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Disaster Management and The Power of Science

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Rainfall Over Sri Lanka 27-29 November 2025 (Source: Sri Lanka Department of Meteorology)

The key to managing future disasters is through the smart utilisation of science

Living With Nature

As Sri Lanka has witnessed through the intense impact of Tropical Cyclone Ditwah, the power of nature is there for all to see, feel, hear, and grieve over. The hubris of humanity deludes us. We cannot control nature in its most powerful manifestation. The lesson we should learn is to live with nature, listen to nature, and learn from nature. The most effective method of managing disasters, mitigating disasters, or even avoiding disasters is to smartly apply the science that is readily available to all. Smart science utilisation educates all about the magnitude, scale, duration and likely outcomes of natural phenomena. This approach feeds into developing a culture of living with nature, planning our country with nature in mind, training the scientists we need, strengthening scientific and disaster management departments and institutions, joining up decision makers and scientists, and dramatically increasing the scientific awareness of the whole population. This is a sure-fire way of reducing the devastation of potential disasters. BUT: it’s a hard road, a difficult road, and one that requires the sustainability of a safe nation focus, decade after decade. This article focuses briefly on the science of cyclones/storms, rivers, and landslides: the three natural phenomena that bring the most frequent disasters to Sri Lanka.

Worldwide Cyclone Paths

Bay of Bengal Cyclone Paths

Cyclone Ditwah and Sri Lanka (Source https://zoom.earth/storms/ditwah-2025)

Tropical Cyclone

Tropical Cyclones originate between latitudes 10 degrees north and south of the equator. They form through heat interactions of warm surface ocean waters and the atmosphere. Cyclones move from the equator to the north and south, seeking the warmest parts of the ocean to sustain and build their formation. Cyclones are heat-seekers and can only survive while warm surface ocean waters continuously feed intense convection systems that create enormous spiral clouds rotating around a central column. Thankfully, most cyclones are born and die harmlessly within ocean space. But when they make landfall they release their pent-up energies in the form of winds, rain, and storm surges (oceans can be sucked up like tsunamis by intensely low-atmospheric pressures associated with cyclones). The most powerful cyclones generate winds of 300 to >400km/hour, air pressures as low as 870mb, total rainfalls of over 6m, and highest rainfall intensities of 1.14m/24 hours and >400mm/hour. Cyclones mainly affect countries located between latitudes 10 and 30 degrees north and south of the equator. Regions such as East Asia, the Caribbean/Gulf of Mexico and Indian/Pacific Ocean Islands are the most impacted cyclone areas. Sri Lanka is lucky, as relatively few cyclones make landfall, tending to move further north before they strike.

Cyclone Ditwah and Sri Lanka

Cyclone Ditwah was rapidly born SW of Sri Lanka, growing from a meteorological depression on the 26th of November 2025. It moved east and north crossing Sri Lanka over the next few days, retaining a low-pressure identity until December 3rd. It formed through the presence of warm ocean around Sri Lanka and concurrent atmospheric conditionalities.

Bay of Bengal Cyclone Paths (source Monas et al., Tropical Cyclone Research & Review, 2022)

Rainfall Over Sri Lanka 27-29 November 2025

The slow-moving nature of Cyclone Ditwah significantly increased its impacts. As cyclones go, wind speeds were on the low side (50-90km/hour) and the air pressure relatively high (1002 mb). Ditwah did, however, release large amounts of rainfall over 2-3 days of protracted rainfall, and over large areas of Sri Lanka. Total rainfalls of 150-500mm occurred alongside rainfall intensities of 300mm/24 hours. A similar slow-moving tropical depression hung around the mountains of Guadalcanal, Solomon Islands, for several days during April 2014, releasing over 700mm of rainfall, which created severe flooding in the national capital town of Honiara.

Storms and Monsoons

Cyclones are examples of extreme storms. Storms are a more frequent and regular weather phenomenon within Sri Lanka. Whatever label is given to weather systems the important data we need for managing rain hazards includes the timing and duration of storms, their predictability, the earliest warning signs we can detect, likely wind speeds and durations, rainfall amounts and distribution, and areas most likely to be affected by storms.

Sri Lankan Monsoons

Sri Lankan Monsoons (Source Ceylon Tour Guide Drivers)

Sri Lanka’s meteorological patterns are well known and documented by the SL Department of Meteorology and other sources. The drivers, durations, weather patterns, and areas affected by the two monsoons (from the southwest and northeast at different times of the year) are common knowledge. Furthermore, incidents of disasters caused by intense storms have produced a plethora of data that can be used to inform disaster management and planning. The science of meteorology has been revolutionized over the past decades through the advent of sophisticated satellite, airborne, and ground weather sensors, alongside big-data multiple-scenario mega-computer modelling capabilities, and an abundance of highly trained meteorological scientists. The recognition of climate change, particularly since the late 1990s, has led to a quantum leap in in research and financial investments, and hardware/software/ scientific advances. We now know our weather systems and the physics of the atmosphere with an enviable level of prediction/modelling when viewed through the eyes of the 1960/70s or 80s generations

Whither the Weather Data: what’s the Point?

There is no substantial reason or excuse why countries, regions, communities, scientists, and decision-makers cannot turn all the amazing weather data and capability into tools and practical applications to mitigate future disasters. The science is so smart and powerful that a failure to use its helpful essence is plain foolishness. The data, and approach suggested, as we will see below, with river and landslide science, can undoubtedly deliver a safer country and world. Bangladesh, a poor country with a population of 172 million is regularly hit by cyclones, storms. and high magnitude floods. Cyclone Bhola, in 1970, killed half a million people and wiped out 85% of the nations homes. And yet, this low-income nation has impressively adopted new smart disaster management ways, including integrating science, greatly reducing the impacts of disasters over time.

Allowing Rivers to Run Free

Sri Lanka River Basins

Sri Lanka has over 100 river basins, (or catchments), the largest of which (the Mahaweli) has an area of over 10,000km2. The Mahaweli River extends to over 335 km in length. Sri Lankan rivers are mostly aligned in a radial fashion, centred upon South-Central Highlands, flowing to all corners of the country. Rivers are the lifeblood of any country. They are like blood vessels in the human body. If we fail to look after rivers, environments degrade, human and animal life suffers, and disasters are heightened in magnitude.

Modern (and ancient) philosophers ask us to view rivers not as inanimate natural features, but as sentient living beings. The science of hydrology (study & understanding of water systems) enables humans to optimally manage rivers and related eco-landscape systems, and to live safely with rivers. The latest thinking is moving towards the idea of allowing rivers to run freely: for humans to adopt the principle living respectfully and safely with the vital lifeblood of any country or region.

Rivers form through rain (and snow) falling on land and organising themselves according to the physical laws of drainage. Just as we engineer drainage in our houses so that we stay dry, and channel the waters where we want them to go, nature drains our lands. Rivers will follow the easiest path they can from the highest areas of their river basins (or catchments) to the lowest point they can reach (usually the ocean, sometimes local lakes or inland seas). Rivers follow geology and topography, but also mould and shape landscapes themselves, over time.

They are fed from water reservoirs that come from the sky, from vegetation root systems, and from large underground reservoirs. Geological structures, geological bedrock and geological surface deposits all influence rivers. Gravity will dictate how water flows through any landscape.

The nature of rivers changes according to the quantity and rate of water they transport. During times of low rainfall and drought they will occupy only a small part of their channels. With heavy and intense rain, they rise and often break out of their channels flooding their hinterland (termed floodplains). The rise and fall of rivers are natural. When rivers are at their highest their sheer hydraulic power is thousands of times greater than during the quiet times. Floods have provided humans with fertile plains, regularly renewing land with fresh silt and mud, and the sapphires, garnets, and rubies Sri Lanka is famous for. Science allows us to deeply understand the nature and behaviour of rivers: why they occupy their courses, why they go dry, why they flood, how much they flood, how they erode, how they deposit, and how they can carry different sizes and volumes of material.

Modern scientific sensors can accurately map rivers, measure the rainfall within their catchments, their flow rates, and the shape and form of their river channels. Modern computer modelling can accurately predict the size, duration, time, magnitude, and likely impact of floods. Mapping of geological river deposits informs us of the extent of floods over time in any river system. Science can monitor rivers, inform us about groundwater reservoirs and health, pollution within rivers, and how human impacts are influencing river processes.

Worldwide Cyclone Paths (source Nature 2020, https://doi.org/10.1038/s41597-020-0381-2

Most rivers in the world have been engineered by humans in a wide variety of ways. Dams, canals, river re-routing, energy generation, water storage, water pumping schemes, irrigation, and industrial utilisation, are examples. Intelligent utilisation of river resources has been of great human benefit. However, as with any natural system, there is a threshold beyond which damage is caused to the arteries of the nation. River catchment (basin) development can occur with no mindfulness of river-health. Mountainsides are denuded of trees, houses and urban areas grow quickly with disregard to river-natures, the natural architecture of land and river drainage is altered so much that water run-off significantly increases, and the impact of floods increases dramatically.

Whilst humans must use river resources to sustain modern livelihoods, the wider utilisation of science to inform our activities, and the greater the adoption of the principle of allowing rivers to run free, the safer our world will be. Our rivers and ecosystems will smile widely. Simple science-informed guidance such as avoiding building houses in flood plains, caring for the slopes that feed our rivers, and limiting rapid water urban run-off can be adopted by all. The idea of ‘sponge’ cities where urban environments soak up and store water, rather than increasing run-off is catching on in Singapore, China, and Denmark.

Sri Lanka’s population growth 1871 – 2001 (https://commons.wikimedia.org/wiki/File:SL_population_ growth.png)

Carefully safeguarding, and maximising the anti-flood control potentials of the beautiful wetland network of Colombo, and the incredible intelligent irrigation systems built from over 2000 years ago in central-north Sri Lanka is essential for a future safe Sri Lanka.

The Science of Landslides

Landslides occur in different shapes and forms but essentially move material quickly downslope through the force of gravity. They can vary in size, style, and magnitude, from slow but persistent peripheral movement of surface layers, to rapid movement of large quantities of rock and surficial deposits over significant distances. One large recent earthquake in Enga province, Papua New Guinea (2024) formed from the collapse of a large part of a mountainside, burying villages and leading to the deaths of up to 2000 people. Some of the world’s largest landslides transport cubic kilometres of material, and have killed 20,000 – 200,000 in China, Venezuela, and Peru.

Landslide Prone areas in Sri Lanka

Sri Lankan landslides mostly occur within the central Highlands region and peripheral areas, particularly in the southwest.

Debris Flow Rotational Landslide (Source Utah Geological Survey)

Much of Sri Lankan geology is comprised of hard crystalline rocks called gneiss: this forms the bulk of the nation’s upstanding mountains. Whilst intrinsically a hard and strong rock, Sri Lankan gneisses are weathered deeply by a hot, humid, tropical climate. Chemical weathering breaks down bedrock, forming thick deposits of altered degraded, material, termed regolith. These deposits can be 10m-> 30m thick. They lack the intrinsic cohesive strength and structure of the gneissic bedrock from which they form. Regolith is often reddish in colour due to the presence of abundant iron hydroxides.

Debris Flow Rotational Landslide

Sri Lankan landslides are mostly termed debris flows, involving the rapid downslope movement of moderate to large volumes of surficial regolith material downslope.

The causes of landslides are well known, as are areas of landslide high-risk. Landslides occur on steep or moderate slopes, particularly within areas of high relief. Triggers for landslides include earthquakes, volcanic eruptions, and high intensity rainfall. For Sri Lanka heavy rainfall, persistent rainfall, or alternating protracted periods of heavy and/or persistent rain with contrasting drought seasons are the main landslide triggers. Persistent-protracted monsoonal rainfall can seep deeply within surface regolith material, particularly if the materials are porous and permeable (capable of soaking and transporting water within its mass, like a sponge).

When the regolith becomes sodden with water its weight increases many times, internal friction is reduced, and lubrication increased. The ever-present gravity pulls with greater force on this wet, heavy, lubricated regolith. When this gravitational force exceeds the ‘sticking’ force that binds the regolith to the mountainside, the material slips and forms a landslide. Ancient and recent landslide deposits can be geologically mapped, helping us understand where and why landslides have occurred in the past. This mapping helps us identify and locate high-risk zones. Slope strength can be monitored through slope-stress sensors. In Hong Kong, a city of millions built on steep tropical slopes, every high-risk slope is catalogued, drained of water, strengthened through engineering, and regularly monitored.

Human activities can significantly increase the risks of landslides. Any activity that reduces the stability of slopes increases the probability of landslides. Cutting down trees, steepening slopes through engineering, and retarding natural slope-drainage, will all increase the likelihood of landslides. Moving human settlement to high-risk zones increases the exposure of people to landslide risks. Human interventions can reduce landslide risks by planting trees with deep root systems on slopes, increasing the natural drainage of slopes, and monitoring slope stability through simple observations such as observing the onset or long-term occurrence of surface cracks, road and wall slippage, and cracks appearing in buildings on slopes.

Increasing urbanisation in Colombo 1995-2017 (Source https://archive.roar.media/english/life/in-the-know/urbanisation-sri-lanka-growing-pains)

Landslides are a natural phenomenon and are part of the beauty of landscape formation. They have occurred long before humans existed and will continue to do so long after humans. The science of landslides is well understood and can help us all live more safely, at lower levels of risk. It is up to us to take notice of nature and live wisely with the nature of landslides.

Demographics and Development

Whilst climate change has had numerous impacts on weather systems, particularly in increasing the capacity of clouds to hold water, and rain more intensely, along with increasing the power of winds, we cannot blame everything on climate change. In days gone by we used to blame gods, now we blame climate change. We need to adapt to climate change, full stop. There are many things we are in control of and can change. More importantly, we need to become increasingly aware of the link between demography, socio-economics, urban development, and increasing environmental risks. These phenomena are all in our hands.

For most of human history global populations numbered millions and tens of millions. By 1804 the global population reached 1 billion, 2 billion during the early twentieth century, almost 3 billion in 1950 and now over 8 billion. This rapid rise in population, together with unprecedented levels of consumerism, has stressed the earth far more than any living species has done so during the past 4 billion years.

Sri Lanka’s population growth 1871 – 2001

Sri Lanka’s population grew rapidly from 2 million in1871, 6 million in 1943, to 22 million today, although it now appears to be reaching a steady state. This rapid population growth has led to concomitant urban growth, particularly around Colombo and the southwest, together with road-ribbon development, virtually continuously for example, between Colombo and Kandy. Mass tourism adds another one or two million high- consuming visitors every year.

Increasing urbanisation in Colombo 1995-2017

Rapid, sub-optimally planned, urban development, not only leads to the rapid generation of less-attractive urban environments (that will deter visitors), but also increases the exposure of a greater number of people to environmental risks. Whilst the power and wisdom of science can produce informed plans for safety and planetary health, the competing power of the development rupee or dollar profit unfortunately wins out. Profit at the expense of nature and environmental safety.

Conclusions: the power of Science: it’s in our hands

This article clearly spells out the practical nature and the power of the science of cyclones, weather, rivers and landslides, and how it can reduce our risks and exposure to potential disasters. Cyclone Ditwah and the 2004 tsunami were clear demonstrations to Sri Lanka of the power of nature. Science informs us, educates us, helps us understand how nature works, devises early warning methods and systems, monitoring tools, and predictive advice. If we apply the science and combine this with decision-makers, government, communities, and industry, we can live with nature and develop towns cities and village sympathetically. This is our choice. It is in our hands. We can avoid placing high populations or vulnerable poor people in areas of high environmental risk. We don’t have to surface this beautiful country with unattractive, never-ending, concrete, plasterboard, and cement. We can, instead, work with natural science, with natural systems, and with nature to create a happier, safer country, in-tune with the non-human as well as the human world.

Honouring all humans and sentient beings who have suffered from Cyclone Ditwah

I express my deep condolences to all who have suffered as Cyclone Ditwah struck. Many died. Many lost their homes, possessions, and loved ones. Many suffered damage to their properties. So many birds animals, insects and sentient beings suffered. Disasters bring deep anguish. Thankfully, the Government, nation, institutions, society and the international community have recognised the level of emergency and are providing assistance in a myriad of forms. I hope that, in a small way, this article presents opportunities to reduce future suffering.

by Prof. Michael G. Petterson



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Sri Lanka’s rice conundrum: Time to stop managing crises and start fixing the system

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Prof. Ranjith Senaratne,
Emeritus Professor in Crop Science and former Vice-Chancellor,
University of Ruhuna and General President of the Sri Lanka Association for the Advancement of Science (2023) and
Prof. Prasad Jayaweera,
Dean, Faculty of Computing, University of Sri Jayawardenapura

Rice is not merely another crop in Sri Lanka. It is our staple food, an integral part of our history and culture, and a foundation of the civilisation that flourished around our ancient hydraulic systems. Revered as Buddha Bhogaya, the Buddha’s crop, rice has sustained our people for more than two millennia. Yet, remarkably, a country with such a profound relationship with rice continues to lurch from one rice crisis to another.

At one time, we have a surplus. At another, we face shortages. Prices rise sharply, consumers complain, farmers struggle to obtain remunerative prices, millers and traders become the focus of public attention, imports are hurriedly arranged, and governments announce yet another set of measures to contain the crisis. Then, after the immediate problem subsides, the matter recedes from the national agenda, until the next crisis arrives.

Why does this keep happening despite decades of agricultural research, policy interventions, expert committees and public debate?

Perhaps because we have been asking the wrong question. The fundamental problem is not simply how to produce more rice. Nor is it merely a question of prices, imports, fertiliser, farmers, millers or markets. The rice conundrum is a complex national systems problem.

We cannot solve a system by fixing its parts in isolation

Sri Lanka’s rice sector is an intricate web of interconnected systems involving agriculture, land, water, climate, technology, finance, energy, transport, markets, trade, governance, institutions and consumer behaviour. A decision made in one part of this system can have consequences, sometimes unintended, in another.

A change in fertiliser policy, for example, can affect productivity and production costs, which in turn influence farmer profitability, market prices and the need for imports. Irrigation decisions affect not only production, but also water availability, energy use and environmental sustainability. Guaranteed prices influence farmers’ cropping decisions, while import policies can simultaneously protect consumers and weaken incentives for domestic production. Likewise, market concentration can affect both the price received by farmers and the price paid by consumers. This is precisely why isolated interventions so often produce disappointing results. We keep treating symptoms while leaving the underlying system largely untouched.

For decades, we have generated valuable scientific knowledge on individual aspects of rice production and marketing. But knowledge generated within disciplinary and institutional silos does not automatically translate into solutions to complex real-world problems. What is needed now is a fundamentally different way of thinking.

From a “rice crop” to a “rice system”

The first step is to stop looking at rice simply as something that is grown in a paddy field.

The rice system begins with land, water, seed, inputs, technology and finance. It extends through cultivation, harvesting, drying, milling, storage, transport, wholesale and retail marketing, and finally to the consumer’s table. At every stage, there are different interests, incentives, constraints and actors: farmers, farmer organisations, input suppliers, machinery operators, millers, traders, wholesalers, retailers, financial institutions, government agencies, researchers and consumers.

And hovering over the entire system are climate change, changing consumer preferences, technological transformation and national economic conditions. A weakness anywhere in this chain can compromise the performance of the whole system.

Consider post-harvest losses. If significant quantities of rice are lost because of inadequate drying, storage or processing facilities, increasing production alone cannot solve the problem. Similarly, if farmers produce efficiently but face weak markets and poor bargaining power, productivity gains may not translate into improved livelihoods.

The question, therefore, should not be “How much rice can we produce?” but “How can we make the entire rice system work better?”

That requires us to see the connections.

The missing ingredient: reliable, real-time information

There is another fundamental weakness that deserves urgent attention: we still lack a comprehensive, integrated, interoperable and reliable national information system for rice. Information is scattered among different institutions, often collected using different methodologies and not necessarily available when decisions need to be made.

How much rice will actually be produced? How much is in storage? What is the likely demand? Where are the emerging production shortfalls? What are the stocks held by different actors? How are prices moving along the value chain? What are the likely consequences of climate conditions? Without timely and reliable answers to such questions, policymakers are forced to make critical decisions with incomplete information. This is not merely an administrative inconvenience. It is a national food-security vulnerability.

Sri Lanka should therefore seriously consider establishing a National Rice Intelligence and Decision Support System (NRIDSS), an integrated digital platform that brings together relevant real-time information from agriculture, meteorology, irrigation, markets, trade, statistics and other institutions. Such a system could support production forecasting, market monitoring, import decisions, early warning and evidence-based policy formulation. In an increasingly uncertain climate and volatile global economy, this should no longer be regarded as a luxury. It is becoming an essential component of national food-system governance.

The deeper problems cannot be ignored

A systems approach would also force us to confront some uncomfortable structural realities. Why does productivity remain relatively low despite decades of research? Why are so many holdings too small to achieve economies of scale? Why are modern technologies and precision agriculture not being adopted more rapidly? Why do farmers often have limited bargaining power? Why do substantial losses occur after harvesting? Why can market power become concentrated in a relatively small number of actors? Why are guaranteed prices sometimes announced too late to influence farmers’ production decisions? Why are policy interventions so often reactive rather than proactive? And how will droughts, floods, temperature extremes, changing rainfall patterns and emerging pests affect the stability of rice production in the years ahead? These are not separate questions. They are parts of the same system.

From crisis management to systems governance

Sri Lanka does not need another isolated discussion about rice. What is needed is a national policy dialogue and action forum that brings all relevant actors together, not merely to exchange speeches, but to develop a shared understanding of the system and agree on what needs to be done. Such collaboration must go beyond consultation or the exchange of views. The different parties need to work together from problem definition through to implementation, bringing their diverse knowledge, perspectives, interests and practical experience into a common process.

Farmers bring contextual and experiential knowledge; industry actors understand market realities and operational constraints; scientists contribute evidence and analytical capabilities; policymakers bring institutional and regulatory perspectives; while technology and data specialists can provide new tools for understanding and managing the system. When these different perspectives are brought together systematically, they can reveal interdependencies, challenge assumptions, identify feasible interventions and generate solutions that are evidence-based, practically implementable and socially acceptable.

This is the essence of a transdisciplinary systems approach: not simply working across disciplines, but bringing together multiple stakeholders and multiple forms of knowledge to co-create solutions and share responsibility for outcomes. The process should therefore go beyond presentations and speeches. It should involve systems mapping, causal analysis, stakeholder dialogue, scenario planning and the participatory identification of the critical bottlenecks and leverage points in the rice system. Most importantly, it should distinguish between what is urgent and what is important, and between interventions that merely alleviate symptoms and those capable of changing the underlying behaviour of the system itself.

We need an implementation roadmap, not another report

There is, however, one important caveat. Sri Lanka has no shortage of reports, recommendations and policy documents. What we often lack is sustained implementation. Any national initiative on the rice conundrum must therefore end not with another set of broad recommendations but with a prioritised national action roadmap. It should identify short-, medium- and long-term actions, assign institutional responsibilities, establish timelines and define measurable indicators of progress. The ultimate objective should be to move Sri Lanka from reactive crisis management to proactive systems governance.

A national opportunity

The rice conundrum may, in fact, provide Sri Lanka with an opportunity that extends well beyond rice to deal with other important crops. If we can demonstrate that a complex national problem can be addressed by bringing together science, policy, stakeholder knowledge, real-time information and systems thinking, the approach could become a model for addressing other persistent challenges, from climate resilience and water security to energy, food systems and disaster risk.

The choice before us is therefore quite stark. We can continue responding to each rice crisis as it emerges, adjusting prices, arranging imports, appealing to millers, reassuring consumers and supporting farmers, only to repeat the cycle later. Or we can step back and ask a more fundamental question:

What is it about the way our rice system is structured and governed that continually produces these crises?

That is the question that needs to be answered. Sri Lanka has the scientific expertise, institutional capacity and stakeholder knowledge required to do so. What is needed now is the willingness to bring these fragmented sources of knowledge together and examine the rice sector as one interconnected system.

Our ancient civilisation understood the importance of interconnectedness: land, water, agriculture and society were organised as parts of a larger whole. Perhaps, in confronting the modern rice conundrum, we need to rediscover that systems wisdom, this time supported by modern science, technology, real-time data and transdisciplinary thinking. The time has come to stop merely managing the rice crisis. It is time to fix the system that keeps producing it.

It is against this backdrop that the Sri Lanka Association for the Advancement of Science (SLAAS) proposes to convene shortly a “National Policy Dialogue and Action Forum on the Rice Conundrum in Sri Lanka”, bringing together the key stakeholders across the rice system. The Forum is intended to provide a platform for moving beyond piecemeal and reactive interventions towards a coordinated, evidence-based and transdisciplinary systems approach, one capable of generating lasting and pragmatic solutions to what has become an “island-shaking national issue”.

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This curse of partisan politics in Sri Lanka

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78 Years of Demagoguery, Not Democracy

by Brigadier Ranjan de Silva
rpcdesilva@gmail.com

On the 4th of February every year, we raise the lion flag and speak of democracy. We speak of 78 years of “self-rule.” But honesty demands we ask: what kind of rule have we actually had? It was not democracy. Democracy is government for the common good, constrained by law, informed by reason, and accountable to truth.

What Sri Lanka has had for 78 years is demagoguery — government by manipulation, by party, and by passion.

Defining the Curse:

The dictionary defines demagoguery as “political activity that seeks support by appealing to the desires and prejudices of ordinary people rather than by rational argument.” Its tools are simple: divide the people, promise the impossible, demonize the opponent, and govern for the next election, not the next generation. That is the political culture we inherited in 1948 and perfected since.

78 Years of Evidence:

The record is not ambiguous. Policy by Pendulum – 1948–2024. Instead of a national development plan, we got a partisan wrecking ball. 1956: The “Sinhala Only Act” was passed not after linguistic study, but as an election mobilization tool. 1970-77: The SLFP nationalized private enterprise and imposed import controls. 1977: The UNP reversed course with an open economy overnight. 2005-2014: Mega infrastructure was built on Chinese loans with no feasibility transparency. 2015-2019: Those same projects were called “white elephants” and stalled. 2020-2021: The organic fertilizer ban was announced as a populist “green” policy, reversed 6 months later after it collapsed agriculture and food prices. The Colombo Port City, Hambantota Port, and the Central Expressway all followed the same pattern: started, stopped, rebranded. The country pays twice. The party takes credit once. Economics as Election Candy. Demagoguery is expensive. 1960s: Subsidized rice to win rural votes, leading to the 1971 food crisis.

2005-2014:

Fuel subsidies and public sector hiring sprees that doubled the wage bill. 2019:

Unfunded tax cuts that removed Rs. 500 billion in annual revenue with no offset. By April 2022, external debt hit $51 Billion and we defaulted for the first time. The party that cut taxes was not in power to manage the IMF program. The party that inherited it was blamed for the austerity. This is the cycle. Institutions captured. A democracy needs referees. We turned them into party cadres. The 17th Amendment 2001 created independent commissions. The 18th Amendment 2010 abolished them. The 19th 2015 restored them. The 20th 2020 gutted them again. Police transfers, university vice-chancellors, and state bank chairmen have all been decided by party headquarters, not merit.

When the institution serves the party, the citizen gets leftovers.

Identity over Ideas: From 1956 to 1983 to 2009 to 2022, our elections have been won on fear, not spreadsheets. “They will erase your language.” “They will sell the country.” “Only we can protect Buddhism/the minorities/the nation.”

Rational debate on debt, productivity, or climate adaptation never wins a rally. Prejudice does. That is demagoguery by definition.

Party Interest subverted the National Interest. The core damage of 78 years of partisan politics is this: the nation became secondary to the party. Need power sector reform? Impossible, because our unions will strike. Need to cut 300,000 ghost employees? Impossible, because our voters will defect. Need a 20-year education and export plan? Impossible, because it won’t show results before the next election. So, we borrowed. We patched. We lied. The result: a railway system that still runs on 1950s engines, hospitals without paracetamol in 2022, and a brain drain of 300,000+ skilled workers since the crisis. The parties rotated. The country declined.

The Opposition’s Original Sin and here, all parties share guilt equally. In opposition, the job is not to govern. It is to destroy. The UNP in the 60s called the SLFP “communist.” The SLFP in the 70s called the UNP “imperialist.” The JVP called both “traitors.” The SJB, SLPP, and NPP today use the same script with new logos. Every tax is “anti-people.” Every reform is “a sell-out.” Every crisis is proof the other side is evil and must be removed at any cost. Then they win. And implement 80% of what they opposed. Because demagoguery has no principles, only positions. 78 years of unmerciful, bad-faith criticism has not produced accountability. It has produced cynicism. The public now believes all politicians are the same — because for 78 years, they have behaved the same.

Breaking the Curse:

Changing the party in power will not end this. We must change the incentives that reward demagoguery. Three reforms are non-negotiable: Bind future Parliaments to national policy. Pass 10-year frameworks for energy, education, and public debt with 2/3 majority protection. Infrastructure and fiscal rules should outlast one government, as they do in Chile and New Zealand. Depoliticize the state. Independent commissions for police, elections, public service, and bribery must have constitutional budgets and appointment panels that exclude MPs. No more 18th/20th Amendment style rollbacks. Demand better from voters We must stop rewarding the best slogan and start demanding the best spreadsheet. Town halls over rallies. Costings over promises. A 5-year plan over a 5-minute speech.

In 1948, we did not inherit democracy. We inherited an election. For 78 years we have used that election to choose our favourite demagogue. The prize has been debt, division, and decay. The curse of partisan politics will only end when citizens and leaders agree on one principle: Party second. Country first. Until then, February 4th will remain a ceremony, not a celebration.

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Developing markets for fruits, vegetables and flowers in the Gulf

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Image courtesy Export Development Board)

Export diversification – Missing the wood for the trees – Part II

by Gomi Senadhira

Sri Lanka established its diplomatic presence in the Gulf region only in the early 1980s. First, a small embassy was opened in Abu Dhabi, covering the UAE. Then in 1982, embassies were opened in Jeddah and Kuwait. The embassy in Jeddah covered Saudi Arabia while Kuwait was responsible for Kuwait, Oman, Qatar and Bahrain. Commercial Diplomats were also assigned to these two embassies. A senior private sector executive, with experience in marketing, was posted to Jedda as the commercial counsellor. I was posted to Kuwait as a second secretary (Commercial). Our instructions were very clear. Focus not only on traditional exports. Product diversification was a priority.

Developing Markets for Agricultural Products

At that time, Minister Lalith Athulathmudali had just launched his Export Production Villages (EPV) programme. He believed that the EPVs working closely with the exporters would provide an ideal opportunity for rural households to directly benefit from the government’s new open trade policy. Agricultural products, particularly fruits and vegetables, were a key component of this approach and the ministry thought that the Gulf countries, with large Sri Lankan communities, would have a ready-made market for these items. Thus, from day one we were compelled to explore the market for nontraditional exports; fruits and vegetables (F&Vs) were on the top of our priority list.

From cane baskets to cardboard boxes

Fortunately, the market for the F&Vs products in the region was at a very early stage of development. That provided an opportunity for Sri Lankan exporters, who were also inexperienced, to work with the importers and grow together. For example, in Kuwait, one of our first customers for F&Vs was a small supermarket where the manager was a Sri Lankan. After the first shipment arrived, he invited me to inspect the shipment. I visited the supermarket and was shocked by what I saw. While produce from other countries was packed nicely in cardboard boxes, our packaging mirrored transport to Manning market, cane baskets! As a result, fresh produce had suffered significant damage. A long report, with photographs, to the trade ministry produced an immediate response. After all, this was a pet project of the Minister. Within weeks, shipments were packed in cardboard boxes. Immediately afterwards, an expert on packaging from the Commonwealth Secretariat was sent to Kuwait with an official from the EDB to study the problem.

By then, we had also managed to develop a friendship with the management of the Salmiya supermarket, a large upmarket supermarket patronised by wealthy Kuwaitis and expats. It was a cooperative and the chairman was a Kuwaiti public servant. I could only meet him after 6 PM when his large office functioned as a diwaniya, a cherished cultural space in Kuwaiti society. Guests moved in and out the room. I had to spend time with them sipping many cups of tea. Though that meant at least two hours on each visit, it helped greatly to develop a close relationship. The general manager was an efficient and friendly Palestinian. After many visits we had succeeded in getting an order for F&Vs. The day after the first shipment arrived, I got an urgent call from the GM to come and inspect it. Once again, I was in for a surprise. Inside the cold room, the consignments from other countries were stacked neatly on top of each other, while vegetable boxes from Sri Lanka had collapsed once placed on top of each other, crushing the produce within.

Fortunately, our packaging experts arrived in Kuwait soon after this incident. They spent two days in the Salmiya Supermarket, studying the packaging from other origins. We were also successful in assuring the GM our packaging would improve. After that, packaging improved and exports moved smoothly. With that, Sri Lanka emerged as a small but reliable supplier to the mainstream market, not just the ethnic segment of the market.

Export of Fresh Vegetables by Sea

Towards the end of my tour, a Sri Lankan businessman requested me to find a buyer for cabbages, which he was prepared to export in large quantities by sea. I introduced him to the largest fruit and vegetable importer in Kuwait. Their regular suppliers of similar vegetables were Jordan, Lebanon and Syria. Luckily, the company was keen to diversify the supply sources. A few weeks later, the first container load of cabbages from Sri Lanka arrived in Kuwait. Immediately after the arrival of the container, I visited the company. They were pleased with the quality and the price and were looking forward to importing more fruits and vegetables. Unfortunately, that turned out to be a one-off event. Later on, when I was back in Sri Lanka, the exporter informed me that he couldn’t continue with it due to the problems with the local supply chains.

Floriculture

During the period I was asked by the EDB to explore the market for floricultural products, more particularly for cut flowers. At that time Kuwait was a relatively large importer of cut flowers and live plants. The main suppliers were the Netherlands and Colombia. Importers were also reluctant to move out of the established supply chain, particularly due to “snob value” associated with the product from Europe. However, after some difficulties, one importer agreed to place a pre-paid trial order. After the arrival of that shipment, he was impressed by the quality of the product and the orders expanded rapidly. As a result, by the end of 1985 Kuwait had become a major buyer of Sri Lanka’s floricultural products.

From village to global markets

As a result of the proactive promotional work undertaken by the EDB and the embassies in the region, by 1985, Sri Lanka had managed to acquire a small but significant share of the F&V and floriculture markets in the GCC countries. We had also identified domestic supply chain issues that hindered exports. All that was done, long before Southeast Asian or African countries even entered into that market. In fact, my Southeast Asian colleagues used to contact me often to reserve “durian” for them at the “Sri Lankan supermarket”.

Most importantly, a substantially large share of produce from Sri Lanka in Kuwaiti supermarkets originated in the EPVs. Of course, that didn’t just happen. The ministry (or the minister) using the carrot and stick approach “encouraged” exporters to buy the produce directly from the newly established EPVs. (The writer can be reached at senadhiragomi@gmail.com)

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