Dead Sea's revival with Red Sea canal edges closer to reality

Yahoo – AFP, Marie WOLFROM, March 18, 2018

Evaporation ponds at the southern part of the Dead Sea where both sodium
chloride and potassium salts are produced (AFP Photo/MENAHEM KAHANA)

Ghor al-Haditha (Jordan) (AFP) - Israel and Jordan have long pursued a common goal to stop the Dead Sea from shrinking while slaking their shared thirst for drinking water with a pipeline from the Red Sea some 200 kilometres away.

Geopolitical tensions have stalled efforts to break ground on the ambitious project for years, but the end of the latest diplomatic spat has backers hoping a final accord may now be in sight.

The degradation of the Dead Sea, on the border of Israel, Jordan and the Palestinian West Bank, began in the 1960s when water began to be heavily diverted from the Jordan River.

"Before 1967, the water was just a 10-minute walk from my house," said Musa Salim al-Athem, a farmer who grows tomatoes on the banks on the Jordan side.

"Now it takes an hour," he said, standing amid the resulting lunar landscape of spectacular salt sculptures, gaping sinkholes and craters.

"Only the sea can fill up the sea."

"Since 1950, the amount flowing in the Jordan has dropped from 1.2 billion cubic metres per year (42 billion cubic feet) to less than 200 million," said Frederic Maurel, an engineering expert at the French development agency AFD.

Heavy production of potash, used for making fertiliser, has also accelerated evaporation that has seen the sea's surface area shrink by a third since 1960.

Experts say water levels are falling one metre (three feet) a year, and warn it could dry out completely within 30 years.

Palestinian refugees at the al-Baqa'a refugee camp near Amman. Jordan is
determined to press ahead with the project to cope with the needs of a rising population
which has been swelled by about one million refugees fleeing war in Syria (AFP Photo/
Khalil MAZRAAWI)

'Economic treasure'

Already 100 years ago, Theodor Herzl, the father of modern political Zionism, had envisaged filling the Dead Sea via a canal dug to the Mediterranean.

The sea's natural beauty and mineral-rich black mud have also provided a source of tourism revenue.

"The Dead Sea has historical, biblical, natural, touristic, medical and industrial values that make it an invaluable cultural, environmental and economic treasure," said Avner Adin, a specialist in water science at the Hebrew University of Jerusalem.

After years of studies, the $1.1 billion Red Sea "Peace Conduit" deal was signed by Israeli, Jordanian and Palestinian authorities in 2013.

The project, located entirely on Jordanian territory, includes a desalination plant near Aqaba.

After producing drinking water, the remaining highly saline liquid will be sent by pipeline to fill the Dead Sea, powering two hydroelectric plants along the way.

A subsequent 2015 deal would see Israel get 35 billion cubic metres of potable water from the desalination plant for its parched southern regions.

The mostly desert Jordan, for its part, would get up to 50 billion cubic metres of freshwater from the Sea of Galilee.

Israel also agreed to sell 32 billion cubic metres to the Palestinian authorities.

Jordan announced in November 2016 that it had chosen five international consortiums to build the first phase of the canal.

But talks on how to finance the deal, which calls for $400 million of public funding, and geopolitical flare-ups have kept the project from moving forward.

Experts say water levels are falling one metre a year, and warn it could dry out 

completely within thirty years (AFP Photo/MENAHEM KAHANA)

'Diplomatic hazards'

Some $120 million has already been pledged by donors including the US and Japan, while France's AFD agency has secured the backing of the EU and some member states for $140 million in preferential loans to Jordan.

Talks were frozen last year after an Israeli security guard shot and killed two Jordanians at the Israeli embassy in Amman, prompting a diplomatic standoff that ended only in January.

"We have never been so close to starting the project," Maurel said. "It only needs a final push by the Jordanian and Israeli authorities."

A diplomatic source in Amman said the project remained essential for the region given the environmental and economic stakes, "but it's still at the mercy of diplomatic hazards."

For Adin at the Hebrew University, "It seems to be that the situation is improving. The main obstacle in my mind could be financial."

Officials in Jordan say they are determined to press ahead with or without Israel to cope with the needs of a rising population which has been swelled by about one million refugees fleeing the war in neighbouring Syria.

"We are proceeding with the project because desalination eventually is the future of Jordan when it comes to water," said Iyad Dahiyat, secretary general of the country's water authority.

"Water is part of the stability of the kingdom itself," he added. "It's a national security issue."

Moroccan villagers harvest fog for water supply

Yahoo – AFP, Zakaria Choukrallah, 19 June 2015

A Moroccan inspects fog fences in a hamlet on the outskirts of the southern

coastal city of Sidi Ifni, on June 7, 2015 (AFP Photo/Fadel Senna)

Sidi Ifni (Morocco) (AFP) - Green technology to turn fog into fresh water straight from the tap has put an end to exhausting daily treks to distant wells by village women in southwest Morocco.

Families in five highland Berber communities have begun to benefit from "fog harvesting", a technique devised in Chile two decades ago and since taken up in countries from Peru to Namibia and South Africa.

On the summit of a mountain named Boutmezguida, which looms over the villages at 1,225 metres (4,019 feet), thick fog shrouds about 40 finely meshed panels designed to trap water and relay it to a network of pipes.

A Moroccan woman uses water collected 

on fog fences to wash her hands in a 

hamlet on the outskirts of the southern

 coastal city of Sidi Ifni, on June 7, 2015

(AFP Photo/Fadel Senna)

To have water running from a faucet at home is a "revolution" for inhabitants of the semi-arid mountains known as the Anti-Atlas, says Aissa Derhem, the chairman of an active regional association called Dar Si Hmad for Development, Education and Culture (DSH).

DSH prides itself on building "the world's largest fog-collection and distribution system" and helping locals in the Sidi Ifni region -- Derhem's birthplace -- to learn to operate it, after repeated droughts and scarce rain.

"Our rain here is the fog," Derhem adds.

Tiny droplets are caught on the mesh while fog wafts through panels. The harvesters mix all they catch with more water derived from drilling, then supply the villages on the lower slopes.

Derhem first heard about fog harvesting 20 years ago. A few years later on returning to Sidi Ifni, he realised that the local climate was similar to that of the Andes in South America.

DSH joined forces with Fog Quest, a Canadian charity whose volunteers work in a range of developing countries. North Africa's first pilot project became operational after almost a decade's work refining techniques.

'An imitation of nature'

The valves were opened at Sidi Ifni for the first time to mark World Water Day, March 22. Ever since, "92 households, or nearly 400 people," have enjoyed running water at home, says Mounir Abbar, the project's technical manager.

Aissa Derhem, the president of the "Dar Si Hamed for development, education

 and culture" association touches a fog fence in a hamlet on the outskirts of the

southern coastal city of Sidi Ifni, on June 7, 2015 (AFP Photo/Fadel Senna)

"Morocco has a lot of fog because of three phenomena: the presence of an anticyclone from the Azores (north Atlantic islands), a cold air current and a mountainous obstacle," Derhem says.

The mesh that traps water is "merely an imitation of nature," he adds, pointing out how spiders have always caught minute droplets of water in their webs.

"This is ecological and enables us to look after the regional water table, which we have been emptying away," Derhem says.

The scheme will be extended to other villages and, in time, advocates hope, to other parts of the country.

In the village of Douar Id Achour, residents are proud of their new taps, for good reason. Women and children used to spend an average of four hours a day on a round trip to a well, even longer in dry summer.

"I filled two 20-litre (5.3-gallon) containers four times a day," says Massouda Boukhalfa, 47. "But even those 160 litres wasn't enough for us, because we have cattle as well."

'Ready for export'

During droughts, water was carried in by tanker trunk. "That took a fortnight and cost 150 dirhams (13.7 euros), $15.6) for 5,000 litres on average," young resident Houcine Soussane recalls.

According to Dar Si Hmad, 7,000 litres of fog water cost three times less than before, even with a fee of 20 dirhams to each household for the right to a counter.

Thick fog is trapped by finely meshed panels and relayed it to a network of pipes

(AFP Photo/Fadel Senna)

Villagers today have more time to collect the nutty fruit of argan trees and extract its prized and potentially lucrative oil, used in cooking, skin care and easing arthritis. Reputed as an anti-ageing product, argan oil has been taken up abroad as an ingredient in high-end cosmetics.

"Our women and daughters no longer wear themselves out. They go to school and are safe," 54 year-old villager Lahcen Hammou Ali sums up. "With the time saved, we can pay for water all year by producing a bottle of argan oil."

DSH next wants to supply fog water to as many villages as possible in the area. It also plans to replace mesh in the panels with a new variety that can resist wind speeds of 120 kilometres per hour (75 mph).

The panels were perfected on Moroccan soil with help from the German charity Wasserstiftung, and successfully passed the testing phase.

"The nets are now ready for export to other towns in Morocco, in all the mountainous regions and along the seafront," Derham says, hopeful they can be deployed in all highland areas where fogbanks are frequent.

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Organic farm in Benin looks to set example for Africa

Business Recorder – AFP, Tuesday, 24 June 2014

PORTO-NOVO: With his pilgrim's staff and panama hat, Father Godfrey Nzamujo nips up and down the paths of Songhai, the organic farm he created nearly 30 years ago to fight poverty and rural migration in Africa.

The small farm covered barely a hectare when it was set up in Porto Novo in 1985 but has since become a pilot project for the rest of the continent badly in need of new ideas to maximise yields.

The centre in Benin's capital now stretches over 24 hectares (60 acres) and employs an army of workers and apprentices, who toil from sunrise to sunset growing fruit, vegetables and rice, as well as rearing fish, pigs, poultry.

"Nothing is wasted, everything is transformed" according to Nzamujo's principle, with even chicken droppings turned into the bio-gas that powers the centre's kitchens.

Big plans

Songhai in tiny Benin has big plans for Africa. It already has similar operations in Nigeria, Liberia and Sierra Leone and wants to set up shop in 13 more west and central African countries.

Nzamujo's raison d'etre is how to help Africans increase yields through simple techniques, without using pesticides or fertilisers, and while cutting production costs and protecting the environment.

The Nigeria-born priest, who was raised in California on the US west coast, said he was shocked by the appalling images of famine in Africa on television at the start of the 1980s.

He then left to discover the continent to see how he could put to good use his university training in agronomics, economics and information technology and fight against poverty on his own terms.

After visiting a number of countries, he ended up in Benin where the country's then-Marxist government gave him a small plot.

"It was abandoned land, killed by chemical fertiliser and conventional agricultural practices. It didn't work," he told AFP.

"There were seven of us. We dug wells and watered with our own hands. And during the main dry season, this grey surface became green," he recalled with a smile.

Increased yields

Nzamujo's secret is in imitating nature, encouraging "good bacteria" present in the soil to maximise production without having to rely on chemicals.

Yields at Songhai speak for themselves: the farm produces seven tonnes of rice per hectare three times a year, up from one tonne per hectare once a year at the beginning of the project.

"Songhai is facing up to the triple challenge of Africa today: poverty, environment and youth employment," said Nzamujo proudly.

The cleric's system centres on local production and distribution, creating economic activity to tackle poverty head on.

At Songhai, jam simmers in large pots while chickens are roasted and soya oil, rice and fruit juice are packaged for sale in the centre's shop or served at its restaurant.

Discarded parts of agricultural machinery are reused to create ingenious contraptions and used water is filtered using water hyacinths.

The centre also has an Internet point and even a bank so that local people can avoid going into the city centre.

Interns and innovation

Youth employment is encouraged and some 400 farm apprentices -- selected by competition -- are trained every year. The 18-month course is entirely free.

Paul Okou is one of them. The 25-year-old from Parakou, northern Benin, would like to follow his parents into farming but is hoping to work in a more profitable way.

"My parents use traditional, archaic methods while at Songhai we learn the modern way, albeit makeshift," he said.

"What we used to do in two days now we do in two hours."

The apprentices are sent into villages where they apply what they have learned. Once in charge of a farm, they join the Songhai network and are checked regularly.

Songhai also welcomes interns who are paying for their own training.

They include Abua Eucharia Nchinor, a Nigerian in his 30s, and Kemajou Nathanael, a 39-year-old former salesman from Cameroon, who both want to open an organic farm in their respective countries.

According to Nzamujo, Songhai is not a cure-all for Africa's problems but tackles their root causes.

"Imagine if all the young people who hang around big cities did their training here and we equip them. Imagine the productivity of Africa today.

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Kryon Q&A

Question: Dear Kryon: I would appreciate a perspective on the following: There seems to be two opposed schools of thought with respect to pesticides and their use. One group categorically states that they are very dangerous and that they are responsible for causing cancers etc... (there's a very long list!!) The other group naturally claims that they are perfectly safe with today's technological advances etc. 

Answer: The chemicals you are using today are dangerous to your health. The more they are used, the more it will be seen over time. We have indicated before that there are far better natural scientific solutions to protecting your crops. Use biology to balance biology. It is non-toxic and simply an alteration of what already exists.

Alfredo Zolezzi: how a plasma water purifying system is saving lives

Wired.co.uk, Nicholas Tufnell, 17 October 2013

"If we can connect people and their needs with the advancement of technology we will make a better world" claims Alfredo Zolezzi during his talk at Wired 2013.

Zolezzi is a Chilean industrial designer and an expert in applied technological innovations. He has created an integrated objectives model which he says allows for him to improve technological innovation and create greater social, emotional and developmental impact.

Alfredo Zolezzi (Nate Lanxon)

"For many years I was involved in innovation, but I discovered I was using 80 percent of my time just surviving and had little time to create," explains Zolezzi. "So I decided to study the innovation models that were already out there, but there were none. So I wrote my own innovation model and soon after I started creating some of my most effective products."

Zolezzi soon developed technology that enhanced the recovery of oil from abandoned oil wells "using high-frequency and high-powered ultrasound waves." He wished to innovate further to create new technologies that could significantly reduce the cost of refining oil, but something held him back.

"I could have made billions," he said, "but there is no future if we do not change the way we are addressing our current problems. Only 2.5 billion people have to access to clean water, we cannot ignore that reality. We are living the future but we are still struggling with the problems from the past."

Wishing to refocus his efforts on humanitarian needs, Zolezzi set out to create a novel way of purifying water. The answer was found in plasma.

Zolezzi created a plasma sanitation system that can sanitise 35 litres of water in five minutes at a cost per litre of less than one penny. The system injects water into a reaction chamber, where it achieves plasma state through a high-intensity electrical field. The microbiological content of the water is then eliminated by electroporation, oxidation, ionization, UV and IR radiation.

"This technology won't remove impurities like salt or heavy metals, but it will kill bacteria," Zolezzi explained. "In our last test, the plasma procedure killed off 100 percent of bacteria with 100 percent efficacy."

The system has been used in a Chilean slum, where Zolezzi says it has "improved their health, dignity and quality of life in an instant".

Zolezzi closed his speech remarking that his technology alone isn't enough, it's crucial that social technology is used in conjunction with this his new device to ensure people are aware of its existence and importance. He left the stage reminding us to "just think that there is always someone who is not as privileged as we are. We have problems, but all this privilege that we have is also our commitment".

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"2013 - What Now ?" – Jan 6, 2013 (Kryon Channelling by Lee Caroll) - (Text version)

“… New ideas are things you never thought of. These ideas will be given to you so you will have answers to the most profound questions that your societies have had since you were born. Inventions will bring clean water to every Human on the planet, cheaply and everywhere. Inventions will give you power, cheaply and everywhere. These ideas will wipe out all of the reasons you now have for pollution, and when you look back on it, you'll go, "This solution was always there. Why didn't we think of that? Why didn't we do this sooner?" Because it wasn't time and you were not ready. You hadn't planted the seeds and you were still battling the old energy, deciding whether you were going to terminate yourselves before 2012. Now you didn't…. and now you didn't.

It's funny, what you ponder about, and what your sociologists consider the "great current problems of mankind", for your new ideas will simply eliminate the very concepts of the questions just as they did in the past. Do you remember? Two hundred years ago, the predictions of sociologists said that you would run out of food, since there wasn't enough land to sustain a greater population. Then you discovered crop rotation and fertilizer. Suddenly, each plot of land could produce many times what it could before. Do you remember the predictions that you would run out of wood to heat your homes? Probably not. That was before electricity. It goes on and on.

So today's puzzles are just as quaint, as you will see. (1)How do you strengthen the power grids of your great nations so that they are not vulnerable to failure or don't require massive infrastructure improvement expenditures? Because cold is coming, and you are going to need more power. (2) What can you do about pollution? (3) What about world overpopulation? Some experts will tell you that a pandemic will be the answer; nature [Gaia] will kill off about one-third of the earth's population. The best minds of the century ponder these puzzles and tell you that you are headed for real problems. You have heard these things all your life.

Let me ask you this. (1) What if you could eliminate the power grid altogether? You can and will. (2) What if pollution-creating sources simply go away, due to new ideas and invention, and the environment starts to self-correct? (3) Overpopulation? You assume that humanity will continue to have children at an exponential rate since they are stupid and can't help themselves. This, dear ones, is a consciousness and education issue, and that is going to change. Imagine a zero growth attribute of many countries - something that will be common. Did you notice that some of your children today are actually starting to ponder if they should have any children at all? What a concept! ….”

"The Time Capsule of Gaia" – Feb 9, 2013 (Kryon Channelling by Lee Carroll) - (Text version)

“… Ideas and Inventions Are Not Random

Now, I want to revisit this because we're coming to the point of what I want to speak of, which we have not spoken of before. It seems unbelievable, but the fact is that ideas and inventions are given to the planet when it's ready, and not before. We told you last time that humanity believes it can "think of anything." The intellectual believes the sky is the limit in creativity. Yet, isn't it interesting that everything profound in ideas and inventions has come almost at the last moment? When you take a look at humanity and how long you've been here and how long there have been smart Human Beings, why is it that only in the last seeming second of time that almost all modern invention took place?

Imagine going through thousands of years without understanding what a bacteria was, or not believing in germs, or not having electricity. When you think about these things and the order in which they came to the planet, it's quite revealing. Many Humans were working on the same invention at the same time and didn't even know it. Suddenly, you received the invention of radio, then pictures that fly through the air, then flight. It all came together seemingly in the last moment. You've got to ask, do you not, how logical is this in the scheme of how things work? Did you have to come to a certain point in history before Humans got smart? Or do you think there was something else going on? The answer is there was something else going on. It seemed as though these ideas were being "delivered" to the planet all at the same time, and many were understanding these things suddenly all at once.

The Time Capsules

Here is what happened: Within that which you call Gaia, there is the Crystalline Grid. This is the memory of all things placed there by the Pleiadians. The Crystalline Grid was created for this purpose by the Pleiadians. When it's proper and when humanity's consciousness has reached a certain point, these ideas are released. It is a time capsule of invention and more. This does not happen from the great central sun; it does not happen from outside the earth, but rather it happens from within. …”

New water protection initiative forces Nigerians to use toilets

Deutsche Welle, 6 January 2014

Nigerian officials are handing out fines to anyone who defecates in open spaces such as forests. They are also offering toilet education workshops in an effort to prevent human waste from fouling the country's water.

Carrying her two year old daughter on her back, Laraba Alaghaye is walking slowly to her local pond. Alaghaye lives in Kyuzhi, a small community in rural Nigeria. A worn footpath lined with grass, trees and shrubs leads up to the brown body of water, which is filled with rain runoff and groundwater.

This is the closest drinking water source for this community in the dry season, between December and April. Locals have to dig deeper at this time of year to access enough water. In the past the water here hasn't been clean either.

"My stomach started hurting when I drank this water," Alaghaye tells DW. "My baby also needed to defecate; then she was crying and complaining of stomach pains. It was the same for my husband."

"When we went to the hospital, they told us it was the water we drank. They told me that if I want to take this water, I should boil it."

Open defecation and sickness

Laraba Alaghaye fetches water with
 her child, in the small community of
Kyuzhi

The problem with many sources of drinking water in small communities like this: they are infected with bacteria from human waste. In fact, Kannan Nadar, of the United Nations Children’s Fund (UNICEF) said last November at a World Toilet Day event that no fewer than 100 million Nigerians lack access to toilets across the country, while more than 45 million defecated in the open.

Open defecation leads to high rates of infant mortality across the country and diseases such as cholera, experts say. It also stunts the growth of otherwise growing communities. Often, the issue is not talked about openly because it is considered shameful, which makes solving the problem even more difficult.

But, a little more than a year ago, some members from the Kyuzhi community were educated about the problems related to people defecating in the open. The workshop was one of many recently across Nigeria on the issue of open defecation.

"They taught us not just how to improve personal hygiene, but also how to keep the entire community clean," says local resident, Tanko Ayuba Kyuzhi who took part in the workshop.

"In the community before, people used to defecate in the open. But now it doesn't happen anymore, and the community has formed an environmental task team.”

Ayuba says most people have stopped defecating in the open. Anyone violating that agreement - even children - are stamped with a fine by the community environmental task team of around 2,000 Naira (9 euros; $13).

"We only caught three people defecating out in the open last year," he told DW, highlighting the progress that has been made.

Community-led total sanitation

Some communities in rural Nigeria
 have little access to toilets, often
preferring to defecate in the forest

The workshops are run according to the concept of community-led total sanitation, or CLTS. The classes often include community leaders, women and youth and force locals to confront the issue of open defecation.

Typically, participants go to an open defecation site and inspect it. The links between human waste and local diseases are then explained.

Such sessions are often quite confronting and emotional for those taking part. But, they have the desired effect, says Otive Igbuzo, from the African Center for Leadership Strategy and Development, who helped organize the workshops in Kyuzhi.

"A fining policy will only work if a majority of the people have made that behavioral change, so you have only a few deviants or new entrants into the community which you then whip into line with that sanction or fine," says Igbuzo.

"If you only fine in a community where that behavior change has not happened, the fine will not work."

Back at the local pond, Laraba Alaghaye says she is in favor of the fines. And, she agrees that most of the community has bought into it. Now, toilets have been installed in areas and new defecation sites have been set up.

"If my child tells me that he wants to defecate, I follow him, and show him the place he should do that so that I can bury it," she told DW.

"If I see another person’s child doing it (in the wrong area) I tell the mother, because I don’t want to see the community dirty," she said.

Israel, Jordan, Palestinians to sign Red Sea-Dead Sea deal

Yahoo – AFP, 9 December 2013

Israeli soldiers patrol the coast at the Dead Sea on the Israeli side of the popular
 tourist site known for it's mineral-rich mud, on August 10, 2013.

Israeli soldiers patrol the coast at the Dead Sea on the Israeli side of the popular tourist site known for it's mineral-rich mud, on August 10, 2013 (AFP Photo/Hazem Bader)

Jerusalem (AFP) - Representatives of Israel, Jordan and the Palestinians will on Monday sign a "historic" agreement to link the Red Sea with the shrinking Dead Sea, an Israeli minister said.

Energy and Regional Development Minister Silvan Shalom told army radio that under the agreement to be signed at the World Bank in Washington, water will be drawn from the Gulf of Aqaba at the northern end of the Red Sea.

Some will be desalinated and distributed to Israel, Jordan and the Palestinians, while the rest will be transferred in four pipes to the parched Dead Sea, which would otherwise dry out by 2050.

Shalom noted the economic aspects of supplying cheap desalinated water to neighbouring states, the environmental angle of "saving the Dead Sea" and the "strategic-diplomatic" aspect of the deal, being signed at a time when peace talks between Israel and the Palestinians are floundering.

"This is a breakthrough after many years of efforts," he said. "It is nothing less than a historic move."

According to Yediot, the Palestinian Authority's minister in charge of water issues, Shaddad Attili, and Jordanian Water Minister Hazem Nasser will be signing the agreement with Shalom.

Shalom said that following the signing, "an international tender will be issued for the entire project -- building the desalination plant in Aqaba and laying the first of the four pipes."

According to Yediot Aharonot newspaper, which first broke the story, the idea dates back to the 1994 signing of a peace treaty between Israel and Jordan.

The World Bank in 2012 published a feasibility study report on the project.

But Friends of the Earth Middle East and other environmental groups warned that a large influx of Red Sea water could radically change the Dead Sea's fragile ecosystem, forming gypsum crystals and introducing red algae blooms.

Israeli Minister Shalom, the Jordanian Minister Hazem

and Palestinian Minister Attili (AFP)

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Thousands protest against Areva in Niger

Google – AFP, 12 October 2013

Trucks carry rocks containing uranium at Arlit opencast mine in the Air

desert, Niger on February 23, 2005 (AFP/File, Pierre Verdy)

Niamey — Thousands of people in Niger protested Saturday against French nuclear firm Areva, which has been mining uranium in the impoverished country for nearly 50 years, one of the organisers said.

"The aim of the protest, which has gathered about 5,000 people, is to support the government in its upcoming discussions with Areva on the subject of our uranium," Azaoua Mamane told AFP.

Several other sources confirmed the turnout number.

Last Sunday, Prime Minister Brigi Rafini vowed Niger would review its dealings with the French firm "with a fine-tooth comb" amid accusations that the partnership was unbalanced.

Rafini specified that the west African country's contracts with Areva subsidiaries Somair and Cominak, which end this year, would be reviewed.

The protesters, a mix of local elected representatives and residents, marched on the streets of Arlit in northern Niger shouting anti-Areva slogans.

They accused the nuclear giant of "polluting" the environment, "provoking radioactivity" and "not showing interest in the concerns of local inhabitants", one protester said.

"The population has inherited 50 million tonnes of radioactive residues stocked in Arlit, and Areva continues to freely pump 20 million cubic metres of water each year while the population dies of thirst," he said.

Areva is the world's second-largest uranium producer and extracts more than a third of its uranium in Niger, which is among the world's top producers of uranium but also one of its poorest countries.

Vast aquifer found in Namibia could last for centuries

BBC News, by Matt McGrath, Science reporter, 20 July 2012

Related Stories 

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Pressure from the aquifer means
the water is cheap to extract

A newly discovered water source in Namibia could have a major impact on development in the driest country in sub-Saharan Africa.

Estimates suggest the aquifer could supply the north of the country for 400 years at current rates of consumption.

Scientists say the water is up to 10,000 years old but is cleaner to drink than many modern sources.

However, there are concerns that unauthorised drilling could threaten the new supply.

Huge resource

For the people of northern Namibia water is something that they either have too much of or too little.

The 800,000 people who live in the area depend for their drinking water on a 40-year-old canal that brings the scarce resource across the border from Angola.

Over the past decade the Namibian government have been trying to tackle the lack of a sustainable supply in partnership with researchers from Germany and other EU countries.

They have now identified a new aquifer called Ohangwena II, which flows under the boundary between Angola and Namibia.

On the Namibian side of the border it covers an area roughly 70 km by 40 km (43 miles by 25 miles).

According to project manager Martin Quinger, from the German federal institute for geoscience and natural resources (BGR), it's a substantial body of water.

"The amount of stored water would equal the current supply of this area in northern Namibia for 400 years, which has about 40 percent of the nation's population."

"What we are aiming at is a sustainable water supply so we only extract the amount of water that is being recharged.

"What we can say is that the huge amount of stored water is will always be enough for a back up for an area that is currently supplied only by surface water." 

Test drilling on the new aquifer

This region is dependent on two rivers for its water supply. But this has restricted agricultural development to areas close to these water sources. Mr Quinger says that the new aquifer has great potential to change the nature of farming in the area.

"For the rural water supply the water will be well suited for irrigation and stock watering, the possibilities that we open with this alternative resource are quite massive." he explains.

As well as providing a new source for agriculture in a region the aquifer will augment existing potable supplies. Martin Quinger says the discovery may be up to 10,000 years old but it is still good to drink.

"If the water [has spent] 10,000 years underground, it means it was recharged at a time when environmental pollution was not yet an issue, so on average it can be a lot better than water that infiltrates in cycles of months or years."

Dangerous drilling

The natural pressure that the water is under means that it is easy and cheap to extract. But because a smaller salty aquifer sits on top of the new find it raises the possibility that unauthorised drilling could threaten the quality of the water.

Martin Quinger says that random drilling into the aquifer could be dangerous.

"If people don't comply with our technical recommendations they might create a hydraulic shortcut between the two aquifers which might lead to the salty water from the upper one contaminating the deep one or vice versa."

One of the biggest advantages of the new aquifer could be in helping people cope with climate change.

The researchers estimate that it could act as a natural buffer for up to 15 years of drought.

As well as identifying the new water source a key aim for the researchers involved is to develop the capacity among young Namibians to manage their country's water resources before the funding from the EU runs out.

Related Article:

'Huge' water resource exists under Africa

'Huge' water resource exists under Africa

BBC News, by Matt McGrath, Science reporter, 20 April 2012

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Scientists say the notoriously dry continent of Africa is sitting on a vast reservoir of groundwater.

They argue that the total volume of water in aquifers underground is 100 times the amount found on the surface.

The team have produced the most detailed map yet of the scale and potential of this hidden resource.

Writing in the journal Environmental Research Letters, they stress that large scale drilling might not be the best way of increasing water supplies.

Across Africa more than 300 million people are said not to have access to safe drinking water.

Demand for water is set to grow markedly in coming decades due to population growth and the need for irrigation to grow crops.

Freshwater rivers and lakes are subject to seasonal floods and droughts that can limit their availability for people and for agriculture. At present only 5% of arable land is irrigated.

Now scientists have for the first time been able to carry out a continent-wide analysis of the water that is hidden under the surface in aquifers. Researchers from the British Geological Survey and University College London (UCL) have mapped in detail the amount and potential yield of this groundwater resource across the continent.

Helen Bonsor is from the BGS is one of the authors of the paper. She says that up until now groundwater was out of sight and out of mind. She hopes the new maps will open people's eyes to the potential.

"Where there's greatest ground water storage is in northern Africa, in the large sedimentary basins, in Libya, Algeria and Chad," she said.

"The amount of storage in those basins is equivalent to 75m thickness of water across that area - it's a huge amount."

Ancient events

Due to changes in climate that have turned the Sahara into a desert over centuries many of the aquifers underneath were last filled with water over 5,000 years ago.

The scientists collated their information from existing hydro-geological maps from national governments as well as 283 aquifer studies.

The researchers say their new maps indicate that many countries currently designated as "water scarce" have substantial groundwater reserves.

However, the scientists are cautious about the best way of accessing these hidden resources. They suggest that widespread drilling of large boreholes might not work.

Dr Alan MacDonald, lead author of the study, told the BBC: "High yielding boreholes should not be developed without a thorough understanding of the local groundwater conditions.

"Appropriately sited and developed boreholes for low yielding rural water supply and hand pumps are likely to be successful."

With many aquifers not being filled due to a lack of rain, the scientists are worried that large-scale borehole developments could rapidly deplete the resource.

African water supplies may be more resilient to climate change
than was thought

According to Helen Bonsor, sometimes the slower means of extraction can be more efficient.

"Much lower storage aquifers are present across much of sub-Saharan Africa," she explained.

"However, our work shows that with careful exploring and construction, there is sufficient groundwater under Africa to support low yielding water supplies for drinking and community irrigation."

The scientists say that there are sufficient reserves to be able to cope with the vagaries of climate change.

"Even in the lowest storage aquifers in semi arid areas with currently very little rainfall, ground water is indicated to have a residence time in the ground of 20 to 70 years." Dr Bonsor said.

"So at present extraction rates for drinking and small scale irrigation for agriculture groundwater will provide and will continue to provide a buffer to climate variability."

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