Why is the temple pond drying up? What is happening to the water source that used to keep it full? Is it symptomatic of a much larger life-and-death issue of water stress Pakistan faces? Let's explore the answers to these questions.
Groundwater Depletion:
Katas Raj temple pond is a victim of the falling water table due to increasing use of groundwater in Pakistan. Pakistan, India, and the United States are responsible for two-thirds of that outsize groundwater use globally, according to a report by University College London researcher Carole Dalin. Nearly half of this groundwater is used to grow wheat and rice crops for domestic consumption and exports. This puts Pakistan among the world's largest exporters of its rapidly depleting groundwater.
NASA Satellite Maps:
Pakistan Council of Research in Water Resources is working with United States' National Air and Space Administration (NASA) to monitor groundwater resources in the country.
Water Stress Satellite Map Source: NASA |
The US space agency uses Gravity Recovery and Climate Experiment (GRACE) to measure earth's groundwater. GRACE’s pair of identical satellites, launched in 2002, map tiny variations in Earth's gravity. Since water has mass, it affects these measurements. Therefore, GRACE data can help scientists monitor where the water is and how it changes over time, according to NASA.
Aquifer Recharge:
Building large dams is only part of the solution to water stress in Pakistan. The other, more important part, is building structures to trap rain water for recharging aquifers across the country.
Typical Aquifer in Thar Desert |
Pakistan's highly water stressed Punjab province is beginning recognize the need for replacing groundwater. Punjab Government is currently in the process of planning a project to recharge aquifers for groundwater management in the Province by developing the economical and sustainable technology and to recharge aquifer naturally and artificially at the available site across the Punjab. It has allocated Rs. 582.249 million to execute this project over four years.
Punjab Pilot Project:
The Punjab pilot project is intended to recharge groundwater by building flood water ponds in "old Mailsi Canal and supplement it by installing suitable recharging mechanism like recharging well as pilot project. Moreover to develop efficient and sustainable techniques for artificial recharge of Aquifer using surplus rain, flood and surface water and also strengthening the ground water monitoring network in Punjab as well as to identify the different potential feasible sites for artificial recharge."
Summary:
Katas Raj Pond case in Pakistan Supreme Court has brought mass media attention to the nation's existential crisis with its water resource depletion. The country needs to urgently address this looming crisis with a multi-pronged effort. It needs to build large dams and recharge its groundwater reservoirs. At the same time, Pakistan needs to find ways to conserve and more efficiently use the water resources it has. The country needs to particularly focus on efficient farm irrigation and planting of less water intensive varieties of crops because the agriculture sector uses over 90% of all available water.
Related Links:
Haq's Musings
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
Hindus in Pakistan
14 comments:
Its those two extremely large cement factories there who has sucked up all the groundwater in that area.
Taj: "Its those two extremely large cement factories there who has sucked up all the groundwater in that area."
It may well e the cement factories in the local vicinity but the problem of groundwater depletion is much larger in Punjab and the rest of Pakistan. It needs to be taken seriously.
The country needs to urgently address this looming crisis with a multi-pronged effort. It needs to build large dams and recharge its groundwater reservoirs. At the same time, Pakistan needs to find ways to conserve and more efficiently use the water resources it has. The country needs to particularly focus on efficient farm irrigation and planting of less water intensive varieties of crops because the agriculture sector uses over 90% of all available water.
Very timely report. How can this be sent to water authorities and national parties so that a fast and positive action plan starts moving forward immediately.
Haseeb: "How can this be sent to water authorities and national parties so that a fast and positive action plan starts moving forward immediately."
Just hope they read my blog or follow me on social media :-)
Pakistan’s water experts fear for the country’s future
As its population explodes, Pakistan stares at a future where it will be a water scarce country, but currently there is little new thinking in the government on how to tackle the crisis
https://www.thethirdpole.net/2016/06/14/pakistans-water-experts-fear-for-the-countrys-future/
In Pakistan water availability per person annually is just 1,017 cubic meters, dangerously close to 1,000 cubic meters, crossing which would mean the country is water scarce. NASA’s researchers found that of the planet’s 37 largest aquifers studied between 2003 and 2013 the Indus Basin aquifer is the second-most overstressed and was being depleted while receiving little to no recharge. It is also on the World Resource Institute‘s water stress index.
At the same time, we are draining our last resort – the aquifers – faster than we can replenish them. The water table is falling at an alarming rate from one to ten feet per year at the canal command areas and almost all the urban centres. In 1960, there were about 20,000 tubewells; today there are over one million, lamented Muhammad Ashraf, chairman of the PCRWR. Nearly 50-55 MAF is pumped out, while 40-45 MAF is recharged. In the 1960s only about one MAF was pumped out.
The situation is no better at the transboundary level. There is no mention of the groundwater distribution in the 1960 transboundary Indus Waters Treaty. When the water distribution treaty was being negotiated, there was little information about the Indus basin’s aquifers but now more than ever experts want the sharing of groundwater to be included.
“There is little research on the characteristics of aquifers underlying the Indus basin. Unless and until there is reliable and shared information about the aquifers, no sound policy or sharing mechanism can be devised and it would be foolish to think that IWT could be amended without the proper research to support an amendment,” said Alam, who has studied the treaty at length.
Rainwater harvesting in Thar
Mohammad Hussain KhanDecember 04, 2017
https://www.dawn.com/news/1374301
The Sindh Small Dams Organisation of the provincial irrigation department has been building recharge and storage dams across the province. So far, 44 small dams have been completed and 30 are under construction to irrigate around 155,000 acres of land. In all, 70 recharge and four storage dams are to be built by the organisation.
“If a dam in our village [Chanida] is filled like the Ranpur [dam], we can cultivate the onion crop on 200 acres,” Eidal Kumar tells this writer at the dam’s site in Nagarparkar. “Whatever water is currently available [in the Chanida dam] is used by livestock,” he adds.
Recently, the multibillion-rupee Sindh Resilience Project was launched under which three small dams in Nagarparkar and 12 in Kohistan belt are to be built.
The World Bank-funded project aims to mitigate flood and drought risks in selected areas and strengthen Sindh’s capacity to manage natural disasters. The Sindh government would share 20pc cost of the project.
Of the Rs10bn cost, 80pc would be spent on small dams and 10 main river Indus’ dykes which needed refurbishment after recent floods.
The accumulation of rainwater replenishes/recharges groundwater aquifers and then water is lifted through pumps by growers for rearing animals and cultivating crops.
The sandy soil of Thar absorbs water quickly, but water table in groundwater aquifers around such dams gets improved considerably.
“At some sites [of dams], groundwater level is recorded at 20 feet which was 100 feet before it rained in that area,” says Zahid Sheikh, an irrigation officer who was looking after small dams’ construction until recently.
Besides recharge or storage dams, spate irrigation is another technique applied in areas located on the right bank of the Indus river such as Jamshoro, Dadu, Qambar-Shahdadkot and districts like Thatta, Khairpur and Malir.
According to an old study conducted by the National Engineering Services of Pakistan, around 1.4 million acres could be brought under spate irrigation for cropping in Sindh, which has such 33 sites for water conservation of hill torrents. Small farmers of these areas have remained dependent on hill torrents during Kharif crops.
Ashfaq Soomro of Research and Development Foundation said according to their study, improved structures of ponds can serve to reduce seepage and evaporation losses.
Unfortunately, Sindh has not carried out a geographical study to develop comprehensive data set for a planned effective intervention. “Generally, communities in such difficult areas are left to deal with problems on their own,” commented an expert.
Ahmad Zeeshan Bhatti of the Islamabad-based Pakistan Council of Research in Water Resources says a detailed mapping of Tharparkar is needed for determining potential sites to build rainwater harvesting. Since Thar’s soil is sandy, it increases the seepage ratio. Road catchment could be built to accelerate the pace of rainwater’s runoff after a cost analysis.
India has installed solar panels in water bodies to block sunlight that otherwise accelerates the pace of evaporation. The wind velocity could be controlled by raising hedges around dams, he said.
A proposal for mapping entire arid region was submitted to the federal government after hundreds of newborns died in Tharparkar in 2014 owing to malnourishment. The file has been gathering dust since then.
Pakistan Water Policy 2018.
http://mowr.gov.pk/wp-content/uploads/2018/04/Pakistan-WATER-CHARTER.pdf
https://www.waterinfo.net.pk/sites/default/files/knowledge/National%20Water%20Policy%20%28Draft%29.PDF
The looming shortage of water in our beloved country has now
become a grave threat to our food, energy and water security. Today,
Pakistan’s water economy is in acute danger of running dry. Our per
capita availability of water, which was above 5,200 cubic meters at the
time of independence, has now dropped below the minimum threshold of
1,000 cubic meters per head, officially making us a water scarce country.
The prevalent water scarcity is inching towards a full-blown water crisis
and is likely to become an existential threat, unless we act decisively
This extraordinary situation requires extra ordinary measures.
Business-as-usual is simply no longer an option. We need to focus all
our energy and acumen, not only to avert an anthropogenic water crisis
but to mitigate the impacts of climate change, as Pakistan is considered
by experts to be one of the most climate vulnerable countries on the
planet. If the glacial melt which accounts for 40 percent of our river flows
accelerates, we will face heavy flooding in some years and as the snow
cap shrinks, the annual river flows will begin to decline. This, combined
with the more than usual variations in rainfall, can play havoc with the
country’s agriculture sector and threaten its food security system.
Taking cognizance of this grave state of affairs, we deem it
necessary to sign a Charter in the broader interest of the present and
future generations of this country, and have forged a consensus that:
The demand-supply gap of freshwater is broadening on account
of the population explosion, rapid urbanization and sub-optimal
use of this precious resource in all sectors;
sustainable consumption and production patterns need to be
adopted by law as a water intensive foot-print is no longer an
option;
since there is no additional water available to inject in the Indus
River System, a holistic and aggressive management regime for
the judicious use of available resources is mandatory;
being a single basin country lying in a Monsoon region,
Pakistan needs to build a number of reservoirs so as to
conserve some of annual surplus flows that escape into the sea
Page 3 of 4
keeping in view the effects of sea water intrusion, importance of
conserving aquatic ecosystem and to act as a shield against
water related disasters and climate change;
conservation and scientific management of water is as
important as augmentation; It is unacceptable and ironic that a
substantial portion of the water diverted to canals is lost in the
conveyance system;
contamination of water has taken its toll on public health and
80% diseases are water borne, responsible for billions of
rupees in lost productivity and medical and social costs.
With the commitment and intent to achieve water security for our people,
we hereby pledge that;
1. Top most priority will be given to water sector and development
spending will be increased significantly with judicious
distribution among all sub sectors including disaster
management and WASH
2. Inter provincial coordination will be fostered to implement
transformational infrastructure development in an equitable and
amicable and harmonious manner
3. Transfer of political power from one regime to the other does
not affect water sector development in any way and that
approved projects shall continue as per agreed time and cost
stipulations
4. Water resources planning and development will be entrusted to
high level qualified professionals.
We firmly resolve that dedicated efforts will be made and all
resources will be utilized to avert the water crisis and mitigate
Page 4 of 4
the anticipated impact of climate change on water security. We
believe that sincere efforts made today will translate into a
water secure future for the coming generations of Pakistan, and
we pledge to leave no stone unturned in this endeavor.
Pakistan: Focus on water crisis
REPORT from IRIN Published on 29 Jan 2002
https://reliefweb.int/report/pakistan/pakistan-focus-water-crisis
The problem is not only that too much water is not good for the crop but that the water thus wasted is in short supply. Water availability per person in Pakistan today is 1,000 cubic metres, down from 5,600 cubic metres per person in 1947, the year that the country gained independence from Britain. There were about 35 million people in Pakistan in 1947. Today there are nearly 140 million, but water availability has remained the same.
"I need water for properly irrigating my fields before tilling the soil for sowing wheat seeds," 35 year-old Ahmed told IRIN in a field in the North West Frontier Province (NWFP) town of Mardan. "The more water I give to the soil, the better it will be," he said. Unless the fallacy of this outdated custom is exposed without delay, the adverse effects resulting from it could cost Pakistan dear.
This widespread practice among the farming community is already ringing alarm bells for water experts in Pakistan, still affected by the effects of a three-year drought.
"When Pakistan was created, our water resources were the same as they are today - about 138 million acre feet [the volume of water that would cover an area of one acre to the depth of one foot]," Muhammad Akram Kahlown, chairman of Pakistan Council of Research in Water Resources, told IRIN in the Pakistani capital, Islamabad.
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One solution is the development of reservoirs. At least six new dams are planned to be built over the next 20 years. However, in the short term, the situation of the country's two largest reservoirs is far from satisfactory.
"On the average, we have inflows of 146 million acre feet of water in normal years, but for the last three years it is a drought-like situation. Last year, our shortage of water was 25 to 30 percent. During this Rabi [winter crop season] it is about 50 percent short," Riaz Ahmed Khan, chairman of the Federal Flood Commission of Pakistan, told IRIN.
"In normal years we use about 35 million acres of water during Rabi, but this year only 18 million is available," he said. Part of the problem was the shortage of water in the Mangla and Tarbela dams, he explained.
Mangla Dam's capacity to store water is 1,202 ft, and the dead level is 1,040 ft - the level reached after which water is not withdrawn to avert the silting up of the power tunnels. Tarbela's maximum level is 1,560 ft, and the dead level is 1,369 ft. Both the dams are short of water, and if rains are not timely, disaster could befall the country's irrigation network.
Experts say Pakistan's vast irrigation network - comprising three main reservoirs, 19 dams, 43 main canals and a conveyance length of 57,000 km - is ageing and highly inefficient.
Riaz Ahmed Khan said Pakistan pumps 106 million acre feet of water into the canals. Almost 36 million acre feet are lost to seepage, which in turn causes waterlogging, rendering the land uncultivable.
Pakistani officials say that with financial assistance from the World Bank and other multilateral sources the government is working on a drainage project to address this problem within the next few years.
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Kahlown said 45 million acre feet of water are added to the irrigation system from the ground water available in the country. But during the last three years massive pumping out of ground water had taken place.
"If there are no rains soon, we will be in bad shape. In the past, a tube well which used to work for four hours, now pumps water out 20 hours a day," he said, adding that this practice was unsustainable.
"Of the 565,000 total tube wells in Pakistan, nearly 70 percent are now pumping hard water or saline water, because sweet water has been exhausted. If the drought persists for a year or so, it will mean that there will be more pressure on these tube wells," he said.
Mr Gandapur, the former chairman of the Irsa, wrote letters to the president and prime minister in which he said: “The IWT ceases to function as Tarbela and Mangla reservoirs have lost 6.6MAF of replacement storage due to silting.” – File Photo
ISLAMABAD: With Pakistan increasingly becoming water deficient, Indus River System Authority (Irsa) has drawn up plans for creating capacity to store an additional 20 million acre feet (MAF) of water on ‘war footing’ to keep the economy floating.
https://www.dawn.com/news/629891
The Irsa finalised recommendations in this regard with input from all its members after a former chairman of the authority, Fatehullah Khan Gandapur, set off alarm bells by declaring that Indus Water Treaty (IWT) of 1960 was almost dead because of excessive losses in storage capacity.
Mr Gandapur wrote letters to the president and prime minister in which he said: “The IWT ceases to function as Tarbela and Mangla reservoirs have lost 6.6MAF of replacement storage due to silting.”
He criticised the team of bureaucrats currently engaged in negotiating the country’s water rights with India and said the officials were simply incapable of handling “an issue of national survival”.
“Blatant violations of the treaty by India by building dozens of low and high dams on all the six rivers and tributaries has exceeded the allowable storage limit of 4.19MAF fixed in the treaty,” he said. So far, the dams have created 10MAF of dead storage and 25-30MAF of live storage, depriving Pakistan of its water rights for Rabi and Kharif crops.
More high dams are under construction.
Sources told Dawn that on the directives of the president and prime minister, the government’s adviser on water and the Irsa members had a marathon briefing session with the former Irsa chairman early this week and finalised recommendations for creation of additional storage capacity. The recommendations would be submitted to the prime minister for approval.
The report on the recommendations says the situation will become worse in the next couple of years. That’s why it is imperative that an additional capacity of 20MAF be created on war footing to protect the agricultural economy.
The Irsa also warned the government about the proposed construction of around a dozen dams by Afghanistan on Kabul river and suggested that talks be initiated immediately with the Afghans for finalising an agreement to protect Pakistan’s water rights.
The Irsa seconded Mr Gandapur’s proposal for construction of the 37MAF Katzarah Dam near Skardu because it was non-controversial and could enhance the expected life of the downstream dams and barrages, including Tarbela and Diamer-Bhasha.
The authority was also in agreement with Mr Gandapur’s suggestion that the multipurpose 8.5MAF Guroh Dop dam on river Panjkora near Chitral should be built for storing every year about 7-8MAF of water that ultimately falls into Kabul river.
This would stop water from Panjkora from going into Afghan territory. It said a water treaty with Afghanistan was important because Panjkora or Chitral river contributed more than 50 per cent of the Kabul flows.
#Pakistan’s #water shortage is a myth. Pakistan is world's biggest exporter of #groundwater in form of global #food trade. #watercrisis http://www.eco-business.com/opinion/pakistans-water-shortage-is-a-myth/ … via @ecobusinesscom
The country’s water scarcity is socially constructed, and large farmers engaged in agricultural exports are the culprits and the beneficiaries of it.
I recently came across some real news about Pakistan which merits sharing, and commenting. According to a July, 2017 article by Carole Dalin at University College, London and fellow authors, in Nature, the world’s top journal for scientific knowledge, Pakistan is the largest exporter of depleted groundwater embedded in agricultural exports in the world. We account for 29 per cent of the global trade in agricultural products grown from over abstraction of groundwater, ahead of the United States (27 per cent) and India (12 per cent). So we are number one in something, should we be happy and proud that we even beat the United States, let alone India? Or is there a cause for concern?
The research presented by Dalinet al. is predicated upon the concept of virtual water coined by my esteemed colleague, Professor Tony Allan, at King’s College, London. The concept is simply that all agricultural, or for that matter any industrial products require a certain amount of water to produce, which is embedded in those products as virtual water. For example, it takes about 22,000 litres of water to produce one kilogram of beef, 1,350 litres for one kilogram of wheat, 3,000 litres for a kilogram of rice, 140 litres for a cup of coffee etc. As a water researcher, I have my reservations about the concept and its use, which are beside the point. One has to concede that it is an amazing teaching devise for drawing attention to the impact on water resources, for producing goods and services, particularly agricultural products that make our life styles possible.
So what does it mean that Pakistan is the largest exporter of depleted groundwater as virtual water through its agricultural exports? In Pakistan, up to 80 per cent of the water required by crops to grow comes from groundwater, and not from surface water, as is commonly believed. In fresh groundwater zones, most of the water is in fact, surface water that seeps through canals into groundwater, that is pumped back up to the surface for agriculture. Groundwater extraction rates in Pakistan are much beyond the natural recharge rates, at which the groundwater is replenished
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Is there an absolute scarcity of water in Pakistan? How can the largest exporter of virtual water protest water scarcity? The answer simply is that there is no absolute water scarcity. It is socially constructed, and large farmers engaged in agricultural exports are the culprits and the beneficiaries of it. There are only three types of water storage: glaciers, surface (dams) and groundwater. We have one of the largest reserves of groundwater in the world, and we misuse it for the benefit of commercial interests. The Chinese when they prioritise agricultural investments under the Chinese Pakistan Economic Corridor (CPEC) are not looking for land. They have plenty of it. They want our water. We would do well to remember that in this season of hollering about conspiracies and attacks on democracy.
A century of groundwater accumulation in Pakistan and northwest India
https://www.nature.com/articles/s41561-022-00926-1
The groundwater systems of northwest India and central Pakistan are among the most heavily exploited in the world. However, recent, and well-documented, groundwater depletion has not been historically contextualized. Here, using a long-term observation-well dataset, we present a regional analysis of post-monsoon groundwater levels from 1900 to 2010. We show that human activity in the early twentieth century increased groundwater availability before large-scale exploitation began in the late twentieth century. Net groundwater accumulation in the twentieth century, calculated in areas with sufficient data, was at least 420 km3 at ~3.6 cm yr–1. The development of the region’s vast irrigation canal network, which increased groundwater recharge, played a defining role in twentieth-century groundwater accumulation. Between 1970 and 2000, groundwater levels stabilized because of the contrasting effects of above-average rainfall and the onset of tubewell development for irrigation. Due to a combination of low rainfall and increased tubewell development, approximately 70 km3 of groundwater was lost at ~2.8 cm yr–1 in the first decade of the twenty-first century. Our results demonstrate how human and climatic drivers have combined to drive historical groundwater trends.
The groundwater system underneath Pakistan’s flowing rivers in the Indus plains has at least 400 million acre feet (MAF) of pristine water. This storage is so large that it is equivalent to more than three years of the mean annual flow of the Indus (or 1,000 days of storage, after excluding polluted areas). This should now be seriously considered in the mainstream planning of Pakistan’s water resources.
https://www.thethirdpole.net/en/climate/pakistans-riverine-aquifers-may-save-its-future/
More than a thousand years ago, Alberuni wrote, “India has once been a sea which by degrees has been filled up by the alluvium of the streams.” This view was later endorsed in the late 19th century by Austrian geologist Eduard Suess, who named the sea ‘Tethys Ocean’. Mike Searle, in his 2013 book Colliding Continents explains that the Himalayas resulted from collision of the Indian plate with the Eurasian plate 50 million years ago.
The Indus river and its Sutlej tributary both existed prior to this collision and drained into the Tethys Ocean. The collision gradually closed the sea and the remnants of the Tethys were filled by the material of eroding mountains deposited by the flowing rivers.
The Indus rivers have carried huge silt loads for millions of years, depositing them in the plains all the way to the delta. In their 1988 book, Irrigated Agriculture of Pakistan, Nazir Ahmad and Ghulam Rasul Chaudhry explained that high sediment loads in the Indus river system have created nearly 200,000 square kilometres of flatlands. These flatlands, to a considerable depth, are made up of unconsolidated and granular formations, capable of holding large volumes of water. “This reservoir of water is so vast, it ranks among the natural wonders of the world,” the authors write as they describe the groundwater resources of the Indus basin.
Aloys Arthur Michel, in his 1967 book, The Indus Rivers, describes these alluvial deposits as unconsolidated material, deeper than one mile, forming a large homogeneous groundwater reservoir with a capacity “at least ten times the annual runoff of the Indus rivers”.
This begs the question, that if we knew about this groundwater storage potential for decades, why has it never been discussed in the mainstream planning for sustainable exploitation to benefit the inhabitants of the Indus basin?
The reasons could have been many. The military dictatorship in place at the time of the signing of the Indus Water Treaty set a future discourse on the harnessing of surface waters only; a drift into debt economy and the lure of easy dollars in mega infrastructure projects for water; interest groups pushing large dams in the 1950s and 60s – an era when the whole world was going on a binge of building large dams; a lack of capacity at home to scrutinise proposals being advised by foreign ‘experts’ with vested interests; the obvious advantages of the visibility of big structures which can be loudly publicised in political arenas and so on. The result was that Pakistan chose the path of building mega-dams, river diversions and gravity-based flood irrigation systems. In doing so, we severely deteriorated our aquifers through waterlogging, salinity, unmanaged abstractions and indiscriminate pollution.
But that was the past. Is it possible to pursue a different path now?
Water quality
First, given the fact that this vast aquifer sits on top of a filled-up sea, its deeper formations are naturally saline. In the northern parts of the alluvial plains, the aquifer may hold sweet water up to a depth of a thousand feet or so, but as one moves south, the depth of sweet water gradually reduces.
SenatorSherryRehman
@sherryrehman
Good news for Pakistan! Our Recharge Pakistan project, which will be implemented over the next 7 years, has been approved today for funding of 77.8 M USD. These include GCF resources of 66 M USD and co-financing of around USD 11.8 M. This adaptation project aims to initiate ecosystem-based adaptation (EBA) interventions that will store flood water in wetlands, floodplains and depressions (green infrastructure) at several priority sites, build community resilience at these sites, and enable the Government of Pakistan, including all lead provinces and stakeholders to implement & replicate such nature-based solutions for climate resilience.
https://twitter.com/sherryrehman/status/1678625444176822275?s=20
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Funding of $77.8 million has been approved for Recharge Pakistan, a project that aims to build the country’s climate resilience and water security, Federal Minister for Climate Change Sherry Rehman announced on Tuesday.
https://www.brecorder.com/news/40252003/778mn-funding-secured-for-recharge-pakistan-project-sherry-rehman
“Good news for Pakistan! Our Recharge Pakistan project, which will be implemented over the next seven years, has been approved today for funding of $77.8mn,” said Rehman in a post on Twitter.
The minister highlighted that the funding includes $66 million from Green Climate Fund (GCF) resources and co-financing of around $11.8 million.
GCF was established in 2010 by 194 countries party to the UN Framework Convention on Climate Change. It is designed as an operating entity of the Convention’s financial mechanism and is headquartered in South Korea.
“This adaptation project aims to initiate ecosystem-based adaptation interventions that will store flood water in wetlands, floodplains and depressions (green infrastructure) at several priority sites,” said Rehman.
Recharge Pakistan is a joint collaboration by GCF, World Wildlife Fund (WWF) and the Government of Pakistan. As per information available on the WWF website, the project aims to build Pakistan’s climate resilience and water security through cost-effective ecosystem-based adaptation.
“The project will increase water storage and recharge through wetlands, floodplains, and hill-torrents management; promote climate-adapted community-based natural resource management and livelihoods; and forge a paradigm shift to scale up this approach,” read the website.
Last week, Rehman during a high-level meeting with a delegation led by Sultan Ahmed Al Jaber, President-designate of COP28 and UAE’s Minister of Industry and Advanced Technology, said a “critical gap” in resources for adaptation and mitigation has been identified by multilateral agencies -amounting to $348 billion or 10.7% of cumulative GDP by 2030.
Despite this, Pakistan is committed to a green energy transition, whereby it will transfer 60% of its energy needs to renewables by 2030 and reduce its projected emissions by 50% until 2030, Rehman said.
Pakistan is actively involved in transitioning the country towards the renewable energy sector and is seeking partnerships in the alternative and renewable energy sector, the minister added.
Recharge Pakistan Project receives $77.8 million funding boost from the Green Climate Fund, United States Agency for International Development, The Coca-Cola Foundation and World Wildlife Fund | Press Releases | WWF
https://www.worldwildlife.org/press-releases/recharge-pakistan-project-receives-77-8-million-funding-boost-from-the-green-climate-fund-united-states-agency-for-international-development-the-coca-cola-foundation-and-world-wildlife-fund
The new 7-year project brings together a broad set of funders to help reduce the vulnerability of people and ecosystems in Pakistan to the impacts of climate change following the devastating floods of the past year—which submerged one-third of the country and displaced millions. In addition to the GCF funding, the project is supported through a further $12 million investment and technical support from, collectively, The Coca-Cola Foundation, The U.S. Agency for International Development (USAID), and WWF-Pakistan.
The project represents a deep commitment to addressing climate impacts in vulnerable communities and will transform the country’s approach to flood and water resource management in local watershed sites in the Indus Basin river system. Further, by taking a nature-based approach to the problem, it will create benefits to communities beyond climate resilience.
“Recent years have brought an unprecedented series of climate disasters that touched every corner of the globe. The 2022 floods in Pakistan were among the most searing and severe. Our hearts go out to all who lost friends and loved ones,” said Carter Roberts, President and CEO of WWF-US. “The funding announced by the GCF alongside the commitments from The Coca-Cola Foundation and USAID marks a decisive step towards addressing the challenges faced by communities experiencing climate impacts first and worst. And while no intervention can fully protect against future climate disasters, the nature-based solutions funded through this investment will help local communities in Pakistan restore what was lost and build resilience to help withstand our shared climate future. WWF thanks the Government of Pakistan and looks forward to working with them and partners to implement this important initiative.”
Recharge Pakistan is a collaboration among: Pakistan’s Ministry of Climate Change (MoCC); the Federal Flood Commission (FFC) under the Ministry of Water Resources; local communities in DI Khan, the Ramak Watershed, and Manchar Lake; GCF; USAID; The Coca-Cola Foundation; and World Wildlife Fund (WWF). The program encompasses three vital components: demonstrating the effectiveness of ecosystem-based adaptation and green infrastructure, promoting its adoption via an improved enabling environment, and enhancing community resilience in Pakistan's Indus Basin. This will be achieved through:
Restoration and reforestation of 14,215 hectares of forests and wetlands
Rehabilitation 34 km of water flow paths and channels
Development of 127 recharge basins and retention areas
Strengthening the climate resilience of 7 local businesses in the agriculture and forests sectors
Together, project interventions will directly benefit more than 680,000 people and indirectly benefit more than 7 million people.
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