But that was before national borders were established,” Mr. Eryani added. “If we face a similar catastrophe now, who will allow us to move?”

Source: Robert F. Worth, New York Times, 01 Nov 2009

Yemen: recap of environmental issues in 2008

In 2008, water scarcity has remained Yemen’s most worrying environmental reality. Many areas in Yemen suffer a severe crisis in terms of drinking water supply, water for irrigating agricultural lands, and other vital needs. Most Yemenis have stopped drawing water from many wells, which have recently dried up.

[...] Experts have estimated that more than 60 percent of the water consumed in Yemen is used to irrigate qat crops.

While Yemen suffers from grave water shortages, specialists and officials keep on warning that the country’s water supply relies on limited groundwater. Only 125 cubic meters are available annually per capita, and the groundwater has been polluted and heavily overexploited for more than two decades, according to a German Technological Cooperation (GTZ) document.

[...] However, for the first time in its history, Yemen is making use of the ferro-cement technique to alleviate the water crisis [...]. The Minister of Water and Environment, Dr. Abdul-Rahman al-Eryani, launched two ferro-cement reservoirs to harvest rainwater in two schools in Sana’a on June 18, [2008].

Source: Thuria Ghaleb, Yemen Observer, 30 Dec 2008