Features
Climate change: Looming threats to irrigated agriculture in SL
by Eng. Thushara Dissanayake
Sri Lanka boasts a legacy of massive ancient irrigation systems built by kings in the dry zone in ancient times. Parakramabhu the Great is believed to have said, “Let not even a drop of rain water go to the sea without benefiting man.” His words may have inspired the professionals in the water sector to develop the irrigated agriculture of the country further, harnessing high rainfall. Total annual renewable surface water resources in Sri Lanka is about 52 billion cubic meters (BCM), while total average annual rainfall is about 112 BCM.
Since the construction of the Senanayake Samudra in the 1950s as the largest reservoir in Sri Lanka, organizations in the water sector have completed many new reservoir projects of large capacities. Lunugamwehera, Weheragala, Deduru Oya, Kalugal Oya and Yan Oya are some of the recent achievements aimed at promoting irrigated agriculture.
The total storage capacity of major and medium irrigation reservoirs in Sri Lanka is about 3.4 BCM. In addition, major reservoirs constructed under the Accelerated Mahaweli Development Project are considered to be multipurpose as the main objective is the generation of hydro-electricity. Nevertheless, the contribution of the Mahaweli reservoirs to irrigated agriculture of the country is indispensable. With the newly constructed Moragahakanda-Kaluganga reservoirs, the total Mahaweli reservoir capacity stands at around 3.2 BCM. In addition, the total number of minor tanks in the country are estimated to be over 10,000, though the total water storage capacity is not accurately known.
Reliability of these reservoirs dependent on rainfall
Irrigated agriculture is the largest user of raw water in Sri Lanka. The country receives almost a constant volume of rainfall annually. But, this does not mean that we have no water issues. Generally, reservoir designs are based on past rainfall characteristics of the areas where they are located. Hence, they depend not only on annually expected rainfall volume but also the temporal pattern of rainfall. They will have the desired storage levels to cater to the demand only if they receive expected rainfall at the right time in the right quantity. In addition, it is important to ensure that the water withdrawal rates remain within the envisaged limits during the reservoir design. When rainfall becomes more variable within season and over time, reliability of reservoirs will decrease.
Climate change impacts reservoir operations
As explained above if a reservoir does not receive expected rainfall in right quantity in right time it will more or less fail to serve the water demand sites up to the expectation. On the contrary, if it gets rainfall more than expected during a operation cycle the additional amount of water may spill out of the reservoir and find its way to the the sea unless there are any other storage reservoirs downstream to receive it.
The climate change has caused rainfall to behave erratically. Technically speaking what we experience today is a temporal variation accompanied with fluctuation in intensities. Climate change experts predict that Sri Lanka will experience longer dry spells frequently in the future. During such dry spells, often unforeseen, our reservoirs would be incapable of supplying the irrigation water demands continuously throughout the cultivation season.
The global warming or the increase in atmospheric temperature is the root cause of climate change. Hence, the other major impact of climate change is an increase in evapotranspiration. As a consequence, water requirement of the agricultural crops goes up demanding more water from reservoirs. In the meantime, water losses from the reservoirs themselves by way of evaporation will also go up. These scenarios will create more water stresses on irrigated agriculture in future.
When the conditions are not favourable for agriculture there will be a sharp decrease in people engaged in agriculture abandoning their lands. Hence, this crisis should not be understood merely as a water crisis as it has the potential to have ramifications in other social and economic spheres. Therefore, the decrease in agricultural production will lead to higher selling prices, which neither the government nor the consumer is happy about.
Possible interventions to
resolve the issue
We are not in a position to control a natural phenomenon like rainfall nor to predict the pattern of climate change and its impacts in future accurately. Hence, only option available with us is improving our water management strategies and practices. The construction of storage reservoirs wherever possible will only be a part of the solution. However, we have utilized or identified almost all possible locations for reservoir construction by, now and most of the remaining places have high social and environmental implications.
Under these circumstances some alternatives that may be use to the stakeholders concerned are discussed below. It should be acknowledged that some of these concepts are already in practice but in an ad hoc manner. What is needed is to implement them with clear goals and monitor and assess the outcomes after implementation.
Irrigation system modernization
We are not in a position to control a natural phenomenon like rainfall. Besides, we are not able to predict the pattern of climate change and its impacts in the future accurately. Hence, only option available to us is improving our water management strategies and practices.
At present the actual water requirement for producing 1kg of paddy is around 2,500 – 3,500 litres while the crop requirement is about 1,400 litres. This higher requirement is mainly due to the water losses during conveyance and application. Our overall irrigation water use efficiencies are assumed to be just 40 per cent, though no adequate research has been done on this at the field level to calculate it accurately systemwise.
Currently, many countries are working on irrigation modernization (IM) to ensure sustainable irrigated agriculture. The Food and Agriculture Organization (FAO) defines IM as “a process of technical and managerial upgrading (as opposed to mere rehabilitation) of irrigation schemes combined with institutional reforms, with the objective to improve resource utilization (labour, water, economic, environmental) and water delivery service to farms”. Simply speaking, IM consists of a set of interventions to improve water management and level of on-farm services to farmers, which eventually leads to improved crop production and resilience to climate change under the present context. It includes both engineering and management interventions.
These interventions for better water management are mainly as follows:
1. Upgrading of water conveyance systems so that evaporation and infiltration losses can be minimised. Deficient canals are replaced with concrete lined canals and underground pipes
2. Process improvement in water allocation to farmers with modern techniques like supervisory control and data acquisition (SCADA), that intervenes in the process without changing the rules of the water management
3. Pragmatic desilting of reservoirs to regain their original capacities where applicable
4. Improvement of agricultural roads and access roads in farming areas to facilitate easy operations and management
5. Capacity building of farmers
Watershed conservation
All the irrigation systems are not reservoir-based. There are large number of anicut-based minor irrigation systems. They depend water diverted from rivers or streams. The success of these systems depends on the water availability of rivers and streams.
During rain, a considerable portion of water infiltrates into the ground, and rivers and streams are fed gradually by this groundwater making them perennial. For this mechanism, forests in the river basins play a major role by delaying rain water runoff, which in turn helps ground water recharge. Yet, the issue is diminishing forest cover in our watersheds. This rate of forest cover reduction will adversely affect ground water infiltration and eventually result in dried up rivers and streams. Further, agriculture depending on ground water will face water stresses. Hence, importance of watershed conservation goes without saying.
Farmers’ responsibilities and the role of the extension services
Sri Lankan farmers are supplied with irrigation water free. This does not mean that water does not involve any costs. Even though the relevant authorities could intervene to minimise conveyance water losses of the systems, the control of water application is mainly in farmers’ hands. Therefore, they also have a big role to play in minimising water application losses.
Traditional water application methods should be replaced with best water saving methods. The method known as alternative wetting and drying (AWD), introduced a long time ago, is a water management technique practised in paddy cultivation that need much less water than the usual practice of keeping standing water in the paddy field and proven to give higher yields. In areas where water stress is frequent crops that require less water should be grown with appropriate cultivation methods. If there is an evident shift in rainy season, crop cultivation periods can be adjusted to allow earlier or later planting so that both coincide, in order to reduce irrigation water use.
Where most of the farmers are concerned, dominant factor in the crop selection process seems to be market price and not giving enough attention to crop water requirements. In some cases, it is the farmers’ status quo that matters. Hence, relevant authorities should carefully focus on these issues when they render their extension services to the farmer community. In this respect, better inter-agency cooperation and communication and active participation are essential. No need to mention how the modern technology can be used by the authorities for creating an effective work environment.
Final remarks
The focus of this article has been on looming threats to our irrigated agriculture and discuss few proactive measures briefly and the increasing demand for food due to increasing population has not been factored in. Implementing aforesaid proactive measures need the dedicated action of many players including politicians, public sector organisations and the farmer community. Failure to take prompt action will result in additional stress in food production in the future and that in turn will affect the economy of the country as more and more food items will have to be imported.
(The writer is a chartered Civil Engineer. This article is based on his personal views and does not reflect those of the organisations where he holds positions.)
Features
Rebuilding Sri Lanka Through Inclusive Governance
In the immediate aftermath of Cyclone Ditwah, the government has moved swiftly to establish a Presidential Task Force for Rebuilding Sri Lanka with a core committee to assess requirements, set priorities, allocate resources and raise and disburse funds. Public reaction, however, has focused on the committee’s problematic composition. All eleven committee members are men, and all non-government seats are held by business personalities with no known expertise in complex national development projects, disaster management and addressing the needs of vulnerable populations. They belong to the top echelon of Sri Lanka’s private sector which has been making extraordinary profits. The government has been urged by civil society groups to reconsider the role and purpose of this task force and reconstitute it to be more representative of the country and its multiple needs.
The group of high-powered businessmen initially appointed might greatly help mobilise funds from corporates and international donors, but this group may be ill equipped to determine priorities and oversee disbursement and spending. It would be necessary to separate fundraising, fund oversight and spending prioritisation, given the different capabilities and considerations required for each. International experience in post disaster recovery shows that inclusive and representative structures are more likely to produce outcomes that are equitable, efficient and publicly accepted. Civil society, for instance, brings knowledge rooted in communities, experience in working with vulnerable groups and a capacity to question assumptions that may otherwise go unchallenged.
A positive and important development is that the government has been responsive to these criticisms and has invited at least one civil society representative to join the Rebuilding Sri Lanka committee. This decision deserves to be taken seriously and responded to positively by civil society which needs to call for more representation rather than a single representative. Such a demand would reflect an understanding that rebuilding after a national disaster cannot be undertaken by the state and the business community alone. The inclusion of civil society will strengthen transparency and public confidence, particularly at a moment when trust in institutions remains fragile. While one appointment does not in itself ensure inclusive governance, it opens the door to a more participatory approach that needs to be expanded and institutionalised.
Costly Exclusions
Going down the road of history, the absence of inclusion in government policymaking has cost the country dearly. The exclusion of others, not of one’s own community or political party, started at the very dawn of Independence in 1948. The Father of the Nation, D S Senanayake, led his government to exclude the Malaiyaha Tamil community by depriving them of their citizenship rights. Eight years later, in 1956, the Oxford educated S W R D Bandaranaike effectively excluded the Tamil speaking people from the government by making Sinhala the sole official language. These early decisions normalised exclusion as a tool of governance rather than accommodation and paved the way for seven decades of political conflict and three decades of internal war.
Exclusion has also taken place virulently on a political party basis. Both of Sri Lanka’s post Independence constitutions were decided on by the government alone. The opposition political parties voted against the new constitutions of 1972 and 1977 because they had been excluded from participating in their design. The proposals they had made were not accepted. The basic law of the country was never forged by consensus. This legacy continues to shape adversarial politics and institutional fragility. The exclusion of other communities and political parties from decision making has led to frequent reversals of government policy. Whether in education or economic regulation or foreign policy, what one government has done the successor government has undone.
Sri Lanka’s poor performance in securing the foreign investment necessary for rapid economic growth can be attributed to this factor in the main. Policy instability is not simply an economic problem but a political one rooted in narrow ownership of power. In 2022, when the people went on to the streets to protest against the government and caused it to fall, they demanded system change in which their primary focus was corruption, which had reached very high levels both literally and figuratively. The focus on corruption, as being done by the government at present, has two beneficial impacts for the government. The first is that it ensures that a minimum of resources will be wasted so that the maximum may be used for the people’s welfare.
Second Benefit
The second benefit is that by focusing on the crime of corruption, the government can disable many leaders in the opposition. The more opposition leaders who are behind bars on charges of corruption, the less competition the government faces. Yet these gains do not substitute for the deeper requirement of inclusive governance. The present government seems to have identified corruption as the problem it will emphasise. However, reducing or eliminating corruption by itself is not going to lead to rapid economic development. Corruption is not the sole reason for the absence of economic growth. The most important factor in rapid economic growth is to have government policies that are not reversed every time a new government comes to power.
For Sri Lanka to make the transition to self-sustaining and rapid economic development, it is necessary that the economic policies followed today are not reversed tomorrow. The best way to ensure continuity of policy is to be inclusive in governance. Instead of excluding those in the opposition, the mainstream opposition in particular needs to be included. In terms of system change, the government has scored high with regard to corruption. There is a general feeling that corruption in the country is much reduced compared to the past. However, with regard to inclusion the government needs to demonstrate more commitment. This was evident in the initial choice of cabinet ministers, who were nearly all men from the majority ethnic community. Important committees it formed, including the Presidential Task Force for a Clean Sri Lanka and the Rebuilding Sri Lanka Task Force, also failed at first to reflect the diversity of the country.
In a multi ethnic and multi religious society like Sri Lanka, inclusivity is not merely symbolic. It is essential for addressing diverse perspectives and fostering mutual understanding. It is important to have members of the Tamil, Muslim and other minority communities, and women who are 52 percent of the population, appointed to important decision making bodies, especially those tasked with national recovery. Without such representation, the risk is that the very communities most affected by the crisis will remain unheard, and old grievances will be reproduced in new forms. The invitation extended to civil society to participate in the Rebuilding Sri Lanka Task Force is an important beginning. Whether it becomes a turning point will depend on whether the government chooses to make inclusion a principle of governance rather than treat it as a show of concession made under pressure.
by Jehan Perera
Features
Reservoir operation and flooding
Former Director General of Irrigation, G.T. Dharmasena, in an article, titled “Revival of Innovative systems for reservoir operation and flood forecasting” in The Island of 17 December, 2025, starts out by stating:
“Most reservoirs in Sri Lanka are agriculture and hydropower dominated. Reservoir operators are often unwilling to acknowledge the flood detention capability of major reservoirs during the onset of monsoons. Deviating from the traditional priority for food production and hydropower development, it is time to reorient the operational approach of major reservoirs operators under extreme events, where flood control becomes a vital function. While admitting that total elimination of flood impacts is not technically feasible, the impacts can be reduced by efficient operation of reservoirs and effective early warning systems”.
Addressing the question often raised by the public as to “Why is flooding more prominent downstream of reservoirs compared to the period before they were built,” Mr. Dharmasena cites the following instances: “For instance, why do (sic) Magama in Tissamaharama face floods threats after the construction of the massive Kirindi Oya reservoir? Similarly, why does Ambalantota flood after the construction of Udawalawe Reservoir? Furthermore, why is Molkawa, in the Kalutara District area, getting flooded so often after the construction of Kukule reservoir”?
“These situations exist in several other river basins, too. Engineers must, therefore, be mindful of the need to strictly control the operation of the reservoir gates by their field staff. (Since) “The actual field situation can sometimes deviate significantly from the theoretical technology… it is necessary to examine whether gate operators are strictly adhering to the operational guidelines, as gate operation currently relies too much on the discretion of the operator at the site”.
COMMENT
For Mr. Dharmasena to bring to the attention of the public that “gate operation currently relies too much on the discretion of the operator at the site”, is being disingenuous, after accepting flooding as a way of life for ALL major reservoirs for decades and not doing much about it. As far as the public is concerned, their expectation is that the Institution responsible for Reservoir Management should, not only develop the necessary guidelines to address flooding but also ensure that they are strictly administered by those responsible, without leaving it to the arbitrary discretion of field staff. This exercise should be reviewed annually after each monsoon, if lives are to be saved and livelihoods are to be sustained.
IMPACT of GATE OPERATION on FLOODING
According to Mr. Dhamasena, “Major reservoir spillways are designed for very high return periods… If the spillway gates are opened fully when reservoir is at full capacity, this can produce an artificial flood of a very large magnitude… Therefore, reservoir operators must be mindful in this regard to avoid any artificial flood creation” (Ibid). Continuing, he states: “In reality reservoir spillways are often designed for the sole safety of the reservoir structure, often compromising the safety of the downstream population. This design concept was promoted by foreign agencies in recent times to safeguard their investment for dams. Consequently, the discharge capacities of these spill gates significantly exceed the natural carrying capacity of river(s) downstream” (Ibid).
COMMENT
The design concept where priority is given to the “sole safety of the structure” that causes the discharge capacity of spill gates to “significantly exceed” the carrying capacity of the river is not limited to foreign agencies. Such concepts are also adopted by local designers as well, judging from the fact that flooding is accepted as an inevitable feature of reservoirs. Since design concepts in their current form lack concern for serious destructive consequences downstream and, therefore, unacceptable, it is imperative that the Government mandates that current design criteria are revisited as a critical part of the restoration programme.
CONNECTIVITY BETWEEN GATE OPENINGS and SAFETY MEASURES
It is only after the devastation of historic proportions left behind by Cyclone Ditwah that the Public is aware that major reservoirs are designed with spill gate openings to protect the safety of the structure without factoring in the consequences downstream, such as the safety of the population is an unacceptable proposition. The Institution or Institutions associated with the design have a responsibility not only to inform but also work together with Institutions such as Disaster Management and any others responsible for the consequences downstream, so that they could prepare for what is to follow.
Without working in isolation and without limiting it only to, informing related Institutions, the need is for Institutions that design reservoirs to work as a team with Forecasting and Disaster Management and develop operational frameworks that should be institutionalised and approved by the Cabinet of Ministers. The need is to recognize that without connectivity between spill gate openings and safety measures downstream, catastrophes downstream are bound to recur.
Therefore, the mandate for dam designers and those responsible for disaster management and forecasting should be for them to jointly establish guidelines relating to what safety measures are to be adopted for varying degrees of spill gate openings. For instance, the carrying capacity of the river should relate with a specific openinig of the spill gate. Another specific opening is required when the population should be compelled to move to high ground. The process should continue until the spill gate opening is such that it warrants the population to be evacuated. This relationship could also be established by relating the spill gate openings to the width of the river downstream.
The measures recommended above should be backed up by the judicious use of the land within the flood plain of reservoirs for “DRY DAMS” with sufficient capacity to intercept part of the spill gate discharge from which excess water could be released within the carrying capacity of the river. By relating the capacity of the DRY DAM to the spill gate opening, a degree of safety could be established. However, since the practice of demarcating flood plains is not taken seriously by the Institution concerned, the Government should introduce a Bill that such demarcations are made mandatory as part of State Land in the design and operation of reservoirs. Adopting such a practice would not only contribute significantly to control flooding, but also save lives by not permitting settlement but permitting agricultural activities only within these zones. Furthermore, the creation of an intermediate zone to contain excess flood waters would not tax the safety measures to the extent it would in the absence of such a safety net.
CONCLUSION
Perhaps, the towns of Kotmale and Gampola suffered severe flooding and loss of life because the opening of spill gates to release the unprecedented volumes of water from Cyclone Ditwah, was warranted by the need to ensure the safety of Kotmale and Upper Kotmale Dams.
This and other similar disasters bring into focus the connectivity that exists between forecasting, operation of spill gates, flooding and disaster management. Therefore, it is imperative that the government introduce the much-needed legislative and executive measures to ensure that the agencies associated with these disciplines develop a common operational framework to mitigate flooding and its destructive consequences. A critical feature of such a framework should be the demarcation of the flood plain, and decree that land within the flood plain is a zone set aside for DRY DAMS, planted with trees and free of human settlements, other than for agricultural purposes. In addition, the mandate of such a framework should establish for each river basin the relationship between the degree to which spill gates are opened with levels of flooding and appropriate safety measures.
The government should insist that associated Agencies identify and conduct a pilot project to ascertain the efficacy of the recommendations cited above and if need be, modify it accordingly, so that downstream physical features that are unique to each river basin are taken into account and made an integral feature of reservoir design. Even if such restrictions downstream limit the capacities to store spill gate discharges, it has to be appreciated that providing such facilities within the flood plain to any degree would mitigate the destructive consequences of the flooding.
By Neville Ladduwahetty
Features
Listening to the Language of Shells
The ocean rarely raises its voice. Instead, it leaves behind signs — subtle, intricate and enduring — for those willing to observe closely. Along Sri Lanka’s shores, these signs often appear in the form of seashells: spiralled, ridged, polished by waves, carrying within them the quiet history of marine life. For Marine Naturalist Dr. Malik Fernando, these shells are not souvenirs of the sea but storytellers, bearing witness to ecological change, resilience and loss.
“Seashells are among the most eloquent narrators of the ocean’s condition,” Dr. Fernando told The Island. “They are biological archives. If you know how to read them, they reveal the story of our seas, past and present.”
A long-standing marine conservationist and a member of the Marine Subcommittee of the Wildlife & Nature Protection Society (WNPS), Dr. Fernando has dedicated much of his life to understanding and protecting Sri Lanka’s marine ecosystems. While charismatic megafauna often dominate conservation discourse, he has consistently drawn attention to less celebrated but equally vital marine organisms — particularly molluscs, whose shells are integral to coastal and reef ecosystems.
“Shells are often admired for their beauty, but rarely for their function,” he said. “They are homes, shields and structural components of marine habitats. When shell-bearing organisms decline, it destabilises entire food webs.”
Sri Lanka’s geographical identity as an island nation, Dr. Fernando says, is paradoxically underrepresented in national conservation priorities. “We speak passionately about forests and wildlife on land, but our relationship with the ocean remains largely extractive,” he noted. “We fish, mine sand, build along the coast and pollute, yet fail to pause and ask how much the sea can endure.”
Through his work with the WNPS Marine Subcommittee, Dr. Fernando has been at the forefront of advocating for science-led marine policy and integrated coastal management. He stressed that fragmented governance and weak enforcement continue to undermine marine protection efforts. “The ocean does not recognise administrative boundaries,” he said. “But unfortunately, our policies often do.”
He believes that one of the greatest challenges facing marine conservation in Sri Lanka is invisibility. “What happens underwater is out of sight, and therefore out of mind,” he said. “Coral bleaching, mollusc depletion, habitat destruction — these crises unfold silently. By the time the impacts reach the shore, it is often too late.”
Seashells, in this context, become messengers. Changes in shell thickness, size and abundance, Dr. Fernando explained, can signal shifts in ocean chemistry, rising temperatures and increasing acidity — all linked to climate change. “Ocean acidification weakens shells,” he said. “It is a chemical reality with biological consequences. When shells grow thinner, organisms become more vulnerable, and ecosystems less stable.”
Climate change, he warned, is no longer a distant threat but an active force reshaping Sri Lanka’s marine environment. “We are already witnessing altered breeding cycles, migration patterns and species distribution,” he said. “Marine life is responding rapidly. The question is whether humans will respond wisely.”
Despite the gravity of these challenges, Dr. Fernando remains an advocate of hope rooted in knowledge. He believes public awareness and education are essential to reversing marine degradation. “You cannot expect people to protect what they do not understand,” he said. “Marine literacy must begin early — in schools, communities and through public storytelling.”
It is this belief that has driven his involvement in initiatives that use visual narratives to communicate marine science to broader audiences. According to Dr. Fernando, imagery, art and heritage-based storytelling can evoke emotional connections that data alone cannot. “A well-composed image of a shell can inspire curiosity,” he said. “Curiosity leads to respect, and respect to protection.”
Shells, he added, also hold cultural and historical significance in Sri Lanka, having been used for ornamentation, ritual objects and trade for centuries. “They connect nature and culture,” he said. “By celebrating shells, we are also honouring coastal communities whose lives have long been intertwined with the sea.”
However, Dr. Fernando cautioned against romanticising the ocean without acknowledging responsibility. “Celebration must go hand in hand with conservation,” he said. “Otherwise, we risk turning heritage into exploitation.”
He was particularly critical of unregulated shell collection and commercialisation. “What seems harmless — picking up shells — can have cumulative impacts,” he said. “When multiplied across thousands of visitors, it becomes extraction.”
As Sri Lanka continues to promote coastal tourism, Dr. Fernando emphasised the need for sustainability frameworks that prioritise ecosystem health. “Tourism must not come at the cost of the very environments it depends on,” he said. “Marine conservation is not anti-development; it is pro-future.”

Dr. Malik Fernando
Reflecting on his decades-long engagement with the sea, Dr. Fernando described marine conservation as both a scientific pursuit and a moral obligation. “The ocean has given us food, livelihoods, climate regulation and beauty,” he said. “Protecting it is not an act of charity; it is an act of responsibility.”
He called for stronger collaboration between scientists, policymakers, civil society and the private sector. “No single entity can safeguard the ocean alone,” he said. “Conservation requires collective stewardship.”
Yet, amid concern, Dr. Fernando expressed cautious optimism. “Sri Lanka still has immense marine wealth,” he said. “Our reefs, seagrass beds and coastal waters are resilient, if given a chance.”
Standing at the edge of the sea, shells scattered along the sand, one is reminded that the ocean does not shout its warnings. It leaves behind clues — delicate, enduring, easily overlooked. For Dr. Malik Fernando, those clues demand attention.
“The sea is constantly communicating,” he said. “In shells, in currents, in changing patterns of life. The real question is whether we, as a society, are finally prepared to listen — and to act before silence replaces the story.”
By Ifham Nizam
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