Opinion
Drought, El Nino, agriculture and food security: What Sri Lanka can do
By Prof. W.A.J.M. De Costa
Senior Professor and Chair of Crop Science,
Faculty of Agriculture, University of Peradeniya
At present, Sri Lanka is going through a prolonged rain-free period. Several parts of the country are experiencing an unprecedent drought with the Udawalawe reservoir running almost dry for the first time in fifty years. It is reported that water levels of most tanks and reservoirs are below 50% of their capacity. Agriculture, being an activity of extreme sensitivity to the variations in climate, has taken a severe hit. We see images of dried and scorched crops and the inevitable pleadings and protests from the farmers demanding water from reservoirs be released to their fields along with demands for compensation for crop losses. While the climatic variations are beyond our control, the question arises as to whether we could have anticipated the drought and put measures in place to better manage its potential impacts on Agriculture. An analysis of these issues, while coming too late to alleviate the present crisis, will be useful for the future as scientific evidence indicates that this scenario is likely to be repeated with greater frequency in the foreseeable future.
What has caused drought, and could it have been predicted?
The general rainfall pattern in Sri Lanka dictates that a drought could be expected during the period from July to September in the dry- and intermediate climate zones, which broadly include all parts of the country except its southwest and the western slope of the Central Highlands. The South-West Monsoon which brings rainfall during the period from May to September to the wet zone in the southwest of Sri Lanka does not go beyond the western slope of the Central Highlands, which act as a physical barrier for extending the rains to the rest of Sri Lanka.
Therefore, crop fields in the dry- and intermediate zones receive very limited rainfall at the beginning of the yala season in the second half of April and the first half of May. Thereafter, there is no assured and consistent rainfall generating process for these climatic zones until the Second Inter-Monsoon which sets in from October onwards, largely as a result of tropical atmospheric depressions in the region around the Bay of Bengal. Therefore, the present drought cannot be considered as entirely unexpected.
What has happened in Sri Lanka is that the rainfree period that generally occurs during the July-September period in the dry- and intermediate zones has intensified into a severe drought. Even though the full rainfall data are not yet available, it is highly likely that rainfall from the South-West Monsoon has been below-average in 2023. This has meant that even the limited amount of rainfall that normally occurs at the beginning of the yala season was decreased, thus increasing the possibility of water shortage for crops at an earlier point in the current season than in a season of normal rainfall.
Lower rainfall from the South-West Monsoon in the wet zone means less water in the major reservoirs and tanks in the dry zone that are fed by the rivers originating from the Central Highlands (e.g. Mahaweli, Walawe) and the reservoirs located in the wet zone (e.g. Kotmale, Victoria).
Intensification of the ‘normally expected’ drought during this time of the year has been caused predominantly by the atmospheric phenomenon known as the ‘El Niño’, which had been predicted to occur in the middle of 2023, based on the climatic patterns observed in 2021-22 and the early months of 2023. El Niño is a process triggered by a weakening of the atmospheric air circulation (i.e. wind) patterns above the Pacific Ocean around the equator. Such a weakening of atmospheric circulation patterns disrupts the normal pattern of ocean evaporation, cloud formation and rainfall.
This disruption of wind patterns brings droughts to Australia, tropical East Asia (e.g. Indonesia, India, Sri Lanka etc.) and some parts of South America (e.g. Brazil) while bringing heavy rainfall and floods in some parts of South America (e.g. Peru). El Niño events usually happen at a frequency of 1-3 times every decade.
The opposite cycle of El Niño, called La Niña, also happens at an approximately similar frequency where the wind patterns are unusually strengthened bringing excess rainfall to tropical Australasia and causing droughts in tropical South America. During an El Niño event, global air temperature increases above average whereas the opposite happens during a La Niña event. During an El Niño year, sea surface temperatures in the equatorial Pacific near South America (e.g. Peru) increase above average, and thereby provides an early warning signal. Such an increase had been observed during the first few months of 2023 and by April, climate scientists had predicted an El Niño during the middle of 2023.
Furthermore, they had warned that the El Niño in 2023 could be unusually strong (called a ‘Super El Niño’) because the last three years (2019-22) had seen a rare continuous run of La Niña, thus raising the possibility of it being followed by an El Niño. This information and early warnings should have been available to Sri Lanka’s Department of Meteorology who should have alerted the relevant authorities and stakeholders such as the officials of the Ministries of Agriculture, Power and Energy and the farmers.
What measures could be taken to protect Agriculture from the impacts of drought?
Early warning, preparation and making adjustments in advance are key to minimising the impacts of a drought on Agriculture as options are very limited once a drought sets in.
Early warning: Why was it not there?
Early warnings on impeding droughts can be issued based on analyses of the current and past meteorological data from land, atmosphere, and ocean. Large volumes of data from several sources are fed to models that describe the behaviour of climate and weather based on the laws of physics. These models, which are run on high-performance supercomputers, make predictions of the future weather patterns. Different global agencies such as the US National Oceanic and Atmosphere Administration (NOAA) and the UK Met Office run these models on a global scale, and their predictions are made available to the relevant agencies of countries which do not have the capacity to develop and operate their own models (e.g. Sri Lankan Department of Meteorology).
Prediction of weather is a complex and tricky exercise, where there is a possibility of getting the predictions wrong. The highly chaotic nature of the atmosphere and incomplete understanding of the processes means that none of the predictions are definitive. Only the probability of a certain weather event occurring within a given period can be given and often different models provide different probabilities for the same event. An unforeseen or previously unaccounted atmospheric disturbance can cause a sudden and large-scale impact on the entire weather system so that predictions given only a few days ago may not come true.
A small country such as Sri Lanka has the added complexity that it is represented by only a small portion of the global grid. The climate models are run separately and concurrently for small segments of the earth (called ‘grid cells’) and overall predictions are made by combining the model predictions for each individual cell. Sri Lanka falls within a small number of grid cells so that the predictions from these global scale climatic models are not specific enough to be of use in making decisions about important weather-dependent activities such as Agriculture. This is especially true when we take in to account the fact that Sri Lanka is divided in to 46 different agroecological regions based on the diverse combinations of climate and soil conditions that are found within such a small country.
Overcoming the above methodological difficulties in the prediction of weather (short-term variations) and climate (longer-term variations), especially given the limited resources available to the Sri Lankan Department of Meteorology, is challenging, but not impossible. Greater vigilance and monitoring of the forecasts, especially the medium- to long-range forecasts, from global weather and climate models put out by the global agencies could help the Sri Lankan meteorologists to look for similar patterns in the local weather data as they come in. Weather and climate forecasting involves the expertise, local knowledge and judgement of the meteorologists to translate model outputs into practically usable forecasts.
Conversion of larger scale model outputs to smaller scale local areas (called ‘down-scaling’) requires research which develops relationships between atmospheric processes and climatic factors at different scales. For Sri Lanka, a network of weather stations with sufficient geographical coverage to take into account the 46 different agroecological regions is essential to generate the data that will enable the local meteorologists to develop meaningful down-scaling procedures and make sufficiently accurate predictions.
The current number of weather stations which measure all required climatic factors in Sri Lanka is woefully inadequate and little initiative has been taken in recent times to develop and expand capacity in this vital area despite the obvious threat of climate change. Agencies such as the UK Met Office and NOAA are research hubs staffed with a large number of climate scientists and have close links to the university system of those countries and beyond.
In contrast, very little research takes place in the Sri Lankan Department of Meteorology and there are no formal links to the university system. Urgent initiatives are required to address these shortcomings in Sri Lanka’s capacity to forecast weather and climate especially given the clear and present danger posed by climate extremes such as droughts which are predicted to increase in their frequency as a result of climate change.
Preparation and making adjustments: Were they done?
Agriculture, especially the cultivation of crops, is an activity which is extremely sensitive to climatic conditions that the crops would experience in a given season. In Sri Lanka, the climate sensitivity of its crop production is further increased by the fact that rice, which provides its staple food and on which its national food security depends, is a crop which has an unusually high-water requirement in comparison to other major staple food crops such as wheat and maize. As such, adjustment of the cropping practices in accordance with the expected rainfall and water supply is essential for the cultivated crops to survive an expected drought until they are harvested.
A general principle that is adopted in drought-prone regions all over the world is to grow short-duration crops which are able to complete their cropping cycle before the drought intensifies (known as ‘drought escape’). This is especially relevant in the yala season in the dry- and intermediate zones of Sri Lanka because the drought that develops from mid-July onwards persists until October (and therefore called ‘terminal drought’). For such seasons, the Rice Research and Development Institute (RRDI) of the Sri Lankan Department of Agriculture has developed rice varieties which provide a harvest in 2 ½ – 3 months (e.g. Bg251, Bg314). However, it is clear that the majority of farmers have not opted for these varieties, but have instead cultivated their preferred varieties, which are of longer duration and therefore got caught in the drought before they mature.
Irrespective of the duration of the variety, timely commencement of cultivation with the onset of the limited rainfall in late-April and May is crucial for the crops to escape the drought that develops later in the season. Unfortunately, Sri Lankan farmers do not have a good track record in this regard. If rice crops had been established by the end of April with land preparation either before or after the Sinhala and Hindu New Year, even a three-month rice variety would have been harvested by the end of July.
In such crops, the need for water would have decreased from mid-July onwards because the water requirement of rice decreases during its final grain filling period. Therefore, while there are no records to verify this, there is a high likelihood that rice crops that have got caught in the drought are late-planted crops and most likely of longer duration (i.e. 3 ½ to 4 months) varieties.
There are reports that during the time when water was initially released from the Uda Walawa reservoir, a majority of the farmers had not begun their cultivation. Uncertainty about the supply of fertilizer may have played a part in farmers delaying commencement of cultivation, but it has proven to be a costly delay.
Selection of which crops to cultivate is a crucial decision prior to a season where a drought could be expected. In this regard, the recommendation from the Department of Agriculture is to cultivate short-duration rice only in fields where there is a reasonably-assured supply of water and to grow other field crops such as short-duration legumes (e.g. mung bean, cow pea, soya bean etc.) in fields where there is a likelihood of a water shortage. However, there is an inherent reluctance on the part of the farmers to follow this recommendation.
The preference is to cultivate rice irrespective of whether sufficient water would be available or not while ignoring any warnings from the Departments of Meteorology and Agriculture. There is a fair percentage of Sri Lanka farmers who practice rotation of crops, which has many agronomic advantages such as restoring soil fertility and breaking the pest- and disease cycles. However, changes in the choice of crops, especially at short notice, in response to an early warning of possible extreme climatic events such as drought, is not a practice that is ingrained in the psyche of the average Sri Lankan farmer.
Using the limited amount of available water efficiently, with minimum wastage, is essential to avoid crop failure during a drought-affected season. The predominant method of irrigation employed by Sri Lankan farmers involves saturating the soil by applying water along the surface. In rice cultivation, this is taken even further by maintaining a layer of standing water. These methods of water management require large quantities of water along with substantial wastage due to evaporation, lateral seepage and deep drainage (i.e. water draining down below the crop’s root zone).
Research has shown that in many crops, including rice, the soil need not be saturated throughout the crop’s duration for it to have sufficient water for its growth. In rice, there are alternative water management methods such as ‘alternative wetting and drying’ and ‘saturated soil culture’, which do not require standing water to be maintained at all times, and therefore require less water. These alternative methods require more precise management of their crops by the farmers. Unfortunately, they have not gained much acceptance by the farmers despite the efforts of researchers at the RRDI.
Role of governmental agencies: Did they do their job?
The governmental agencies, run by the taxpayer’s money and the indirect tax paid by the general public, have an important contribution to make to enable Sri Lankan Agriculture to withstand climate-related shocks such as the current drought, the frequency of which is predicted to amplify with climate change. While the Department of Meteorology needs to step up in providing forecasts with greater precision and credibility, the Department of Agriculture (DoA) of the central government and the Provincial Departments of Agriculture need a major shake-up of their programs and activities to build resilience in the food production system and among the farmer community to better manage similar drought episodes in the future.
While the research arm of the DoA should continue its efforts to develop crop varieties with greater genetic tolerance to drought, the extension arms of the DoA and the Provincial DoAs have a huge role to play in changing famer perceptions and convincing them to adopt cultivation strategies and practices that will increase the resilience of their farming systems against drought.
All these governmental agencies are hugely under-staffed and under-resourced with very low levels of motivation for innovation while being steeped in routine practices. As a result, these agencies and their officials have lost credibility in the eyes of the farmers so that their recommendations are not taken seriously and adopted. Therefore, there is a need to restore credibility and confidence among the farming community by more focused proactive activities with a clear vision and better planning.
The current crisis clearly demonstrated that there is no proper coordination between the relevant governmental agencies when addressing the multiple challenges faced during a drought. It is important that mechanisms are put in place for a coordinated response during a drought where all parties work with better understanding and flexibility while keeping the greater goals of protecting national food security, farmer livelihoods and energy security in focus.
Role of farmers: Are they willing to adapt and change?
Farmers are key stakeholders in Sri Lanka’s efforts to ensure national food security and as such are highly influential in shaping the interventions and policy initiatives to meet the challenges posed by drought and other climate-related events that affect Agriculture. While the government has the responsibility of ensuring the availability of key resources for farming such as fertilizer, water, seeds, fuel etc., the farmers, in turn, should have the willingness to adapt and change their age-old cultivation practices and perceptions to follow recommendations that are issued after careful research and field validation. A paradigm shift is needed on the part of the farmers as well.
Opinion
Chlorophyll –The Life-giver is in peril
Chlorophyll is the green pigment found in plants, algae, and cyanobacteria. It is essential for photosynthesis, the process by which light energy is converted into chemical energy to sustain life on Earth. As it is green it reflects Green of the sunlight spectrum and absorbs its Red and Blue ranges. The energy in these rays are used to produce carbohydrates utilising water and carbon dioxide and releasing oxygen in the process. Thus, it performs, in this reaction, three functions essential for life on earth; it produces food and oxygen and removes carbon dioxide from the atmosphere to maintain equilibrium in our environment. It is one of the wonders of nature that are in peril today. It is essential for life on earth, at least for the present, as there are no suitable alternatives. While chlorophyll can be produced in a lab, it cannot be produced using simple, everyday chemicals in a straightforward process. The total synthesis of chlorophyll is an extremely complex multi-step organic chemistry process that requires specialized knowledge, advanced laboratory equipment, and numerous complex intermediary compounds and catalysts.
Chlorophyll probably evolved inside bacteria in water and migrated to land with plants that preceded animals who also evolved in water. Plants had to come on land first to oxygenate the atmosphere and make it possible for animals to follow. There was very little oxygen in the ocean or on the surface before chlorophyll carrying bacteria and algae started photosynthesis. Now 70% of our atmospheric oxygen is produced by sea phytoplankton and algae, hence the importance of the sea as a source of oxygen.
Chemically, chlorophyll is a porphyrin compound with a central magnesium (Mg²⁺) ion. Factors that affect its production and function are light intensity, availability of nutrients, especially nitrogen and magnesium, water supply and temperature. Availability of nutrients and temperature could be adversely affected due to sea pollution and global warming respectively.
Temperature range for optimum chlorophyll function is 25 – 35 C depending on the types of plants. Plants in temperate climates are adopted to function at lower temperatures and those in tropical regions prefer higher temperatures. Chlorophyll in most plants work most efficiently at 30 C. At lower temperatures it could slow down and become dormant. At temperatures above 40 C chlorophyll enzymes begin to denature and protein complexes can be damaged. Photosynthesis would decline sharply at these high temperatures.
Global warming therefore could affect chlorophyll function and threaten its very existence. Already there is a qualitative as well as quantitative decline of chlorophyll particularly in the sea. The last decade has been the hottest ten years and 2024 the hottest year since recording had started. The ocean absorbs 90% of the excess heat that reaches the Earth due to the greenhouse effect. Global warming has caused sea surface temperatures to rise significantly, leading to record-breaking temperatures in recent years (like 2023-2024), a faster warming rate (four times faster than 40 years ago), and more frequent, intense marine heatwaves, disrupting marine life and weather patterns. The ocean’s surface is heating up much faster, about four times quicker than in the late 1980s, with the last decade being the warmest on record. 2023 and 2024 saw unprecedented high sea surface temperatures, with some periods exceeding previous records by large margins, potentially becoming the new normal.
Half of the global sea surface has gradually changed in colour indicating chlorophyll decline (Frankie Adkins, 2024, Z Hong, 2025). Sea is blue in colour due to the absorption of Red of the sunlight spectrum by water and reflecting Blue. When the green chlorophyll of the phytoplankton is decreased the sea becomes bluer. Researchers from MIT and Georgia Tech found these color changes are global, affecting over half the ocean’s surface in the last two decades, and are consistent with climate model predictions. Sea phytoplankton and algae produce more than 70% of the atmospheric oxygen, replenishing what is consumed by animals. Danger to the life of these animals including humans due to decline of sea chlorophyll is obvious. Unless this trend is reversed there would be irreparable damage and irreversible changes in the ecosystems that involve chlorophyll function as a vital component.
The balance 30% of oxygen is supplied mainly by terrestrial plants which are lost due mainly to human action, either by felling and clearing or due to global warming. Since 2000, approximately 100 million hectares of forest area was lost globally by 2018 due to permanent deforestation. More recent estimates from the UN’s Food and Agriculture Organization (FAO) indicate that an estimated 420 million hectares of forest have been lost through deforestation since 1990, with a net loss of approximately 4.7 million hectares per year between 2010 and 2020 (accounting for forest gains by reforestation). From 2001 to 2024, there had been a total of 520 million hectares of tree cover loss globally. This figure includes both temporary loss (e.g., due to fires or logging where forests regrow) and permanent deforestation. Roughly 37% of tree cover loss since 2000 was likely permanent deforestation, resulting in conversion to non-forest land uses such as agriculture, mining, or urban development. Tropical forests account for the vast majority (nearly 94%) of permanent deforestation, largely driven by agricultural expansion. Limiting warming to 1.5°C significantly reduces risks, but without strong action, widespread plant loss and biodiversity decline are projected, making climate change a dominant threat to nature, notes the World Economic Forum. Tropical trees are Earth’s climate regulators—they cool the planet, store massive amounts of carbon, control rainfall, and stabilize global climate systems. Losing them would make climate change faster, hotter, and harder to reverse.
Another vital function of chlorophyll is carbon fixing. Carbon fixation by plants is crucial because it converts atmospheric carbon dioxide into organic compounds, forming the base of the food web, providing energy/building blocks for life, regulating Earth’s climate by removing greenhouse gases, and driving the global carbon cycle, making life as we know it possible. Plants use carbon fixation (photosynthesis) to create their own food (sugars), providing energy and organic matter that sustains all other life forms. By absorbing vast amounts of CO2 (a greenhouse gas) from the atmosphere, plants help control its concentration, mitigating global warming. Chlorophyll drives the Carbon Cycle, it’s the primary natural mechanism for moving inorganic carbon into the biosphere, making it available for all living organisms.
In essence, carbon fixation turns the air we breathe out (carbon dioxide) into the food we eat and the air we breathe in (oxygen), sustaining ecosystems and regulating our planet’s climate.
While land plants store much more total carbon in their biomass, marine plants (like phytoplankton) and algae fix nearly the same amount of carbon annually as all terrestrial plants combined, making the ocean a massive and highly efficient carbon sink, especially coastal ecosystems that sequester carbon far faster than forests. Coastal marine plants (mangroves, salt marshes, seagrasses) are extremely efficient carbon sequesters, absorbing carbon at rates up to 50 times faster than terrestrial forests.
If Chlorophyll decline, which is mainly due to human action driven by uncontrolled greed, is not arrested as soon as possible life on Earth would not be possible.
(Some information was obtained from Wikipedia)
by N. A. de S. Amaratunga ✍️
Opinion
Nihal Seneviratne – God’s good man
Nihal Seneviratne’s funeral on Wednesday was one of the best attended in recent times. He passed away on Tuesday after a short spell in hospital and no wonder a great many people came to bid him a final goodbye. He was not only a truly accomplished public servant with a 33-year long career in the legislature but was also God’s good man – humble, pleasant and ever ready to go out of his way to help anybody.
Like his predecessor as Secretary General of Parliament, Sam Wijesinha, Nihal passed the 91+ years landmark in his lifetime. These two top officials who headed the administration of the legislature for many long years were very different from each other. Sam made the office of Clerk to the House of Representatives he took over from retiring Ralph Deraniyagala, a very visible institution while Nihal, recruited as Assistant to the then Clerk Assistant in 1965 during Deraniyagala’s time, preferred to do his job away from the limelight.
He was affectionately nicknamed Galba from his days at the Royal Primary School in the 1940s – a teacher had asked him “Seneviratne, what’s in your lunchbox?” and he had replied “Gulbunis, Sir” – acquiring a nickname that withstood the ravages of time. Coincidentally, he married into the famous Perera and Sons bakery family and even his wife, Srima, often referred to him as “Galba.”.
His choice of career was somewhat accidental. Having taken an Ll.B. degree from Peradeniya in 1959 he had undergone the mandatory two years at the Law College to be enrolled as an advocate. He had won a scholarship to the US when an advertisement for the parliament vacancy was published. His close friend, Rajah Kuruppu (“Crumbs” to him) had typed out an application, got him to sign it and sent it off.
He was interviewed and selected. Therein lies an interesting story. The interview board comprised the Speaker (Pelpola), Leader of the House (CP de Silva), Leader of the Opposition (Dudley Senanayake) and the Clerk (Deraniyagala). When he said he was a Royalist, both Dudley and CP who were Thomians said “wrong school!”
Nihal asked Deraniyagala whether he could complete his American scholarship and take up the appointment on his return. This was refused but but he was told he’d be sent to the House of Commons for training. Nihal accepted these terms and a long career ending at the pinnacle ensued.
Srima used to joke that when she was engaged to Nihal, she would tell her friends that she was marrying an assistant clerk!
As an All Island JP, Nihal was of immense service to friends and acquaintances attesting various documents. Hundreds of these have been signed on his dining table. He would often offer to visit friends’ homes when attestations were required without making them come to him.
Nihal Seneviratne appropriately wore a Royal College tie when he was laid out after passing away. He had always been passionate about his old school, serving as Secretary of the Royal College Union and being its Vice President Emeritus when he died. The school was well represented st his funeral.
He also did much to keep the alive the memory of his late brother, Professor KN (Bull) Seneviratne, well known professor of pathology and founder of the Post Graduate Institute of Medicine, who passed away prematurely many years ago, organizing an annual oration in his memory. Despite challenges of age, he flew to Australia to visit his sister living there as often as he could.
Nihal published two books of memoirs with ringside stories of momentous events in the legislature of his time that included the JVP bomb lobbed into a committee room of parliament killing one MP and seriously injuring Lalith Athulaththmudali. JRJ miraculously escaped while then PM Premadasa was also hurt. The grenade bounced off the table at which the president, prime minister and chief government whip sat and exploded under Athulathmudali’s chair. Seneviratne had to cope with the mayhem that followed.
He was on the hot seat when the attempt to impeach President Premadasa was “entertained” by Speaker MH Mohamed who thereafter abandoned it. Therein lies a story that Nihal has written about. He was never consulted by the speaker and the original motion has vanished into thin air and is not in the parliament archives.
Not only Srima, his wife, children Satyajith and Shanika, and his three granddaughters who spoke warmly of their seeya when his last book was launched, but also a host of family, friends, subordinates, colleagues and many more will miss this remarkable human being who non-ostentatiously wore an important title during a long career in the national legislature.
Manik de Silva
Opinion
The minstrel monk and Rafiki, the old mandrill in The Lion King – II
(Continued from January 02, 2026)
From my perspective, it is obvious that Sri Lanka as a country/nation is still left in the lurch politically, economically and morally. The biggest problem is that there is no inspiring leadership. Strong moral leadership is a key component of good governance. ‘Raja bhavatu dhammiko’ (May the ruler be righteous) is the perennial chant of the bhikkhus we hear every morning. A country’s moral leadership is interwoven with its ethical foundation, which, in Sri Lanka’s case, is built on Buddhist moral values, which resonate with the best found in other faiths.
The two dynamic social activist monks, mentioned towards the end of Part I of this article, are being targeted for severe public denunciation as rabid racists in the media in Sri Lanka and abroad due to three main reasons, in my view: First, they are victims of politically motivated misrepresentation; second, when these two monks try to articulate the problems that they want responsible government servants such as police and civil functionaries to address in accordance with the law, they, due to some personality defect, fail to maintain the calm sedateness and composure normally expected of and traditionally associated with Buddhist monks; third, (perhaps the most important reason in this context), these genuine fighters for justice get wrongly identified, in public perception, with other less principled politician monks affiliated to different political parties. Unlike these two socially dedicated monks, monks engaged in partisan politics are a definite disadvantage to the parties they support, especially when they appear on propaganda platforms. The minstrel monk mentioned later in this writeup is one of them.
The occasional rowdy behaviour of Madakalapuwa Hamuduruwo is provoked by the deliberate non-responsiveness of certain unscrupulous government servants of the Eastern Province (who are under the sway of certain racist minority politicians) to his just demands for basic facilities (such as permits for plots of land and water for cultivation) for traditional Sinhalese dwellers in some isolated villages in the area ravaged by war. That is something that the government must take responsibility for. The well-known Galagoda-aththe Thera had long been warning about the Jihadist threat that finally led to the Easter Sunday attacks, but he was in jail when it actually happened. The Yahapalana government didn’t pay any attention to his evidence-based warnings. Instead they shot the messenger. Had the authorities heeded his urgent calls for alarm, the 275 men, women and children dead, and the 500 or so injured, some grievously, would have been safe.
The Mahanayakes should have taken a leaf out of Cardinal Malcolm Ranjith’s book. The Cardinal knows that his responsibility is to look after his flock as a single unanimously approved/accepted leader of the Catholic Church. He fulfills that responsibility well. But, the Mahanayakes couldn’t have resorted to the Cardinal’s strategies which he chooses in accordance with his Catholic/Christian conscience (ultimately fashioned by Christian moral values). The Mahanayakes however, like the Cardinal, could have brought pressure on any one or all of the Presidents and the Prime Ministers elected/appointed since the end of the separatist conflict in 2009 to implement Article 9 of the existing Constitution in its letter and spirit and the powerful earlier Antiquities Ordinance of 1940 fully (I hope it is not in abeyance now) to protect the extensive Buddhist archaeological heritage sites spread throughout the North and East, which have been encroached on and vandalised for decades now, and to look after the poverty-stricken Sinhalese peasants who have somehow managed to survive in the isolated villages in the the Batticaloa District.
A few errant monks, in my opinion, owe their existence primarily to the failure of two groups of people, opportunistic politicians and the indifferent Sangha leadership, to put it plainly. Politicians use monks for securing the Buddhist vote to come to power, and the Mahanayake theras fail to take a united stand against them. As a rule, politicians forget about monks after getting elected to power, apparently, in the hope of not alienating non-Buddhist voters, who naturally favour candidates of their own at elections. Their leaders acquire the influence they need to survive in politics by rubbing those in power the right way. But those non-Buddhist voters are as innocent and peace-loving as the traditionally hoodwinked Buddhist voters.
In this context, I remember having watched a YouTube video uploaded over four months ago featuring MP Namal Rajapaksa. The video (2025-08-30) contained a news clip taken from a mainstream TV channel that showed the young MP being snubbed by a certain Anunayake Thera in Kandy. This was when the MP, during his audience with the high priest, mentioned to him how a retired senior naval officer who had done so much selfless service in ridding the country of Tamil separatist terrorism had been arrested and remanded unjustly (as it appeared) under the present government which is being accused of succumbing unnecessarily to global Tamil diaspora pressure. The monk’s dismissive and insensitive comment in response to MP Namal Rajapaksa’s complaint revealed the senior monk’s blissful ignorance and careless attitude: “We can’t say who is right, who is wrong.” Are we any longer to believe that the Maha Sangha that this monk is supposed to represent are the guardians of the nation?
Please remember that the country has been plunged into the current predicament mainly due to the opportunistic politicians’ policy of politics for politics’ sake and the Mahanaykes’ inexplicable “can’t-be-bothered” attitude. It is not that they are not doing anything to save the country, the people, and the inclusive, nonintrusive Buddhist culture
A young political leadership must emerge free from the potentially negative influence of these factors. SLPP national organiser MP Namal Rajapaksa, among a few other young politicians like him of both sexes, is demonstrating the qualities of a person who could make a successful bid for such a leadership position. In a feature article published in The Island in September 2010 (well over fifteen years ago) entitled ‘Old fossils, out! Welcome, new blood!’ I welcomed young Namal Rajapaksa’s entry into politics on his own merits as a Sri Lankan citizen, while criticising the dynastic ambitions of his father, former president Mahinda Rajapaksa. Namal was already a Cabinet minister then, I think. I have made complimentary observations on his performance as a maturing politician on several occasions in my subsequent writings, most recently in connection with the Joint Opposition ‘Maha Jana Handa’ rally at Nugegoda that he organised on November 21, 2025 on behalf of the SLPP (The Island December 9 and 16). A novel feature he had introduced into his programme was having no monk speakers. I, for one, as a patriotic senior Sri Lankan, wholeheartedly approve of that change from the past. Let monks talk about politics, if they must, from a national platform, not from party political stages. That is, they should provide a disciplined, independent ethical voice on broad societal issues. Ulapane Sumangala Thera is approximating that in his current outspoken criticism of PM Harini Amarasuriya’s controversial education reforms. But I am not sure whether he will continue with non-partisan politics and also infuse some discipline and decency into his speech.
Namal should avoid the trodden path in a plausible manner and get rid of the minstrel monk who insists on accompanying him wherever he goes and tries to entertain your naturally growing audiences with his impromptu recitations”.
This monk reminds me of Rafiki the old mandrill in the 1994 The Lion King animation movie. But there is a world of difference between the monk and the mandrill. The story of The Lion King is an instructive allegory that embodies a lesson for a budding leader. One bright morning, while the royal parents are proudly watching behind him, and, as the sun is rising, Rafiki, the old wise shaman, presents lion king Mufasa’s new born cub, Simba, from the top of Pride Rock to the animals of the Pride Lands assembled below. Rafiki, though a bit of an eccentric old shaman, is a wise spiritual healer, devoted to his royal master, the great king Mufasa, Simba’s father. The film depicts how Simba grows from a carefree cub to a mature king through a life of troubles and tribulations after the death of his father, challenged by his cruel younger brother Scar, Simba’s uncle. Simba learns that ‘true leadership is rooted in wisdom and respect for the natural order, a realisation that contrasts Mufasa’s benevolent rule with Scar’s tyranny’.
Years later, another dawn, animals gather below the Pride Rock, from where Rafiki picks up the wiggling little first born cub of King Simba and Queen Nala and raises him above his head. All the animals cheer and stamp their feet.
The film closes with Simba standing at the top of Pride Rock watching the sunset beyond the western hills.
“Everything is all right, Dad”, Simba said softly. “You see, I remember …. He gazed upward. One by one each star took its place in the cold night sky.
The film describes the Circle of Life, the interconnectedness and interdependence of all living things, and the cycle of birth, death, and renewal. For me, this is a cheerful negation of T.S. Eliot’s pessimistic philosophical reflection on life: “Eating and drinking, dung and death”.
Namal has already developed his inherited political leadership skills, which he will be capable of enhancing further with growing experience. Let’s hope there are other promising, potential young leaders of both sexes as well, to offer him healthy competition eventually, so that, in the future, the country will be ruled by the best leaders. Concluded
by Rohana R. Wasala ✍️
-
News1 day agoSajith: Ashoka Chakra replaces Dharmachakra in Buddhism textbook
-
Business1 day agoDialog and UnionPay International Join Forces to Elevate Sri Lanka’s Digital Payment Landscape
-
Features1 day agoThe Paradox of Trump Power: Contested Authoritarian at Home, Uncontested Bully Abroad
-
News6 days agoInterception of SL fishing craft by Seychelles: Trawler owners demand international investigation
-
News1 day agoLevel I landslide early warnings issued to the Districts of Badulla, Kandy, Matale and Nuwara-Eliya extended
-
Features1 day agoSubject:Whatever happened to (my) three million dollars?
-
News6 days agoBroad support emerges for Faiszer’s sweeping proposals on long- delayed divorce and personal law reforms
-
News1 day ago65 withdrawn cases re-filed by Govt, PM tells Parliament
