Features
Raising of the Kotmale dam – misconceptions and facts
By Asoka Herath
BSc (Geology Hons); MSc (Engineering Geology), CEng.
Over the past few months, there has been considerable interests among not only geoscientists and engineers but also ordinary people in the potential risks faced by two of the major hydropower projects constructed in the central highlands, namely the Victoria and Kotmale projects. These projects have come into the limelight owing to some minor seismic tremors felt in the Victoria area, together with the recent announcement of the intention to raise the Kotmale dam. Alarm bells are ringing that seismic activity may jeopardize the integrity of the Victoria dam and the raising of Kotmale may result in dam failure. Should these dams fail, they will be the biggest manmade disasters our country has ever faced. This risk has prompted suggestions from the people higher up that we should seek advice from foreign experts.
Various opinions from the leading geoscientists of the country, regarding the causes and effects of this unusual activity were aired through the media recently. Some have attributed the seismic tremors to limestone quarrying in the Victoria reservoir area, some as the result of neo-tectonic movements of the central highlands, yet some others said they are reservoir-induced earthquakes. Those who are interested in the fundamentals of such activity may find the presentation in this link useful (https://www.youtube.com/watch?v=7huzvuU9TEI).
The intention of this article is to provide an insight into the geotechnical issues that influence the Kotmale Project, the risks, and to address some misconceptions people may have regarding the project. I take the liberty of writing on these issues as a person who has an in-depth knowledge of the Project by working from the site investigation phase through to construction completion, the later years as the Senior Engineering Geologist, leading the project geoscientist team.
The Project
Kotmale was meant to be the main upstream storage reservoir under the Mahaweli development scheme launched in the 1960s. It will regulate the Mahaweli waters, while providing a substantial energy component. The capacity of the reservoir will be more than doubled by the proposed raising of the dam, approximately by 30 m. The project was inaugurated in 1979 and funded by Sweden. Sir William Halcrow and Partners of UK (Halcrow) with Central Engineering Consultancy Bureau of Sri Lanka (CECB) was the design engineer and Skanska of Sweden was the contractor.
Geology of the Project Area
To understand the project risks, it is essential to understand the geology and structure of the project area. The area is underlain by Pre-Cambrian age metamorphic rocks comprising predominantly of two rock types, charnokite (gneiss) and crystalline limestone (dolomite or marble) with minor quartzites. The limestone is sandwiched between layers of charnokite gneiss.
The rock units are folded into a gentle anticlinorium (an arch like structure-convex shape) which has a slight plunge downstream. The axis of the anticline trends northwest and falls on the right abutment in the dam area. As such the dam foundation rocks have a slight inclination (15°-25°) downstream and into the abutments.
Charnokite is a very strong resistant rock, which does not breakdown easily while limestone deteriorates and erodes more easily. The initial site investigation drilling in the Kotmale valley found limestone thickness varied from 20 m to 130 m within the project area.
The limestone consists mainly of calcium carbonate (CaCO3) and partly magnesian carbonate (MgCO3). Carbonates dissolves in acidic water (acid rain) and forms solution cavities. These cavities have the potential to create leaks from the reservoirs.
Formation of the Kotmale Valley
The Kotmale valley is an amphitheatre-like valley reshaped by the erosional activity of the Kotmale Oya for millennia. It is approximately 5 km wide at the widest point, is surrounded by high rock cliffs up to 300 m high on both flanks, which converge at the Kadadora village; the site of the dam construction. The valley forming process was a combination of differential weathering and erosion of the underlying limestone unit, resulting in the collapse of overlying more resistant rock units. The basal slopes of the cliffs consist of accumulated debris of rocks and soil derived from the cliffs (termed as scree or talus). Historically these talus slopes were in perpetual slow motion (creep) towards the river. They were subjected to numerous landslides, typically during or after heavy rain events. Generally, the Kotmale valley was infamous for landslide activity.
History of Kotmale Project investigations
The location of the dam site had been selected for the seemingly favourable topography formed by the converging valley flanks. One of the first jobs assigned to me when I joined the CECB in 1978 as a young engineering geologist, was to map four exploratory tunnels driven into the abutments of the proposed dam and report the rock conditions. Our evaluation indicated the left abutment had very poor rock conditions not suitable for a dam foundation.
In 1979, to evaluate the landslide risk to the project, Halcrow carried out a landslide survey of the project area. This survey was done due to the frequent landslide activity in the Kothmale area, and its similarities to the Vajont Dam disaster that occurred in Italy in 1963, which wiped out several downstream towns resulting about 2500 deaths.
This study identified the left abutment as a settled block (subsided en mass); limestone solution the likely cause. It strongly recommended to move the damsite downstream and monitor the impressive cliffs on the left flank of the valley for potential movements.
Evaluation by a panel of experts
As these findings were major issues impacting the viability of the Project, the Mahaweli Authority of Sri Lanka as the owner of the project, in early 1980 engaged a panel of foreign experts who were the leaders in the fields of rock and soil mechanics, to evaluate the potential issues and provide recommendations. This panel endorsed the relocation of the damsite.
Subsequently, the dam axis was moved approximately 200 m downstream from the original location.
Nature and distribution of the limestone
At the new location, the limestone was at a much greater depth below the dam foundation compared to the original site as shown in Figure 1. Even so, solution cavities were observed in the contact zone and within the limestone itself identified by drilling and close circuit television (CCTV) inspections carried out in the drillholes. Our best estimate indicated small cavities, however a drillhole represents only a small area, therefore the existence of larger cavities could not be ruled out.
Leakage through cavernous limestone is widespread from the reservoirs built in our hill country. The Samanalawewa Project is the best example where significant leakage had been occurring through a cavernous limestone under the right abutment since the impoundment, which could not be sealed.
Continuity of the Kotmale limestone
Investigations were carried out to establish the continuity of the Kotmale limestone to downstream areas in view of potential leakage which were inconclusive. The recent geological map for the Kandy-Nuwara-Eliya districts (GSMB), I am convinced that the Kotmale limestone continues to Gampola-Atabage Valley and further to the Victoria Reservoir as a major rock unit. The limestone quarrying in the Victoria Reservoir area occurs in the same unit, which caused the recent furore about seismic events allegedly caused by blasting. Whilst I do not believe there is (or will be) significant leakage from Kotmale Reservoir, future raising of the dam may enhance leakage if it exists which needs evaluation.
Water tightness of the dam foundation
To eliminate the risk of water leakage through the limestone under the dam foundation, it was extensively grouted from a grouting gallery constructed below the dam level (see Figure 1). Generally, the grout intakes were low. Nevertheless, few holes required significant amounts of grout before they could be sealed. Subsequent water pressure testing indicated the limestone unit was properly sealed and the foundation was watertight.
Monitoring of the cliffs and other landslides
During the initial impoundment, the cliffs were inspected by walkover surveys and by periodic monitoring with geodetic surveying. Movements of any significance, precursor of an impending major failure were not recorded during the early years after construction.
Reservoir Induced Seismicity (RIS)
One important consideration in the construction of large reservoirs is the potential for reservoir induced seismicity (RIS). RIS is the incidence of earthquakes triggered due to the impoundment of water behind a dam. A simplistic explanation is that reservoirs trigger earth tremors due to the load of water which could activate otherwise dormant faults, the energy released causing earth tremors.
Halcrow decided to investigate the risk of movement of some major structures present in the Kotmale reservoir area upon impoundment, which could potentially induce seismic events. Consequently, a micro-seismic monitoring network (MSMN) consisting of four monitoring stations was established around Kotmale project in 1981. The monitoring program was managed by the CECB and continued until the early 90s.
Published data (Fernando & Kulasinghe 1985) show that the maximum event recorded at Kotmale during the first two and half years of monitoring, was an event of 2.25 magnitude (Richter Scale), located far away from the project area. The monitoring led to the conclusion that the potential for RIS at Kotmale was extremely low or non-existent. However, in view of the recent seismic events recorded around Victoria, it will be prudent to revisit the monitoring records from the Kotmale network, presumably archived by the CECB.
Potential risks from future raising
The Kotmale project infrastructure, were designed and constructed for future raising. Theraised dam simply achieves the original vision of the project, as the main upstream storage reservoir and increases power output.
In my opinion the geotechnical risks arising from the raising of the Kotmale dam are as follows:
= The raised water level in the reservoir will fully inundate the scree slopes and reach the base of the left bank cliffs with potential to create major landslides. Cliff monitoring should be re-established using modern methods such as satellite based synthetic aperture radar interferometry (inSAR).
= There is potential for leakage through the limestone with raised water levels. All evidence suggests the limestone under the dam was properly sealed. Leakage from the reservoir flanks cannot be prevented, which is not a fatal flaw to the project. Requirement for abutment sealing should be revisited.
= It will be useful to re-establish the monitoring program of stream gauging in the Gampola-Atabage valley to investigate if any leakage will occur from Kotmale to Atabage valley. This should be initiated before the dam raising.
= All evidence points to reservoir induced seismicity is a non-issue for Kotmale Project.
Finally, I strongly advocate the raising of the dam for the following reasons:
= The original project infrastructure was developed with the intention of future raising.
= There are potential risks but not fatal flaws to the viability of the Project. These risks can be mitigated.
= People were evacuated from their ancestral lands going under the reservoir and if the project is not completed as originally intended, then this relocation of people was without merit and a grave injustice to them.
= The country unnecessarily lost approximately 30 MW of power for more than 35 years.
The potential risks with the raising of the Kotmale dam discussed here need to be evaluated, and if the need arise, they should be mitigated and managed using local expertise. In my opinion, what Sri Lanka lacks is good project managers vital in successful implementation of projects of such enormous national importance. In hindsight, the Kotmale reservoir should have been built to the full capacity at the first instance.
(The author currently works as a Principal Geotechnical Engineer with AMC Consultants Pty Ltd, Perth, Australia, and can be contacted at hma1904@gmail.com).
Features
Meet the women protecting India’s snow leopards
In one of India’s coldest and most remote regions, a group of women have taken on an unlikely role: protecting one of Asia’s most elusive predators, the snow leopard.
Snow leopards are found in just 12 countries across Central and South Asia. India is home to one of the world’s largest populations, with a nationwide survey in 2023 – the first comprehensive count ever carried out in the country – estimating more than 700 animals, .
One of the places they roam is around Kibber village in Himachal Pradesh state’s Spiti Valley, a stark, high-altitude cold desert along the Himalayan belt. Here, snow leopards are often called the “ghosts of the mountains”, slipping silently across rocky slopes and rarely revealing themselves.
For generations, the animals were seen largely as a threat, for attacking livestock. But attitudes in Kibber and neighbouring villages are beginning to shift, as people increasingly recognise the snow leopard’s role as a top predator in the food chain and its importance in maintaining the region’s fragile mountain ecosystem.
Nearly a dozen local women are now working alongside the Himachal Pradesh forest department and conservationists to track and protect the species, playing a growing role in conservation efforts.
Locally, the snow leopard is known as Shen and the women call their group “Shenmo”. Trained to install and monitor camera traps, they handle devices fitted with unique IDs and memory cards that automatically photograph snow leopards as they pass.
“Earlier, men used to go and install the cameras and we kept wondering why couldn’t we do it too,” says Lobzang Yangchen, a local coordinator working with a small group supported by the non-profit Nature Conservation Foundation (NCF) in collaboration with the forest department.
Yangchen was among the women who helped collect data for Himachal Pradesh’s snow leopard survey in 2024, which found that the state was home to 83 snow leopards – up from 51 in 2021.

The survey documented snow leopards and 43 other species using camera traps spread across an area of nearly 26,000sq km (10,000sq miles). Individual leopards were identified by the unique rosette patterns on their fur, a standard technique used for spotted big cats. The findings are now feeding into wider conservation and habitat-management plans.
“Their contribution was critical to identifying individual animals,” says Goldy Chhabra, deputy conservator of forests with the Spiti Wildlife Division.
Collecting the data is demanding work. Most of it takes place in winter, when heavy snowfall pushes snow leopards and their prey to lower altitudes, making their routes easier to track.
On survey days, the women wake up early, finish household chores and gather at a base camp before travelling by vehicle as far as the terrain allows. From there, they trek several kilometres to reach camera sites, often at altitudes above 14,000ft (4,300m), where the thin air makes even simple movement exhausting.
The BBC accompanied the group on one such trek in December. After hours of walking in biting cold, the women suddenly stopped on a narrow trail.
Yangchen points to pugmarks in the dust: “This shows the snow leopard has been here recently. These pugmarks are fresh.”

Along with pugmarks, the team looks for other signs, including scrapes and scent‑marking spots, before carefully fixing a camera to a rock along the trail.
One woman then carries out a “walk test”, crawling along the path to check whether the camera’s height and angle will capture a clear image.
The group then moves on to older sites, retrieving memory cards and replacing batteries installed weeks earlier.
By mid-afternoon, they return to camp to log and analyse the images using specialised software – tools many had never encountered before.
“I studied only until grade five,” says Chhering Lanzom. “At first, I was scared to use the computer. But slowly, we learned how to use the keyboard and mouse.”
The women joined the camera-trapping programme in 2023. Initially, conservation was not their motivation. But winters in the Spiti Valley are long and quiet, with little agricultural work to fall back on.
“At first, this work on snow leopards didn’t interest us,” Lobzang says. “We joined because we were curious and we could earn a small income.”
The women earn between 500 ($5.46; £4) and 700 rupees a day.
But beyond the money, the work has helped transform how the community views the animal.

“Earlier, we thought the snow leopard was our enemy,” says Dolma Zangmo, a local resident. “Now we think their conservation is important.”
Alongside survey work, the women help villagers access government insurance schemes for their livestock and promote the use of predator‑proof corrals – stone or mesh enclosures that protect animals at night.
Their efforts come at a time of growing recognition for the region. Spiti Valley has recently been included in the Cold Desert Biosphere Reserve, a Unesco-recognised network aimed at conserving fragile ecosystems while supporting local livelihoods.
As climate change reshapes the fragile trans-Himalayan landscape, conservationists say such community participation will be crucial to safeguarding species like the snow leopard.
“Once communities are involved, conservation becomes more sustainable,” says Deepshikha Sharma, programme manager with NCF’s High Altitudes initiative.
“These women are not just assisting, they are becoming practitioners of wildlife conservation and monitoring,” she adds.
As for the women, their work makes them feel closer to their home, the village and the mountains that raised them, they say.
“We were born here, this is all we know,” Lobzang says. “Sometimes we feel afraid because these snow leopards are after all predatory animals, but this is where we belong.”
[BBC]
Features
Freedom for giants: What Udawalawe really tells about human–elephant conflict
If elephants are truly to be given “freedom” in Udawalawe, the solution is not simply to open gates or redraw park boundaries. The map itself tells the real story — a story of shrinking habitats, broken corridors, and more than a decade of silent but relentless ecological destruction.
“Look at Udawalawe today and compare it with satellite maps from ten years ago,” says Sameera Weerathunga, one of Sri Lanka’s most consistent and vocal elephant conservation activists. “You don’t need complicated science. You can literally see what we have done to them.”
What we commonly describe as the human–elephant conflict (HEC) is, in reality, a land-use conflict driven by development policies that ignore ecological realities. Elephants are not invading villages; villages, farms, highways and megaprojects have steadily invaded elephant landscapes.
Udawalawe: From Landscape to Island
Udawalawe National Park was once part of a vast ecological network connecting the southern dry zone to the central highlands and eastern forests. Elephants moved freely between Udawalawe, Lunugamvehera, Bundala, Gal Oya and even parts of the Walawe river basin, following seasonal water and food availability.
Today, Udawalawe appears on the map as a shrinking green island surrounded by human settlements, monoculture plantations, reservoirs, electric fences and asphalt.
“For elephants, Udawalawe is like a prison surrounded by invisible walls,” Sameera explains. “We expect animals that evolved to roam hundreds of square nationakilometres to survive inside a box created by humans.”
Elephants are ecosystem engineers. They shape forests by dispersing seeds, opening pathways, and regulating vegetation. Their survival depends on movement — not containment. But in Udawalawa, movement is precisely what has been taken away.
Over the past decade, ancient elephant corridors have been blocked or erased by:
Irrigation and agricultural expansion
Tourism resorts and safari infrastructure
New roads, highways and power lines
Human settlements inside former forest reserves
“The destruction didn’t happen overnight,” Sameera says. “It happened project by project, fence by fence, without anyone looking at the cumulative impact.”
The Illusion of Protection
Sri Lanka prides itself on its protected area network. Yet most national parks function as ecological islands rather than connected systems.
“We think declaring land as a ‘national park’ is enough,” Sameera argues. “But protection without connectivity is just slow extinction.”
Udawalawe currently holds far more elephants than it can sustainably support. The result is habitat degradation inside the park, increased competition for resources, and escalating conflict along the boundaries.
“When elephants cannot move naturally, they turn to crops, tanks and villages,” Sameera says. “And then we blame the elephant for being a problem.”
The Other Side of the Map: Wanni and Hambantota
Sameera often points to the irony visible on the very same map. While elephants are squeezed into overcrowded parks in the south, large landscapes remain in the Wanni, parts of Hambantota and the eastern dry zone where elephant density is naturally lower and ecological space still exists.
“We keep talking about Udawalawe as if it’s the only place elephants exist,” he says. “But the real question is why we are not restoring and reconnecting landscapes elsewhere.”
The Hambantota MER (Managed Elephant Reserve), for instance, was originally designed as a landscape-level solution. The idea was not to trap elephants inside fences, but to manage land use so that people and elephants could coexist through zoning, seasonal access, and corridor protection.
“But what happened?” Sameera asks. “Instead of managing land, we managed elephants. We translocated them, fenced them, chased them, tranquilised them. And the conflict only got worse.”
The Failure of Translocation
For decades, Sri Lanka relied heavily on elephant translocation as a conflict management tool. Hundreds of elephants were captured from conflict zones and released into national parks like Udawalawa, Yala and Wilpattu.
The logic was simple: remove the elephant, remove the problem.
The reality was tragic.
“Most translocated elephants try to return home,” Sameera explains. “They walk hundreds of kilometres, crossing highways, railway lines and villages. Many die from exhaustion, accidents or gunshots. Others become even more aggressive.”
Scientific studies now confirm what conservationists warned from the beginning: translocation increases stress, mortality, and conflict. Displaced elephants often lose social structures, familiar landscapes, and access to traditional water sources.
“You cannot solve a spatial problem with a transport solution,” Sameera says bluntly.
In many cases, the same elephant is captured and moved multiple times — a process that only deepens trauma and behavioural change.
Freedom Is Not About Removing Fences
The popular slogan “give elephants freedom” has become emotionally powerful but scientifically misleading. Elephants do not need symbolic freedom; they need functional landscapes.
Real solutions lie in:
Restoring elephant corridors
Preventing development in key migratory routes
Creating buffer zones with elephant-friendly crops
Community-based land-use planning
Landscape-level conservation instead of park-based thinking
“We must stop treating national parks like wildlife prisons and villages like war zones,” Sameera insists. “The real battlefield is land policy.”
Electric fences, for instance, are often promoted as a solution. But fences merely shift conflict from one village to another.
“A fence does not create peace,” Sameera says. “It just moves the problem down the line.”
A Crisis Created by Humans
Sri Lanka loses more than 400 elephants and nearly 100 humans every year due to HEC — one of the highest rates globally.
Yet Sameera refuses to call it a wildlife problem.
“This is a human-created crisis,” he says. “Elephants are only responding to what we’ve done to their world.”
From expressways cutting through forests to solar farms replacing scrublands, development continues without ecological memory or long-term planning.
“We plan five-year political cycles,” Sameera notes. “Elephants plan in centuries.”
The tragedy is not just ecological. It is moral.
“We are destroying a species that is central to our culture, religion, tourism and identity,” Sameera says. “And then we act surprised when they fight back.”
The Question We Avoid Asking
If Udawalawe is overcrowded, if Yala is saturated, if Wilpattu is bursting — then the real question is not where to put elephants.
The real question is: Where have we left space for wildness in Sri Lanka?
Sameera believes the future lies not in more fences or more parks, but in reimagining land itself.
“Conservation cannot survive as an island inside a development ocean,” he says. “Either we redesign Sri Lanka to include elephants, or one day we’ll only see them in logos, statues and children’s books.”
And the map will show nothing but empty green patches — places where giants once walked, and humans chose. roads instead.
By Ifham Nizam
Features
Challenges faced by the media in South Asia in fostering regionalism
SAARC or the South Asian Association for Regional Cooperation has been declared ‘dead’ by some sections in South Asia and the idea seems to be catching on. Over the years the evidence seems to have been building that this is so, but a matter that requires thorough probing is whether the media in South Asia, given the vital part it could play in fostering regional amity, has had a role too in bringing about SAARC’s apparent demise.
That South Asian governments have had a hand in the ‘SAARC debacle’ is plain to see. For example, it is beyond doubt that the India-Pakistan rivalry has invariably got in the way, particularly over the past 15 years or thereabouts, of the Indian and Pakistani governments sitting at the negotiating table and in a spirit of reconciliation resolving the vexatious issues growing out of the SAARC exercise. The inaction had a paralyzing effect on the organization.
Unfortunately the rest of South Asian governments too have not seen it to be in the collective interest of the region to explore ways of jump-starting the SAARC process and sustaining it. That is, a lack of statesmanship on the part of the SAARC Eight is clearly in evidence. Narrow national interests have been allowed to hijack and derail the cooperative process that ought to be at the heart of the SAARC initiative.
However, a dimension that has hitherto gone comparatively unaddressed is the largely negative role sections of the media in the SAARC region could play in debilitating regional cooperation and amity. We had some thought-provoking ‘takes’ on this question recently from Roman Gautam, the editor of ‘Himal Southasian’.
Gautam was delivering the third of talks on February 2nd in the RCSS Strategic Dialogue Series under the aegis of the Regional Centre for Strategic Studies, Colombo, at the latter’s conference hall. The forum was ably presided over by RCSS Executive Director and Ambassador (Retd.) Ravinatha Aryasinha who, among other things, ensured lively participation on the part of the attendees at the Q&A which followed the main presentation. The talk was titled, ‘Where does the media stand in connecting (or dividing) Southasia?’.
Gautam singled out those sections of the Indian media that are tamely subservient to Indian governments, including those that are professedly independent, for the glaring lack of, among other things, regionalism or collective amity within South Asia. These sections of the media, it was pointed out, pander easily to the narratives framed by the Indian centre on developments in the region and fall easy prey, as it were, to the nationalist forces that are supportive of the latter. Consequently, divisive forces within the region receive a boost which is hugely detrimental to regional cooperation.
Two cases in point, Gautam pointed out, were the recent political upheavals in Nepal and Bangladesh. In each of these cases stray opinions favorable to India voiced by a few participants in the relevant protests were clung on to by sections of the Indian media covering these trouble spots. In the case of Nepal, to consider one example, a young protester’s single comment to the effect that Nepal too needed a firm leader like Indian Prime Minister Narendra Modi was seized upon by the Indian media and fed to audiences at home in a sensational, exaggerated fashion. No effort was made by the Indian media to canvass more opinions on this matter or to extensively research the issue.
In the case of Bangladesh, widely held rumours that the Hindus in the country were being hunted and killed, pogrom fashion, and that the crisis was all about this was propagated by the relevant sections of the Indian media. This was a clear pandering to religious extremist sentiment in India. Once again, essentially hearsay stories were given prominence with hardly any effort at understanding what the crisis was really all about. There is no doubt that anti-Muslim sentiment in India would have been further fueled.
Gautam was of the view that, in the main, it is fear of victimization of the relevant sections of the media by the Indian centre and anxiety over financial reprisals and like punitive measures by the latter that prompted the media to frame their narratives in these terms. It is important to keep in mind these ‘structures’ within which the Indian media works, we were told. The issue in other words, is a question of the media completely subjugating themselves to the ruling powers.
Basically, the need for financial survival on the part of the Indian media, it was pointed out, prompted it to subscribe to the prejudices and partialities of the Indian centre. A failure to abide by the official line could spell financial ruin for the media.
A principal question that occurred to this columnist was whether the ‘Indian media’ referred to by Gautam referred to the totality of the Indian media or whether he had in mind some divisive, chauvinistic and narrow-based elements within it. If the latter is the case it would not be fair to generalize one’s comments to cover the entirety of the Indian media. Nevertheless, it is a matter for further research.
However, an overall point made by the speaker that as a result of the above referred to negative media practices South Asian regionalism has suffered badly needs to be taken. Certainly, as matters stand currently, there is a very real information gap about South Asian realities among South Asian publics and harmful media practices account considerably for such ignorance which gets in the way of South Asian cooperation and amity.
Moreover, divisive, chauvinistic media are widespread and active in South Asia. Sri Lanka has a fair share of this species of media and the latter are not doing the country any good, leave alone the region. All in all, the democratic spirit has gone well into decline all over the region.
The above is a huge problem that needs to be managed reflectively by democratic rulers and their allied publics in South Asia and the region’s more enlightened media could play a constructive role in taking up this challenge. The latter need to take the initiative to come together and deliberate on the questions at hand. To succeed in such efforts they do not need the backing of governments. What is of paramount importance is the vision and grit to go the extra mile.
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