Opinion
To Bury or not to Bury: That is the Question
By M.C.M. Iqbal PhD
The decision to make cremation the mandatory form of disposing the COVID-19 dead in Sri Lanka was based on the premise that there was (i) insufficient evidence on the possibility of the virus leaking out of the buried bodies from the cemeteries, (ii) the possibility of the virus entering the water table, and (iii) as a consequent to (ii), transmission of the virus among the population. The cremation decision was based on precautionary principles, as the SARS-CoV-2 is a new virus with many unknowns.
During the last few months, considerable scientific evidence has been published in international peer reviewed journals on many aspects of the novel coronavirus and its environmental impact. It is now time to lift the veil of ‘unknowns’ and move towards making informed decisions.
Viruses and virology is the domain of microbiologists, more specifically virologists. However, some basic knowledge in biology can help us understand the present pandemic and the various precautionary measures.
The virus
Let us begin with the virus. The official name of the virus is SARS-CoV-2 and the disease it causes is called COVID-19. A single virus particle (called a virion) consists of an outer shell made of protein, enclosing and protecting the RNA, the genome or in layman terms the software that runs the virus. It is very tiny (20 to 400 nanometres) and cannot be seen through a microscope (see Figure). The genome is like an instruction manual for our cells and the entire body to function. Once the virus enters our living cells (called infection), it stops the normal function of a cell and hijacks the cell machinery to produce more copies of itself, causing the cell to eventually burst open, infecting new cells with virus particles and initiating a chain reaction. Thus, living cells are necessary for the virus to survive and make copies. The only mission of the virus is to make more copies of itself.
Viruses are broadly divided into Enveloped and Non-Enveloped viruses. The envelope is an outer covering on the virus composed of a fatty substance (lipids) and proteins (see Figure). The SARS-CoV-2 virus is an enveloped virus.
The Coronavirus that you see illustrated has knob-like spikes on the surface embedded in the lipid envelope. These spikes are vital for the virus to gain entry into our cells in the throat and lungs (respiratory tract): imagine this as the key (spikes) to open the door (cells in the throat and lungs). Fortunately, this envelope provides a soft target and is easily broken down by soap, detergents and other disinfectants such as alcohol. Without this envelope the virus cannot infect us – it has no key to enter our cells. Hence the emphasis on washing our hands with soap and disinfecting the environment with alcohol and detergents – this is sufficient to destroy the virus.
The Non-Enveloped viruses do not have this lipid layer. They have a hard protein coat resistant to common disinfectants, enabling the virus to survive in the outside environment. Examples are the Poliovirus and the viruses causing dysentery.
Stability of the virus in the environment
In the past few months, scientists all over the world have looked at the potential risks of the SARS-CoV-2 virus entering wastewater and serving as a source of infection. Untreated waste (particularly from hospitals) and surface waters are a potential source of disease transmission and research done in these areas are at the initial stages. The virus is shed from patients who are under treatment in hospitals or quarantined at home, through their daily ablutions, sputum, and vomit, which can enter wastewater. Besides, faeces and urine from infected patients are also sources for the virus to enter sewage channels and seep into the water table. How stable are they in the outside environment?
A study on the stability of the virus on different surfaces under different environmental conditions simulated in a laboratory was done by the School of Public Health, Faculty of Medicine, Hong Kong and published in a leading medical journal, the Lancet Microbe (Chin et al. 2020). The major outcomes of this study were:
Temperature:
The virus is highly stable at 4 °C (e.g. in the fridge) but sensitive to heat. When the incubation temperature is increased to 70 °C, the virus is inactivated in five minutes. At 22 °C virus is not detected after 14 days and at 37 °C it is not detected after two days. The last two are feasible temperatures in Sri Lanka.
Stability on surfaces:
Infectious virus could not be recovered from printing or tissue paper after three hours, from wood or cloth after two days. The virus is more stable on smooth surfaces. Infectious virus could not be recovered from day four from glass and banknotes, and from steel after seven days.
Disinfectants:
The virus did not survive common disinfectants such as household bleach, ethanol, etc. It survived soap for five minutes. It also tolerates a pH range of 3 to 10. i.e., it cannot tolerate very low (acidic) or high (very basic) pH. The RNA of the coronaviruses, in general, is extremely fragile and can be rapidly degraded by enzymes (called RNAses) abundant in the natural environment (Brisebois et al. 2018).
Can the virus leak into
the environment?
Theoretically virus particles can enter the soil environment after burial of a COVID-19 victim if the corpse is not isolated in the grave by a ‘leak proof’ plastic body bag, as decay and decomposition sets in gradually. However, what enters the soil environment is not an intact virus capable of causing an infection. Once the patient dies, the virus in the body cells cannot multiply and they begin to disintegrate. Viruses need living cells within which they can multiply.
We should remember that the virus is not an active living organism capable of defending itself and transferring to a new host. The decomposing body releases a range of chemicals and enzymes that would breakdown the virus. Other micro-organisms, either from the decomposing body or living in the soil environment, would consume these virus particles. Thus, they have a short survival time in the outside environment where detergents and other chemicals in the wastewater and enzymes produced by bacteria can damage the virus envelope (WHO 2020).
Many people have died in the past due to very infectious bacterial (Pneumonia, Tuberculosis, Typhoid, Cholera) and viral (Polio, HIV, Ebola) diseases. Cremation was never mandatory for those patients and there has never been any outbreak of epidemics attributed to cemeteries where these patients were buried. Disease causing pathogens are very specialized micro-organisms that can survive only in their living hosts. Once they leave their host and enter the natural environment, they cannot compete with the free-living microorganisms.
The question of the water table
The water table is a huge body of water below the surface of the soil. You can find this out by looking into the nearest well. In low lying areas, such as in Colombo, the water table is close to the soil surface particularly during the rainy season. In the up-country regions or the dry regions, the water would be several metres deep in the well.
What is the risk of the virus entering the water table and infecting us? First, chances of finding a complete virus particle capable of causing infection are very small, due to reasons given above. Second, those living in urban areas do not consume ground water directly. The water we consume is disinfected at the Water Treatment plants of the Water Board and we also boil the water at home. The WHO has indicated that the virus survives only two days in dechlorinated tap water and in hospital wastewater at 20 ºC, and that there is no evidence that coronaviruses have caused infections through drinking water (WHO 2020).
Thirdly, drinking water is not a source of infection: the virus has to enter through our mouth, nose or eyes to enter the cells in our throat and lungs (respiratory tract), which is the main point of entry. Thus, infection of humans by the corona virus found in the water table is very unlikely. To quote Prof. Malik Peiris ‘COVID-19 is not a waterborne disease’. Full stop.
Corpse handling during COVID-19
Few peer reviewed papers have been published on handling and disposal of corpses of people who died from COVID-19. A publication by Nanayakkara et al in October 2020 reviews practices worldwide and also the risk of infection after burial from bacterial and viral diseases.
They conclude that due to inadequate knowledge available of COVID-19, it would be prudent to follow the safe corpse handling guidelines recommended by the WHO. They also state that because virus multiplication ceases as there is no living host, the virus can only spread to other humans by touching the corpse as COVID-19 is a respiratory virus spread mostly by respiratory secretions. The publication refers to WHO guidelines (WHO 2020), which states that graveyards of those who died from highly infectious diseases should be at least 30 metres from groundwater sources used for drinking water, and grave floors must be at least 1.5 metres above the water table, with 0.7 metre unsaturated zone and that surface waters from graveyards must not enter inhabited zones. Similar guidelines are also available from the Centres for Disease Prevention and Control of the USA (CDC 2020).
Rajanikanta et al. 2020, in an Indian perspective on handling the dead, emphasize the importance of handling the dead with dignity for the deceased and the surviving family. They also underline that more precautions need to be taken to prevent spread of the virus during handling the bodies, as SARS-CoV-19 is a new virus whose virulence and period of survival in the dead body is not yet entirely known. They suggest prevention of infection can be done by disinfection of the dead body with chlorine-based solution, enclosing it in a puncture proof body bag, minimal contact with the body and using airtight boxes for cremation or burial.
A recent article in the British Medical Journal, Global Health, where the authors reviewed the available literature to scope and assess the effects of specific strategies for the management of bodies of COVID-19 victims, stated, “There is scarce evidence on the transmission of coronavirus disease 2019 (COVID-19) and other coronaviruses from the dead bodies of confirmed or suspected cases” (Yaacoub et al. 2020).
Finally, internationally renowned Sri Lankan virologist, Prof. Malik Peiris has unequivocally stated, in an interview with the BBC Sinhala (https://www.bbc.com/sinhala/sri-lanka-55348348) that COVID-19 is not a water borne disease and the negligible chances of this virus entering the water table. In fact, in a three-minute video he provides a simple explanation to a layman on the period of infection of the virus, and transmission of the virus from a dead body. (https://www.youtube.com/watch?v=K8ZYxZ-QajI&t=13s).
So, what does science tell us?
= The SARS-CoV-2 virus is fragile in the external environment and has a very limited period of survival (Firquet et al. 2015).
= Detection of the virus in the environment by PCR is an indication that the viral RNA is present; to determine if this is viable and able to cause infection, the suspected sample should undergo a cell culture test.
= The virus is not water borne: The present evidence is that the infection route into the respiratory tract is through the mouth, nose and eyes. The global pandemic in almost all the nations and millions of infected people, has not shown evidence of other routes of infection, such as by consuming food or water.
= The virus does not survive common disinfectants such as household bleach, ethanol, and hand soap solution (Chin et al. 2020).
The current pandemic, unlike other localised occurrence of diseases, is being played out on the global stage: almost all the countries are involved, under all conceivable climatic conditions. One cannot imagine a better scenario to draw conclusions. Science is a process, that makes deductions from rigorous sifting of evidence. Science would immediately jettison an inference if evidence is presented to the contrary. Since the outbreak of the pandemic this year, literally hundreds of peer reviewed publications have been published – that is available on the web for anybody to access.
How can we offer safe burials?
By taking the above into account, a safe burial protocol is suggested to prevent the virus from entering the environment.
Immediately after death, the body is surface disinfected and then place in a puncture proof, body bag with a disinfectant. This can be enclosed further in another body bag.
The body bags are transported from the morgue to the burial site in a plastic or aluminium box.
Burial sites should be located at least one km away from human settlements, and in a region where the water table is very deep (e.g., in the dry zone). A large block of land is available in Oddamavadi in the EP.
Finally, the grave could be lined with lime (calcium oxide- CaO), which would form calcium hydroxide in contact with moisture. This would provide an extreme basic pH, in which the virus would be destroyed.
Further guidelines stipulated by the WHO and the Health Authorities in Sri Lanka should be followed.
The stigma associated with Covid-19 and the fear of being cremated are now forcing some sectors of the community to avoid PCR/antigen testing. This could lead to uncontrolled eruption of new clusters. The cremation of Muslims dying of COVID-19 has polarized and created resentment within the community. As this article shows, the science is out there as is the evidence, to show that safe burial can be accommodated for this epidemic.
Legal, social, cultural and emotional views have been expressed in these columns and elsewhere. Except for a few courageous voices from others, the aggrieved community has been left without assistance. To quote Rev. Martin Luther King Jr, “The ultimate tragedy is not the oppression and cruelty by the bad people, but the silence over that by the good people.”
One of our greatest attributes as humans is to empathise with fellow humans. Let us practise this!
(The writer does research in the Plant and Environmental Sciences. He can be contacted at mcmif2003@yahoo.com)
Opinion
A neighbour’s view of India’s strategic strengths
What India chooses to do with the strategic freedom it has built over eight decades may be the defining question of its next phase
by Milinda Moragoda
In the emerging global economy, countries will increasingly seek multiple sources of energy, technology, capital, minerals and markets. India can contribute by helping create an open network rather than another exclusive bloc.
As India marks eight decades of Independence, its strategic position has changed almost beyond recognition. Yet the central question of strategic autonomy remains. What India chooses to do with the strategic freedom it has built over eight decades may be the defining question of its next phase.
India has spent the past decade expanding its strategic choices — deepening ties with the US, Europe and Japan while maintaining important ties with Russia and strengthening engagement with the Gulf, Africa and Southeast Asia. Australia and New Zealand are also becoming increasingly important partners in the wider Indo-Pacific. At the same time, India has sought a larger voice for the developing world in international institutions. Strategic autonomy has traditionally been understood in diplomatic terms: the ability to maintain freedom of action without being drawn into competing power blocs. In an increasingly interconnected world, however, that freedom will depend just as much on economic choices.
The objective should be strategic interdependence — building sufficiently diverse relationships that dependence on any one country or economic system does not become a vulnerability. India is unusually well placed to pursue this. Its geography connects the Gulf and wider West Asia, the manufacturing economies of Asia, Africa across the Indian Ocean and the Eurasian space extending through Russia. The opportunity, therefore, is to become a connector between economies increasingly fragmented by geopolitical competition.
India’s relationship with Japan is extending into advanced manufacturing, technology, energy, semiconductors and critical minerals. Its engagement with the US is deepening across technology, investment, advanced manufacturing, energy and strategic cooperation, while its engagement with Europe is becoming increasingly economic and technological. Its relationships with the Gulf are expanding beyond energy into investment and connectivity. Australia and New Zealand add an important southern dimension to its wider Indo-Pacific engagement, while Southeast Asia provides pathways into wider Asian production networks.
Russia remains an important part of this equation. India’s continuing engagement with Moscow, alongside its deepening relationships with Washington, Tokyo, Europe and the Gulf, demonstrates that strategic autonomy gives India the flexibility to maintain important relationships across geopolitical divides.
China inevitably occupies a special place in this landscape. India’s answer cannot be either excessive dependence or complete separation. It will require strengthening domestic capabilities, diversifying supply chains and building partnerships elsewhere, while retaining space for engagement where interests permit.
India possesses another asset that few countries can match: a large, globally active and influential diaspora. Yet the diaspora can also present challenges, as political currents within these communities do not always align with India’s interests and can occasionally create sensitivities in its relations with host countries. The greater opportunity lies in nurturing the economic, intellectual and cultural connections the diaspora can create, while respecting its diversity and independence. In the emerging global economy, countries will increasingly seek multiple sources of energy, technology, capital, minerals and markets. India can contribute by helping create an open network rather than another exclusive bloc.
Ports, shipping routes, energy corridors, digital infrastructure, supply chains and trade agreements increasingly shape strategic influence. India’s challenge is to bring these strands together without turning them into a closed sphere of influence.
India’s economic rise will be more sustainable if other countries see themselves as participants in its growth rather than simply as markets for it. The value for India lies in making these relationships complementary rather than choosing among them. India’s leadership of the Global South can now move beyond representation in international forums towards creating an international economic environment in which developing countries have greater choices. India’s own experience is relevant here. It has moved from a relatively closed economic model towards deeper global integration while retaining a strong emphasis on domestic capability. The lesson is that openness and strategic autonomy need not be contradictory.
As the G20 meets again in Miami in December, India can continue to argue that the Global South should not merely seek greater representation within existing institutions, but a greater stake in shaping the economic networks and institutions of the future. An economically integrated Indian Ocean could allow countries such as Sri Lanka, Bangladesh and the Maldives to participate more deeply in regional supply chains, logistics, energy, tourism, technology and services. Influence based on shared prosperity is more durable influence based on dependence. India’s strategic opportunity, therefore, lies in becoming one of the principal connectors of a changing world.
(Milinda Moragoda is founder of the Pathfinder Foundation, strategic affairs think tank, and can be contacted via email @milinda.org.)
Courtesy Hindustan Times
Opinion
Financing Sri Lanka’s post-IMF development
by By Kasun Kariyawasam
and Shiran Illanperuma
In March 2027, Sri Lanka’s Extended Fund Facility with the International Monetary Fund (IMF) will expire. It is the seventeenth arrangement the country has entered into with the Fund since 1965. That number is not a footnote; it is the argument. Sixteen previous left the underlying structure of the economy intact – an economy that imports what it consumes, exports what it cannot process further, and borrows to cover the difference. Each programme ended, and the conditions that produced it reassembled themselves.
The seventeenth has been the most invasive. Approved on 20 March 2023, in the aftermath of the sovereign default and the uprising that followed, it arrived at a moment of maximum leverage for the creditor and minimum room for the debtor. Fiscal consolidation was achieved primarily through indirect taxation, so that the burden fell heaviest on the poor. Energy subsidies were withdrawn and utility pricing made cost-reflective, transmitting global price movements directly into household budgets and industrial input costs. Public investment was compressed, and public sector wages held below inflation for years.
The revenue target was met but the social consequences are now well documented.
First, poverty in Sri Lanka roughly doubled after 2022 and has remained near a quarter of the population – a level not seen for two decades. Malnutrition among children, school dropout, and the depletion of household savings and assets are the transmission channels through which a fiscal adjustment becomes a lost generation.
Second, the most mobile and most skilled workers – nurses, doctors, engineers, IT workers – have left in numbers that constitute a structural loss of productive capacity, subsidised by the Sri Lankan state and captured by the labour markets of the Gulf, East Asia, and the West.
Third, and the least discussed, is the loss of economic sovereignty. The Central Bank Act of 2023 grants the Central Bank of Sri Lanka operational independence under a narrow inflation-targeting mandate and prohibits the monetary financing of government deficits, removing an instrument of development finance that every industrialised economy used on its way up. The Economic Transformation Act of 2024 legislates the programme’s own quantitative targets as binding statutory obligations on all future governments.
Although the IMF programme ends in March 2027, the framework it installed does not. Austerity has been converted into a legal architecture. Any government that wishes to finance development after 2027 will find that the fiscal space to do so has been pre-emptively legislated away, and that the debt service profile steps up sharply from 2028 as the restructured bonds begin to amortise in earnest.
The instruments on the table
Three instruments are currently under discussion for managing the debt portfolio. Each is worth examining on its merits, and each shares a common limitation.
Macro-linked bonds.
The upside triggers are more likely to be hit than the underlying real economy warrants, because the reference variable is dollar GDP. A nominal appreciation of the rupee lifts dollar GDP without a single additional unit of output being produced. The control variable intended to guard against precisely this – a requirement of 11.5% cumulative real growth – is a low bar following two consecutive years of contraction, when the base effect alone does much of the work. The country may find itself paying creditors a growth premium for an exchange rate movement.
Climate swaps.
Debt-for-nature and debt for-climate arrangements can retire a portion of the stock and may unlock multilateral climate grants, which are concessional. But they do not address the productive structure that generates the deficit in the first place, and their conditionalities – conservation commitments over land, forest, and coastal zones – can cut directly against the industrial and energy build-out that any serious development strategy requires. A country cannot finance debt relief by constraining its own industrialisation.
Bond buybacks. Retiring restructured bonds converts a contingent, complex portfolio into a plainer one, which makes debt management tractable. If the bonds trade below face or recovery value, Sri Lanka retires debt at a discount. Lazard reportedly advised this course for Zambia, so the playbook exists. However, Sri Lankan bonds have performed strongly since the restructuring, which means the discount that would make a buyback attractive has largely disappeared. A buyback becomes cheap only if sentiment softens again, or if specific contingent tranches are marked down on fear of the upside triggers. Moreover, a sovereign buying back its own debt shortly after a restructuring invites the interpretation that it anticipates difficulty, which raises the cost of future issuance. Selective buybacks are worth pursuing, given the uncertain external environment and the value of a cleaner portfolio, but that they are a marginal improvement rather than a solution.
All three instruments manage the existing stock of debt. None of them generates new finance for development. They are exercises in liability management, and a country cannot manage its way out of underdevelopment. Sri Lanka needs relief and it needs capital, and the current conversation addresses only the first.
Building the domestic architecture
New financing without new institutions reproduces the crisis. Before Sri Lanka seeks capital abroad, it must rebuild the machinery that governs how it borrows.
The primary dealer system requires reconstruction on a proper legal footing. Before the crisis, the primary dealer network degenerated into a captive placement channel: when the central bank could no longer absorb unsold stock, dealers took paper on terms set by proximity rather than price. This is allocation by moral suasion, and it produced a domestic debt market that told the government nothing useful about the cost of its own borrowing. Rebuilding it with binding contractual obligations, genuine capital requirements, and published performance rankings – as China does for its own dealer network – would restore price discovery. A government that cannot read a true yield curve cannot manage a debt portfolio.
Sri Lanka also needs a published Medium-Term Debt Management Strategy (MTDS) with explicit targets for the composition of the portfolio: external against domestic, concessional against commercial, and fixed against floating rate. Borrowing at present is reactive, driven by immediate financing needs rather than by a strategic view of currency, rollover, and interest rate risk. An MTDS makes those trade-offs visible and accountable. It is unglamorous and it is prerequisite.
The China angle
Sri Lanka’s most underused financial asset is its existing relationship with China’s monetary and capital market infrastructure. A currency swap line of 10 billion RMB is already in place, renewed in 2025, and it functions almost entirely as a passive reserve backstop. It could be the foundation of a financing strategy.
Broaden the use of RMB for trade settlement.
The swap is presently constrained in its permitted uses. Extending it to cover bilateral trade invoicing and settlement would reduce the dollar dependency that is the primary transmission channel for external volatility into the Sri Lankan economy. Every import invoiced in dollars is a claim on reserves that fluctuates with US monetary policy, over which Sri Lanka has no influence whatsoever.
Request eligibility for the FIMA RMB repo facility.
China’s facility, announced in June 2026, provides eligible central banks with access to RMB liquidity against holdings of Chinese government bonds. For Sri Lanka this would mean an RMB reserve buffer that is genuinely liquid rather than notional, and a second source of emergency liquidity that does not require a Fund programme as its precondition.
Issue panda bonds in the onshore Chinese market.
Sri Lanka has already begun refinancing dollar-denominated loans from Chinese banks into RMB, which establishes the precedent and the relationships. Issuance in the Shanghai interbank market would lock in RMB funding at rates below what the Eurobond market will offer a recently defaulted sovereign, and it diversifies the creditor base away from the Paris Club and Western commercial holders whose collective action in 2022 and 2023 was itself a lesson in concentration risk.
Access the offshore dim sum market in Hong Kong.
The offshore CNH market is deep – new issuance reached $157.2 billion in 2025 – and is a plausible source of medium-term infrastructure financing on terms that do not carry policy conditionality.
Integrate with CIPS.
None of the above scales without payments infrastructure. Integration with China’s Cross-Border Interbank Payment System reduces exposure to dollar-clearing volatility, carries lower transaction costs than routing through SWIFT correspondent banking, and is what allows the swap facilities to be used at volume rather than symbolically.
Establish direct LKR–RMB settlement.
Building on the Indonesia–HKMA–PBoC framework of June 2026, a direct settlement mechanism for bilateral trade would give Sri Lanka a working channel into one of the largest markets in the world, and create a pipeline for foreign direct investment and other inflows that does not transit the dollar system at all.
Multipolarity as infrastructure
What Sri Lanka should build is a blueprint for a local currency settlement corridor that can be scaled to any partner. Begin with China, where the infrastructure already exists, and extend it to India, the country’s nearest neighbour and one of its largest trading partners, where rupee settlement arrangements are already operating with other states. The same institutional template – bilateral swap, direct settlement mechanism, payments system linkage, local currency invoicing – applies to any counterparty with which Sri Lanka has meaningful two-way trade.
The immediate prize is energy. A large share of Sri Lankan inflation originates in oil, transmitted through both the world price and the exchange rate at which it is paid. That volatility does not merely raise the cost of living; it creates genuine industrial hurdles, because manufacturers cannot plan around input costs that move with a currency they do not earn. Denominating energy imports in local currency terms would break one of the most damaging transmission channels between external shocks and domestic prices. For a country whose recent history is defined by a fuel queue, this is not an abstraction.
Multipolarity, understood correctly, is a portfolio strategy. A sovereign with settlement channels in several currencies, funding relationships across several capital markets, and reserve buffers denominated in more than one unit of account is a sovereign with options during a crisis. Sri Lanka in 2022 had none, and the terms it accepted in 2023 reflect that.
Opinion
El Niño: Sri Lanka must prepare before next climate crisis arrives
By Chula Goonasekera,
on behalf of the LEADS Forum
Based on discussions with Ajith Wijemanna, Director General of the Department of Meteorology, and Kithsiri Abayasinghe, former Director of the Department of Meteorology
Sri Lanka may be facing another major natural challenge. Unlike many disasters, however, the warning signs are already visible, giving the country an opportunity to prepare before the situation becomes critical.
A recent discussion with two of Sri Lanka’s most experienced meteorologists highlighted concerns about the developing El Niño phenomenon and its potential consequences for the country. While no scientist can predict with certainty exactly how El Niño will evolve, current indications suggest the possibility of above-normal rainfall later this year, followed by reduced rainfall and potentially severe drought conditions in early 2027.
This is a warning Sri Lanka cannot afford to ignore.
Most Sri Lankans still remember the devastation caused by the Indian Ocean tsunami in December 2004. El Niño is fundamentally different. It does not arrive as a single catastrophic event. Instead, its effects can develop over many months, potentially bringing drought, water shortages, crop failures, extreme heat, wildfires, flooding and food insecurity.
The critical difference is that, unlike a tsunami, El Niño gives us time to prepare.
Sri Lanka therefore has a choice: act on the warnings now or pay a far greater price later.
We Must Not Wait for Disaster
The 2004 tsunami exposed Sri Lanka’s vulnerability to large-scale disasters and demonstrated the immense human and economic costs of inadequate preparedness.
El Niño cannot be prevented. However, many of its potentially damaging consequences can be reduced through early planning, effective coordination, public awareness and practical risk-reduction measures.
The purpose of this article is not to predict exactly what will happen. Rather, it is to ask a more important question:
Are we prepared for what could happen?
Depending on the intensity and evolution of El Niño, Sri Lanka could face:
· severe drought and prolonged dry spells;
· water shortages affecting households, agriculture and industry;
· reduced agricultural production and increased food insecurity;
· increased risks of forest and grassland fires;
· heatwaves and heat-related illness; and
· localised flooding caused by unusually heavy rainfall.
One threat deserves particular attention: wildfires.
During prolonged dry periods, fires can spread rapidly through forests and grasslands, destroying ecosystems, wildlife habitats, agricultural land, livelihoods and critical infrastructure, while placing enormous pressure on emergency services.
The lesson is straightforward: understanding potential worst-case scenarios before they occur greatly improves our ability to prevent them from becoming national catastrophes.
A Crucial Role for Disaster Management
We understand that Sri Lanka’s Disaster Management Centre (DMC) is already engaged in preparing the country for the potential impacts of a stronger El Niño event. Its focus must remain on helping communities prepare before emergencies arise, while ensuring that essential services continue to function during periods of crisis.
Disaster response and recovery come at a high cost to the public through government expenditure and taxpayer-funded resources. Investing in preparedness is therefore not only a humanitarian responsibility but also a sound economic strategy—particularly at a time when Sri Lanka continues to face considerable fiscal constraints and limited capacity to absorb another major shock.
The principle is clear:
Prevention is invariably less costly than recovery.
Every rupee invested in preparedness today can help prevent far greater social and economic losses tomorrow.
Listen to the Scientists
The public should pay close attention to forecasts and guidance issued by the Department of Meteorology.
At the same time, it is important to recognise that long-range forecasting is inherently complex. Climate systems involve countless interacting variables, many of which cannot be measured or predicted with complete accuracy months in advance.
When a forecast subsequently changes, this should not automatically be regarded as a failure of science. Forecasting is, by its nature, an assessment of probabilities and risks based on the best available evidence at a particular point in time.
The appropriate response is not to dismiss forecasts because they contain uncertainty, but to use them as tools for informed preparation.
What Should the Government Do?
The Government and relevant public institutions should urgently review Sri Lanka’s preparedness for drought, flooding, wildfires and extreme heat.
Key priorities should include:
· strengthening climate monitoring and early-warning systems;
· improving weather forecasting and public communication;
· developing comprehensive drought, flood and wildfire preparedness plans;
· enhancing reservoir, catchment and water-resource management;
· maintaining drainage infrastructure to reduce urban flooding;
· strengthening wildfire prevention, detection and response capabilities;
· investing in climate-resilient infrastructure; and
· establishing clear lines of responsibility and coordination among government agencies.
Coordination is particularly important. During a national emergency, citizens should never be left wondering which institution is responsible for taking action.
Water Security Must Be a National Priority
If prolonged dry conditions materialise, water security could become one of Sri Lanka’s most pressing challenges.
The country should strengthen groundwater protection, support the rehabilitation and maintenance of wells, and implement long-term water-security strategies in drought-prone regions. Such measures are important not only for human communities but also for agriculture, livestock and the natural ecosystems that sustain the country’s biodiversity.
Reservoirs and catchments must be managed carefully, while water conservation should be actively promoted among households, businesses, industries and farmers.
The key question is simple:
How much water will Sri Lanka require if the dry season lasts significantly longer than expected?
That question is far easier to answer before reservoirs begin to run dry.
Protecting Agriculture and Food Security
Agriculture remains highly vulnerable to drought and irregular rainfall. Significant disruption could result in rising food prices, reduced farm incomes and increased pressure on vulnerable households.
Sri Lanka should accelerate the adoption of drought-resistant crops, climate-smart farming techniques and efficient irrigation systems, including drip irrigation. Measures should also be taken to secure water and feed supplies for livestock, maintain strategic food reserves and strengthen weather-based advisory services for farmers.
Food security must be regarded not merely as an agricultural concern but as a matter of national resilience.
Preparing for Wildfires
Prolonged dry conditions can significantly increase wildfire risks. Sri Lanka must strengthen its capacity to prevent, detect and respond to fires before they escalate.
An effective strategy should rest on four pillars:
Prevention. Preparedness. Early detection. Rapid response.
Seasonal climate forecasts should be used to identify periods of heightened risk. Vegetation dryness, weather conditions and fire-prone regions should be monitored systematically, with modern technologies used wherever feasible.
Firebreaks should be established and maintained around vulnerable communities, forests and critical infrastructure. Dry vegetation and other combustible materials should be appropriately managed. Where environmentally and scientifically justified, carefully regulated controlled burning could also form part of an integrated fire-management strategy.
Human activity is responsible for many wildfires. During high-risk periods, open burning should therefore be restricted and unsafe land-clearing practices rigorously controlled. Public education campaigns should reinforce these measures.
Firefighting resources should be pre-positioned in high-risk areas before peak fire seasons begin. Adequate equipment and water supplies should be secured, and coordination strengthened among local authorities, fire services, forestry officials, disaster-management agencies and, where necessary, the armed forces.
Where practical and affordable, aerial firefighting capabilities should also be considered.
The guiding principle is straightforward:
Fight fires when they are small, rather than after they become uncontrollable.
Protecting Sri Lanka’s Natural Ecosystems
Healthy ecosystems are among the country’s most effective natural defences against climate stress.
Sri Lanka should protect wetlands and other water-retaining ecosystems, conserve forests, prevent unnecessary land clearing and fragmentation, and safeguard wildlife habitats from fire and degradation.
Forest conservation is not simply an environmental issue. It is central to water security, food security, biodiversity protection, public health and long-term national resilience.
Citizens Also Have a Responsibility
Preparedness cannot be the responsibility of government alone.
During dry periods, households should conserve water and avoid unnecessary waste. Communities should ensure that wells are cleaned, maintained and restored where necessary, particularly if prolonged disruptions to piped water supplies occur.
During periods of extreme heat, people should remain hydrated, avoid unnecessary outdoor activity and follow public health advice.
Families should maintain basic emergency plans and supplies. Communities in fire-prone areas should know evacuation routes and designated safe assembly points. Citizens should also avoid activities that could inadvertently start fires and remain alert to official warnings.
Particular attention should be given to vulnerable groups, including older people, people with disabilities and those with limited mobility. Communities should also be prepared for the health effects of wildfire smoke and deteriorating air quality.
From Response to Preparedness
Sri Lanka’s greatest challenge is not responding when disaster strikes. It is ensuring that natural hazards do not develop into national catastrophes.
This requires a fundamental shift from a culture of reaction to a culture of preparedness.
Government agencies, scientists, farmers, businesses, schools, community organisations and individual citizens all have important roles to play. A coordinated approach combining climate forecasting, land management, public education, community preparedness, early-warning systems and rapid emergency response can significantly reduce the risks posed by El Niño and other climate-related threats.
Even if severe drought conditions do not materialise, investments in preparedness will strengthen Sri Lanka’s resilience against future disasters. If severe conditions do occur, early preparation could save lives, protect livelihoods, reduce economic losses and prevent a difficult situation from escalating into a national crisis.
Sri Lanka has already learned, at enormous cost, the consequences of being unprepared. We should not wait for another disaster to teach us the same lesson.
The warning signs are present. The scientists are speaking. The risks are increasingly clear.
What remains is the political will and public commitment to act.
Preparation today will always cost less than recovery tomorrow.
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