Drip Irrigation: Can Pakistan Make its Deserts Bloom?

Large tracts of desert in Cholistan, Kharan and Thar land lay barren in Pakistan today. Can some parts of these deserts be made to bloom given the worsening water crisis in the country with per capita water availability approaching 900 cubic meters? How does Pakistan improve long term food security for its growing population? The answer to both lies in efficient water management through effective drip irrigation.

Drip Irrigation 

What is Drip Irrigation:

Drip irrigation is a micro-irrigation system using tubing that saves water and nutrients by allowing water to drip slowly into the roots of plants, either from above the soil surface or buried below the surface. It puts water directly into the roots and minimizes evaporation.

Water mixed with fertilizer is carried out through tubes which release a small amounts of water per minute directly to the roots of each plant. Precision watering cuts evaporation, run off, and waste.

More Crop Per Drop:

Agriculture uses over 90% of all available fresh water in Pakistan. "More crop per drop" program focuses on improving water use efficiency by promoting drip and sprinkler irrigation in agriculture in Pakistan.

The Punjab government started this effort with the World Bank with $250 million investment.  The World Bank is now providing additional $130 million financing for the Punjab Irrigated Agriculture Productivity Improvement Program Phase-I.

The project is the Punjab Government's initiative called High-Efficiency Irrigation Systems (HEIS) to more than doubles the efficiency of water use. Under the project, drip irrigation systems have been installed on about 26,000 acres, and 5,000 laser leveling units have been provided. The additional financing will ensure completion of 120,000 acres with ponds in saline areas and for rainwater harvesting, and filtration systems for drinking water where possible, according to the World Bank.

Cost of Drip Irrigation System:

Most crops are not irrigated with the drip method due to higher costs. In the United States and Spain, where the technology is used most, it comprises 6.75 and 2.75 percent of the total irrigated area, respectively, according to the International Commission on Irrigation and Drainage. Farmers are offered subsidies to encourage the use of drip irrigation in most countries as a way of conserving precious water.

Subsidies in Punjab, Pakistan:

Punjab provincial government is subsidizing up to 60% of the cost of installing new drip irrigation systems, according to Business Recorder newspaper.  Director General Agriculture (Water Management) Malik Muhammad Akram said that latest irrigation techniques ensure availability of water and fertilizer in time to the plants and it also ensure uniform supply of these two major ingredients to all the plants in a field. It helps attaining more per acre yield with minimum agricultural inputs, he added, according to the paper.

There's at least one example of public-private partnership to promote drip irrigation in Sheikhupura near Lahore. The installation has been carried out by Nestlé Pakistan in collaboration with the Government of Punjab, covering 40% and 60% of the farmer’s cost respectively. The Agricultural Efficiency Project was initiated in the year 2017 and has so far covered 109 acres of land in 2018 with an estimated 280 million liters of water saved, according to a Nestle press release.

Using drip irrigation, farmers can save up to 95% of water and reduce fertilizer use, compared to surface irrigation, according to Malik Mohammad Akram. In flood irrigation – the traditional method of agriculture in the region – a farmer uses 412,000 liters per acre, while using drip irrigation the same land can be irrigated with just 232,000 liters of water, he explained to Zofeen Ibrahim of The Third Pole that covers Asia's water crisis.

Success Stories:

Writing for The Third Pole,  Zofeen Ebrahim has cited a couple of success stories of farmers receiving Punjab government's drip irrigation subsidies: The stories of ex IT Engineer Hasan Abdullah and Infiniti Agro and Livestock Farm.

Hasan Abdulla is has planted an orchard on his 40-acre plot in Cholistan Desert. He has orange, lemon olive trees which are now fruiting three years after planting. He is among the first farmers experimenting with drip irrigation.While Abdullah was saving water, the cost of diesel for running water pump was proving astronomical. It would have been difficult for Abdullah to continue farming with drip irrigation had the government not announced an 80% subsidy on solar power plants for farmers in 2018. He promptly took it up.

Asif Riaz Taj, who manages Infiniti Agro and Livestock Farm in Bahawalpur, heard of Abdulla's drip irrigation project and paid him a visit. He like it and decided to follow the example.  Now in their fourth year, the Infiniti orchards have started fruiting over 70 acres. But it will not be before its sixth year, Taj said, that they will “break even”. The drip irrigation and solar plant was installed at a cost of PKR 25 million (USD 174,000), and the monthly running cost of this farm is almost PKR 4 million (USD 28,000).

Summary:

Pakistan faces a severe water crisis that threatens the nation's long term food security.  The country needs to expand area under cultivation while efficiently managing its precious water resources. It needs to make parts of its deserts bloom. The best way to do it efficient water management through effective drip irrigation. Such projects are expensive to implement. The Punjab government is offering up to 60% subsidy to farmers to encourage wider use of drip irrigation.

Related Links:

Haq's Musings

South Asia Investor Review

Pakistan Water Crisis: Facts and Myths 

Groundwater Depletion in Pakistan

Water Scarce Pakistan

Cycles of Drought and Floods in Pakistan

Pakistan to Build Massive Dams

Dust Bowl in Thar Desert Region

Dasht River in Balochistan

Views: 224

Comment by Riaz Haq on June 2, 2019 at 8:07pm

RAINFALL last year and this monsoon has filled Darawat Dam to a level where water flows could be released for irrigating the command area spread over 25,000 acres.

https://www.dawn.com/news/1350114


Since this command area is not connected with off-taking canal of the dam through watercourses, an ad-hoc arrangement has been made to ensure water supply at least to small farmers to enable them cultivate winter and summer crops. Farmers are using pipes to lift water downstream of the dam.

The dam, a federally funded project, was completed in August 2014 by a Chinese company. Its construction started during the previous government’s tenure in January 2010. It is located some 135 kilometres north-east of Karachi and 70km west of Hyderabad, and is built on Nai Baran, a hill torrent in Jamshoro district.

Spread over 10,500 acres, the dam’s reservoir area upstream lies in Jamshoro district with a storage capacity of 121,600 acre-feet.

At present, 33,000 acre-feet of water is available in the reservoir. The level, which was 50,800 acre-feet in August 2016, has dropped after flows were ensured for cultivation of onion and wheat crops during the last year. Presently, farmers are getting water for cotton and vegetable sowing.

Zahid Sheikh, superintending engineer at the Sindh irrigation department, says a study on the topography of the dam’s command area is under way to assess which kind of high efficiency system — sprinkler or drip — suits this rain-fed area considering the fact how water travels in the hilly terrain.

The irrigation department does not seem to take control of the dam even by early next year as it lacks expertise, officials say

While the Sindh government has to build an irrigation system, the Water and Power Development Authority (Wapda) is also in the process of bidding two pilot projects on 10 acres each to be connected with drip and sprinkler systems on farmers’ land to see results of per-acre productivity.

The dam’s project director, Iqbal Sheikh, says bidding is already under way for this purpose but it is not part of the whole project which stands completed. The pilot projects would be completed in one and a half years and would be monitored by Wapda.

The project is reported have hit by cost overruns, and Wapda is seeking a second revision of its PC-I, a project document which covers almost all aspects of the project.

The first revision of the PC-I was approved at Rs9.3 billion by the federal government after it was conceived at Rs3.175bn in September 2009. PC-I would now be revised at Rs11.67bn by the Executive Committee of National Economic Council.

An amount of Rs6.37 billion has been paid to the dam’s Chinese contractor whose liabilities have now accumulated. Sources say the federal government has earmarked Rs800m for the project under the current fiscal year’s Public Sector Development Programme.

Wapda has set up 73 outlets with a main line canal and three distributaries that can irrigate 25,000 acres on the right and left banks of the canal that has a designed discharge of 156 cubic feet per second (cusecs) and stretches over nearly 46km.

The entire command area is to be connected with watercourses to be built by the irrigation department. Smallholders say that with the current storage they are able to grow wheat and onion since October 2016.

Dasrat Kumar, a farmer of the area, says that presently more than 1,500 acres of land is being cultivated and the farmers’ produce finds its way to Karachi, mostly through the middleman as farmers get payment in advance to buy inputs.

Another elderly farmer, Noor Ahmed, says that the “rate of evaporation and water losses remains very high as our land in this hilly tract remains dry most of the year”.

Comment by Riaz Haq on July 19, 2019 at 6:25pm

Ghosts of the Thar desert: on the climate change frontline in Pakistan
As crops fail and livestock wither and die, tribal communities that have survived for centuries are breaking apart

https://www.ft.com/content/78bb819e-a822-11e9-b6ee-3cdf3174eb89


In the Thar Desert (in Pakistan), communities already face an existential threat: there is nowhere near enough food to go round. Hundreds of thousands of people in Tharparkar, more than half the district’s population, face acute food insecurity, meaning they experience hunger but can go entire days without eating anything. Some 400,000 children under five are acutely malnourished, according to the FAO. More than 500 children died from hunger-related causes last year.

As crops fail, and livestock wither and die, the communal nature of life that has bound people in the Thar Desert together for so long is breaking apart. Villagers can no longer afford to stay on their lands. Ebu says that “most healthy men” have had to migrate to cities or towns where they hope to find work as day-labourers. “When they return,” she says, “they only bring things for their own family.” 

Others complain in similar terms. Bheel calls it a “drought in community”. Perhaps it is this — the sense of togetherness evaporating — that causes most unease. “We are constantly worried,” says Ebu. “We’re in a constant state of anxiety. It’s as if we are drowning.”

As with most slow-motion humanitarian crises, the issue is not that there are no solutions — but that they require political will, finance and attention. For dry-land communities like those of the Thar Desert, technologies such as land terracing, drip irrigation and mulching can save water and preserve soil quality, sustaining the livestock and crops on which people depend. Such steps would mean major financing as well as government and international support. 

The broader need to meet Pakistan’s energy requirements is also not unattainable; billions of dollars of investment are pledged at climate conferences every year. Some of this money could and should be invested in developing countries like Pakistan, enabling them to shift their fossil fuel-powered growth models towards renewable energy alternatives. Overall, it is a massive project and, in relative terms, there is very little time. It’s hard to feel optimistic.

By 2050, Karachi will have a population of 24 million, and experience ‘deadly heatwaves’ of 49C on an annual basis

One evening, Bheel tells me several tales, from legend and personal experience, recalling djinns (ghosts) and deos (spirits) and the alarming feats of the goddess Aver Devi. “My grandmother’s ghost stories were the worst,” he says, “because they seemed so true.” Reality is beginning to attain something of these stories. 

Late one night, with a guide, I visit a village in the desert. The moon and stars are bright enough to reveal our shadows on the sand. In the monochrome light, the landscape resembles a blackish sea. In silence, we come across some abandoned thatched huts; black shapes in the darkness. 

We find other huts. Two figures emerge. A man says his eight brothers and their families have left this village. His is the last family left. It is a ghost village. Soon, because of climate change, places like these will be uninhabited, and the desert wind will be the only sound; a long, drawn-out gasp of what once was. 

Comment by Riaz Haq on July 20, 2019 at 12:50pm

Sindh’s southeastern districts on the coastal belt, Badin, Thatta, Tharparkar and Sujawal will likely to receive heavy rainfall during the rainy spell, according to the weather forecast.


https://arynews.tv/en/met-office-sees-chances-light-rain-drizzle-ka...


Seasonal low lies over western Balochistan. Moderate moist currents from Arabian Sea are penetrating upper and central parts of the country, weather department said.

Widespread rain-thundershower or windstorm with isolated heavy falls is expected today in Hazara, Peshawar, Kohat, Bannu, Rawalpindi, Gujranwala, Sargodha, Lahore divisions, Islamabad and Kashmir, while at isolated places in Malakand, Mardan, D.I.Khan, Zhob, Faisalabad, D.G.Khan, Multan, Sahiwal, Bahawalpur, Kalat, Sukkur and Larkana divisions.

In Khyber Pakhtunkhwa on Wednesday, Balakot received 23 mm rainfall, Cherat 22, Parachinar 05, Malamjabba 01,in Balochistan Barkhan received 17 mm rainfall, Zhob 13, Sibbi 07, Khuzdar 06, in Sindh Jaccobabad received 10 fall, while in Punjab Rahim Yar Khan 07, Rawalpindi 05, Bahawalnager 03, Chakwal 02 and Attock 01 received showers.

Comment by Riaz Haq on July 21, 2019 at 10:34am

#AkiraMiyawaki style forest by @SECMC_Thar
. The #MillionTree project seems to be taking shape with Neem, Kandi, Kekar etc. 80% of the 85,000 plants survived, many already 6 ft tall in just a year! 

Tweet by Zofeen Ebrahim

Comment by Riaz Haq on July 21, 2019 at 10:34am

#Pakistan Agriculture Research Council with #Sindh Engro Coal Mining Company’s (SECMC) Thar Foundation in Tharparkar set to turn barren #Tharparkar #desert #green. It has huge reserves of #groundwater estimated at 80 billion cubic meters. #coal https://tribune.com.pk/story/1905021/1-parc-set-turn-barren-tharpar... 

For the barren desert of Tharparkar, Pakistan Agriculture Research Council (PARC) appears set to embark on an ambitious project of growing cash crops and fruit orchards. The council in this regard entered into an agreement on Wednesday with the Sindh Engro Coal Mining Company’s (SECMC) Thar Foundation in Tharparkar.

Cultivating cash crops and fruit trees, modifying seeds and fodder, reducing salinity and developing multi-directional commercial value chains, that involve livestock, are the objectives. The two partners will also carry out an analysis and undertake pre-emptive remedy against land degradation caused by salinity.


PARC will also station supervisors on-ground who will be available to supervise designated bio-saline projects, which have been initiated by the foundation. The two organisations will also conduct a feasibility study on installing domestic biogas units modelled on the utilisation of animal waste as fuel.

PARC Chairperson Dr Yusuf Zafar said that their supreme objective was to eliminate drought in the region. He said that the council would replicate successful models in Tharparkar which were implemented by the Arid Zone Research Institute in the neighbouring Umerkot district.

Syed Murtaza Azhar Rizvi of Thar Foundation said that the desert was blessed with huge reserves of groundwater, which are estimated at around 80 billion cubic meters. The subsoil water, he added, can be pumped out to make Tharparkar district rich in agriculture.

For the project, the foundation is providing 20 acres of land for the execution of a pilot project. The provision of the required resources including water, seeds and saplings will also be the foundation’s onus.

Comment by Riaz Haq on February 10, 2020 at 2:15pm

Use of greenhouses and other modern cultivation techniques helping increase #fruits and #vegetables production in #Faisalabad, #Pakistan. Use of drip #irrigation saving precious #water. https://tribune.com.pk/story/2060545/1-seeds-change-greenhouse-step...


Innovation is contagious and more so if it contributes to productivity and output. Even while much of Pakistan is far behind in the race for newer and efficient ways to produce fresh fruit and vegetables, a farm in Faisalabad is making significant gains.

A farm owner in Pakistan’s textile hub is trying the latest tricks of the trade to cultivate crops throughout the year.

“We have imported machinery from Turkey to build the state-of-the-art greenhouses in Faisalabad,” said Waseem Afzal.
His sprawling farm sits on 25 acres, and he is willing to experiment with the land. Much of Afzal’s produce ends up selling in his stores in Lahore and other urban locations.

According to the experts, greenhouses provide a controlled environment, which allows vegetables and fruits to grow year-round.

The use of greenhouses and other modern cultivation techniques have helped Afzal increase his produce. He introduced drip irrigation to his farms, among other tweaks to traditional practices.
Relatively inexpensive and easy to install, the drip irrigation system helps maximize plant health due to the reduced moisture levels.

Afzal said drip irrigation helps him save more than 50% water. Listing the benefits of using greenhouses, the farm owner said the crops come out sturdier.
Through the greenhouses, Afzal has successfully been able to cultivate a wide variety of crops. These include wheat, cucumber, zucchini, and tomatoes all year round and against all the weather related challenges.

“Greenhouses are playing a very important role in countries like the Netherlands, Israel, and India,” said Afzal, a strong proponent of new agricultural techniques.

“The future of agriculture in Pakistan is greenhouses,” he added. “Crops are allowed to grow in a controlled environment in such facilities, which limits the chances of damage,” he explained.

According to experts, farmers who experiment with techniques like tunnel farming would also be able to boost their yield. Tunnel farming operates on the principle of creating summer-like conditions during winter. It allows farmers to cultivate these vegetables during winter, making them available throughout the year.

Afzal believes such techniques would prevent the shortage of vegetables and make the country self-sufficient.

Commenting on the use of greenhouses and other cost-effective ways to cultivate, Punjab Agriculture Department Director General Dr Anjum Ali said: “Such techniques allow us to produce vegetables and other crops free from the fear of pesticides.”

“Producing our crops in a controlled environment makes them more desirable in the international market,” he added.

According to Dr Ali, farmers, who employ drip irrigation, and greenhouse techniques, receive subsidies from the government.

Comment by Riaz Haq on March 29, 2020 at 8:50am

Zero-carbon hydro-ram water pumps turn #Pakistan's barren mountains green with apple trees. Pumps feed drip #irrigation system that delivers a steady, gentle flow of water to mountain-top crops, using less water than traditional irrigation #GilgitBaltistan https://reut.rs/2UrCyz3

GOJAL VALLEY, Pakistan (Thomson Reuters Foundation) - Shovel in hand, Naila Shah regularly walks two miles from her home to a newly planted apple orchard, high in the mountains of Khyber village in northern Pakistan.

Only two years ago, it would have been practically impossible to grow apples in this part of Pakistan, 2,500 meters (8,200 feet) up in Gilgit-Baltistan region’s Gojal Valley.

Although the Khunjerab River provides plenty of water to those living in the valleys below, local farmers used to have no efficient way to get it up the mountain-sides.

But the installation of a hydraulic ram (hydro-ram) pump has changed that. It harnesses the pressure of fast-flowing water, such as a river, to drive a share of that water uphill without needing any other power source.

Because the pumps work without electricity or fuel, they are cheap to run and produce no climate-heating carbon emissions.

“Previously, we used to survive on rainwater,” said Shah, a teacher and secretary of a local women’s development group.

“The land used to be barren, as water couldn’t be lifted from the river flowing right next to the area,” she said, digging out weeds from around the bases of young trees.

Low-cost, sustainable irrigation systems like hydro-ram pumps could be key to helping Pakistan’s mountain communities adapt as climate change drives more severe droughts and floods across the country, environmental experts said.

“The government cannot afford larger irrigation systems,” said Haider Raza of green group WWF-Pakistan, which installed the pump in Khyber village two years ago under a project led by the International Centre for Integrated Mountain Development (ICIMOD).

“But these high-efficiency irrigation systems, which aren’t an expensive technology, can be used to improve the livelihoods of local communities,” he told the Thomson Reuters Foundation.

Encouraged by the results, the United Nations Development Programme gave WWF-Pakistan additional funding to install 20 more hydro-ram pumps in 12 villages.


Each pump is connected to a drip irrigation system that delivers a steady, gentle flow of water to mountain-top crops, using less water than many traditional irrigation methods.

The pumps have helped revive about 60 acres (24 hectares) of previously barren land, benefiting nearly 300 households, Raza said.

Their simple design - consisting mainly of pipes and two valves - means few moving parts to maintain or repair.

Upkeep of the pumps, which cost up to 70,000 Pakistani rupees ($430) to build and install, is easy and affordable for communities, who have welcomed the new systems, Raza added.

Seeing the potential for low-cost irrigation to help mountain communities, Pakistan’s government last year approved funding for the Gilgit-Baltistan water management department to install 50 hydro-ram pumps, along with 150 solar-powered pumps.

Those systems should help irrigate 1,050 acres of orchards in nearly a dozen districts, according to Mudassar Maqsood, associate programme coordinator at ICIMOD.

The government’s efforts to bring water to high-altitude communities may also get a boost from nature itself.

Climate experts predict shifting rainfall patterns in Pakistan could in future move the wet season away from its southern and central plains to northern mountain regions.

Muhammad Irfan Tariq, who recently retired from his post as director general of Pakistan’s climate change ministry, said the plains might eventually get less monsoon rain than they do now.

Comment by Riaz Haq on March 29, 2020 at 5:02pm

#Pakistan's silent #olive revolution with increasing area under cultivation. 3m plants producing 1,415 tons of #oil worth Rs 4.416 billion by 2024. Pothwar has 1.2 million olive plants on 11,125 acres. More in #KP, #Balochistan, #GilgitBaltistan & #Kashmir https://www.dawn.com/news/1537650


The sector is rapidly moving the country towards self-reliance by introducing Pakistan’s national brand under the name of ‘PakOlive’ by 2021. The Pakistan Olive Oil Council will be established under the Ministry Of National Food Security and Research to suggest policy measures for the promotion of olive oil in the country. The government will also issue certifications for the marketing and branding of olive oil for the private sector.

“Certification is important as our local olive products can then become competitive in the international market,” said Dr Muhammad Tariq, national project director for the promotion of olive cultivation on a commercial scale in Pakistan. Furthermore, utilising marginal lands will help grow a cottage industry for olive products, he explained.

The project targets plantations of over 50,000 acres in the country by 2022. The available potential area for olive cultivation is about 10 million acres in Punjab, particularly the Pothwar region, Balochistan, Khyber-Pakhtunkhwa and erstwhile Fata, Azad Jammu and Kashmir (AJK) and Gilgit-Baltistan.

Given its potential for growing olive plantations, Pothwar has been termed as an ‘olive valley’ where over 1.2 million olive plants are being grown on an area of 11,125 acres, engaging about 1,300 farmers. More than half the plants will start bearing fruit in 2019-20’s cropping period, producing 5,118 tonnes of olive oil. By 2024, the value of oil olive production will increase to Rs1.727 billion.

In Khyber-Pakhtunkhwa, over a million olive plants are being grown on an area of 9,391 acres engaging 768 farmers. The production of olive oil is estimated to reach the value of Rs1.458bn in 2024.

In Balochistan, over half a million plants are being grown over an area of over 9,391 acres and it is expected that by 2024, the value of oil will be Rs1.160bn.

In Islamabad Capital Territory and AJK, over 50,000 plants are being grown on an area of 455 acres of land engaging 228 farmers. The value of oil by 2024 is expected to be Rs71 million.

Thus, by 2024, the country will have about 3m fruit-bearing olive plants producing roughly 1,415 tonnes of olive oil with an estimated value of Rs4.416bn. The climate change ministry also plans to plant 1m olive plants.

Edible oil is an every-day use food item. Pakistan has been chronically deficient in its production. More than 80 per cent of the domestic requirements are met through imports. Since the early-1970s, its imports have increased at the rate of 12.5pc annually and the trend is worsening.

In 2017 alone, more than $3.2bn was spent on the import of oil, oil meal and oilseeds to meet domestic needs. Pakistan imported 3,000 tonnes of olive oil worth Rs1.241bn during 2017-18.

Dr Tariq explained that utilising marginal lands will help the cottage industry of olive products grow. Thus, livelihoods will be improved through employment generation opportunities created by olive value-chains developed in less-favoured regions of the country.

Olive forests resist drought and help absorb greenhouse gases when the capability of other trees decrease, making them more efficient in taking in carbon dioxide.

They also provide permanent crop cover that not only saves land from erosion and further degradation but also minimises silt load to downstream water reservoirs. Olive orchards require less water, fertilisers, pesticides and fuel energy as compared to other major annual oilseed crops.

Comment by Riaz Haq on May 23, 2020 at 12:26pm

Scientists in Dubai are developing crops like quinoa that can thrive in the salty soils intruding into the world’s crop lands. Winning over enough people to eat them is proving a greater challenge.

At an experimental farm within sight of the world’s tallest skyscraper, researchers at the International Center for Biosaline Agriculture (ICBA) are trying to help farmers in the Middle East and beyond earn a living from unlikely plants known as halophytes. These plants, from trendy quinoa to obscure salicornia, flourish in salty and arid environments where staple crops like wheat or rice would wither.

Concerns about climate change, population growth, and the degradation of fertile farmlands add urgency to the work of ICBA, which runs on a shoestring budget of $15 million a year. The United Nations estimates that food production must increase 60 per cent in thirty years to meet demand, while gains in crop yields are slowing.

https://www.thehindubusinessline.com/economy/agri-business/quinoa-e...

Comment by Riaz Haq on May 23, 2020 at 12:28pm

Dubai scientists grow super crops that thrive in salty deserts
28TH FEBRUARY 2019

BY: , BLOOMBERG

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Scientists in Dubai are developing crops like quinoa that can thrive in the salty soils intruding into the world’s croplands. Winning over enough people to eat them is proving a greater challenge.

At an experimental farm within sight of the world’s tallest skyscraper, researchers at the International Center for Biosaline Agriculture are trying to help farmers in the Middle East and beyond earn a living from unlikely plants known as halophytes. These plants, from trendy quinoa to obscure salicornia, flourish in salty and arid environments where staple crops like wheat or rice would wither.

Concerns about climate change, population growth, and the degradation of fertile farmlands add urgency to the work of ICBA, which runs on a shoestring budget of $15-million a year. The United Nations estimates that food production must increase 60 percent in thirty years to meet demand, while gains in crop yields are slowing.

“You can see the disaster coming. I can’t understand why more people aren’t acting to prevent it,” says Ismahane Elouafi, ICBA’s director general. Governments are reluctant to invest in new foods and remain tethered to staple crops that “are just too demanding on water.”


https://www.engineeringnews.co.za/article/dubai-scientists-grow-sup...

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