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Are We Making Rational Decisions in the Rice Sector

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M. P. Dhanapala

former Director, Rice Research and Development

The agrochemicals, inclusive of chemical fertilizers, are to be replaced by non toxic organic manure and other environmental friendly products based on the expert advice that the modern agricultural products are toxic due to indiscriminate use of agrochemicals. An example frequently cited was the Chronic Kidney Disease (CKDu) of unknown origin in the North Central Province. Also, some critics insist that those who promote agrochemicals are rewarded by multinational companies involved in the agrochemical industry.

As a result, agrochemicals in agriculture was a topic debated in the media by policy makers. their advisors, specialist doctors, university professors, professionals of organic agriculture, scientists, politicians, leaders of farmer organizations etc. The above allegations were refuted as inaccurate, inconclusive and unscientific (Pethiyagoda, R., U-tube seminar https://www.youtube.com/watch?v=rGe6ld2q1vs). According to some scientists, the causal agent of CKDu was concluded as high concentration of Fluoride ion (Fl-) in drinking water. As a rice scientist, I have some issues bothering me in this whole dispute; especially in the area of chemical fertilizer, the most indispensable, one and only input, that increases productivity of crops.

Rice farming is the least remunerative of all occupations in Sri Lanka; the farmers in the past were involved in rice farming because of the social dignity, the pride of not consuming imported rice (Beven, 1914, Tropical Agriculturist, 1914 Dec.). Also, farming is considered an independent profession; it is a fact that one has to pay respect when dealing with the farming community.

Organic manure issue

Some critics insist that we have lost the organic manure technology practised 3000 years ago; probably a documentation failure. It would be great if we could recover the old technology from somewhere. However, in the recent past, as documented in the scientific journal “Tropical Agriculturist”, incorporation of bulk organic matter was recommended as early as in 1914 for rice fields to circumvent disintegration and deterioration of soil structure due to puddling during land preparation (Harrison, 1914). The nutritional status of the organic material concerned was not quantified or discussed. This recommendation was made during the British era, around the inception of the Department of Agriculture, and it is valid even today.

In the 1940s, farmers did cultivate traditional varieties with green manure, farmyard manure, compost, soybean cake, fishmeal etc. as organic manure but no specific recommendations were recorded. The targeted rice yield then was 15 bushels per acre (0.75 t/ha.) but realized only a national average of less than 13 bushels/acre (< 0.65 t/ha). The government then had to import two thirds of the rice requirement of the country to feed the population (Tropical Agriculturist, 1945 July – Sept.). The rice ration book continued till the modern varieties were developed and established. The present day advisors and policy makers may be unaware of or have ignored that the rice ration book each citizen had with 52 weekly stamps, to obtain the imported (Milchard/white raw) rice ration from the nearby cooperative shop.

Incorporation of paddy straw into fields was emphasized just before the turn of the century to sustain soil fertility and organic content of the soil, especially when the cropping intensity increased with the release of high potential short duration rice varieties. This recommendation was complemented with site specific soil test-based fertilizer recommendations, using the regional recommendations as guidelines, to prevent indiscriminate use of fertilizer. Also, the researchers were vigilant to keep the high organic soils with poor and impeded drainage (wet zone) devoid of organic manure while taking precautions to prevent straw/crop residue becoming a primary inoculum of diseases.

We have no doubt that organic manure improves physical, chemical and biological properties of the soil. Organic manure has colloids, composed of protein rich material with negatively charged amino acids, and help to buid up the soil structure and cation exchange capacity (CEC) thus improving the nutrient retention power of the soil. Organic manures are not known as rich sources of plant nutrients. The nutrient contents and efficiency of different sources of organic manure are shown in Table 1.

The nutrient content of organic manure from the above sources in Sri Lanka cannot be significantly different from values in Table 1, unless there had been some other additives are incorporated in the process of manufacture.

Now, let us consider the nutrient recommendation for the most popular group of rice varieties (3.5 month) grown under irrigation in the dry-zone.

The present recommendation per hectare is 105 kg Nitrogen (N), 25 kg Phosphorus (P2O5) and and 35 kg of Potash (K2O) (Page 15, Fertilizer Recommendation for Rice, Department of Agriculture, 2013). As an example, we will examine the requirement of the most controversial nutrient component, nitrogen (N), in this recommendation. To meet this N requirement, the farmer should have around 13 tons of moisture free compost (0.8% N) for one hectare of land, assuming that the harvested straw of the previous season is not incorporated in to the soil.

If the compost available has 20 percent moisture, this figure would be little more than16 tons. The farmer then will have to pay for and carry in the field a little more than three tons of water on his back for every hectare of rice land cultivated. Additionally, there are peak requirements of N at different growth stages of the crop to promote yield components of the plant. The compost, once applied, will release N consistently, irrespective of the peak requirements of the crop growth stages and may continue this process even beyond the life-span of the crop as long as the mineralization process continues.

This example may be too much of an exaggeration, but the advisors/policy makers should know how inappropriate it is, to substitute a technology, more relevant for home gardening, for extensive paddy cultivation; this probably will be the reason behind the denial of compost culture by commercially oriented rice cultivators. Besides, it is unethical to force on the farmers, a new technology unfamiliar to them altogether. The organic farming specialists can demonstrate in large scale field trials their intended package of practices, specifically in different agro-ecological regions, to ascertain its appropriateness; feasibility, economic viability, sustainability and other advantages, to convince and gain farmer acceptance.

The total package of the proposed organic rice farming may include other options; green manure crops, wormi-compost, bio films, effective microbes, bio-gas residual products, N fixing microbes, organic extracts of unknown origin and ingredient etc., but none of these technologies were field tested and demonstrated with modern rice varieties.

One good example of Inappropriate Technologies is “The System of Rice Intensification (SRI)” introduced in Sri Lanka around the turn of the Century. It was some form of environment friendly, water saving organic farming project with labor intensive field operations, specially the transplanting procedure aimed at the exploitation of potential plant growth and the tillering (production of side shoots) capacity in rice to maximize yield. After a few years lapse, no farmers involved in the project could be traced to review its progress. If a technology is appropriate, you may notice lateral spread of the technology from farmer to farmer without any extension effort.

Inorganic Nitrogen as a Plant Nutrient

In the beginnig of the 20th Century, application of Nitrogen (N) to improve rice yields was attempted using theAmerican experience of Sodium Nitrate (NaNO3) in upland crops (Soybean). Nagaoka (1905) and, Daikuhara and Imaseki (1907) reported the superiority of Ammonium Sulphate ((NH4)2SO4) to NaNO3 as the source of N for rice. Subsequently, the basic investigations on application of N for rice were made in Japan, India, Hawai etc. confirming the superiority of the Ammonium form of N (NH4+) in rice, the process of nitrification and ammonification under different soil moisture regimes and the Nitrite (NO2-) toxicity when the concentration exceeds five to six parts per million (5-6 ppm) upon submergence of aerobic/nitrate rich soil etc.. One should realize that N in submerged soil, irrespective of its source (organic or inorganic), exists in the form of Ammonium ion (NH4+), a fact established universally.

Joachim (1927) stressed the importance of liberal manuring to improve yields at the onset of genetic improvement of crops, particularly when pure-line selection was initiated with traditional rice varieties. However, excessive manuring succumbs the rice crop to diseases (Blast and Brown spot); the crop tends to grow excessively vegetative and lodges prematurely affecting yield. Though some improvement of N response was developed by introducing disease tolerant ‘H’ varieties from the late 1950s, the basic defects of the traditional plant type, leafiness and lodging, prevailed. The introduction of new plant type (modern varieties) improved significantly the harvest index of the plant and the grain yield response to added N. A new source of N, Urea (46 % N), was introduced in the early 1970s to contain soil acidity developed by the regular use of Ammonium Sulphate (21% N) and Urea is being utilized extensively thereafter as the major source of N.

It is clear that the 16 t/ha compost requirement (105 kg N) of the example discussed in the previous section can be fulfilled with 230 kilograms of Urea. Furthermore, the crop requirement at different growth stages can be met by split application of Urea, as the N content of Urea will be available to the plant shortly after its field application.

Urea, (CO(NH2)2), is an organic compound denied in organic farming with molecular structure composed of Carbon, Oxygen and two Amine groups with no toxic elements. The amine groups are apparently converted to ammonium ion (NH4+) by soil microbes under anaerobic conditions and get adsorbed to the cation exchange complex. Any source of N, whether organic or inorganic, undergoes the same process of ammonification in submerged soils to form ammonium ion. If the soil is rich in CEC, the ammonium ion is kept tightly bound to the Soil Cation Exchange Complex and leaching and contamination of ground water will be contained or minimized.

As it is, the most appropriate solution to the current crisis is the recommendation of organic-inorganic combination of fertilizers as recommended by the Department of Agriculture. This will enhance the efficiency of both factors, organic and inorganic, synergistically and prolong the availability of N for crop growth without contamination of groumd water. Also, the quantity of N can be reduced substantially without affecting the performance of the crop as the N component is thereby efficiently utilized.

Also, some scientists are investigating atmospheric N fixing microbes, specifically in the root zone soil (rhizosphere) and within the plant (endophytic). If this is a realistic goal and if the naturally occuring microbes can fix N beyond their biological limits, we are fortunate as the atmosphere around us is full of Nitrogen (80 %). To observe N fixing soil microbial activity, there were some rice plots maintained for more than 30 years at the RRDI, Batalagoda, without added fertilizer.

Intuitively, by judging from the rice yields, I infer that the microbes associated in the soil of these plots are not capable of fixing more than 40 kg N per hectare, probably the biological limit of microbes and that too will be diminished when the crop requirement is met with added Nitrogen. Similarly, the inoculated rice plants with endophytic bacteria to fulfil the N requirement of rice would be a long shot. There were other concepts considered promising in atmospheric N fixation in rice but were abandoned prematurely as the technologies were found to be inappropriate, e.g. Azolla-Anabinae complex and root nodulation in Sesbania spp. etc.

Any rubbish product should not be converted to compost/organic manure as some sources are contaminated with heavy metals and other toxic products. The animal waste may carry residues of antibiotics used as growth promoters. The danger of developing antibiotic tolerant/resistant human pathogenic bacteria by free exposure to antibiotic residues or by exchange of genetic material (conjugation) among bacterial mutants with human pathogens is not ruled-out.

The current status of rice production in the country was achieved through mutual development of related technologies for more than a century. It is not a matter to be ruled-out by the so-called expert advisors with one stroke of a pen; as a result of transition to nontoxic organic rice cultivation, the loss incurred in national rice production will be colossal. This is not the time to learn organic rice cultivation with text book experience of experts with no field experimental evidence. The incidence of COVID 19 and other natural calamities (floods, droughts etc.) would affect global rice production adversely and a surplus production in rice exporting countries cannot be predicted. In this scenario, national food security for Sri Lanka could be further threatened disastrously through this adventure in organic farming that has been launched almost overnight, without any foresight whatsoever.

In the past, we had an excellent Agricultural Extension and Education System composed of regular Technical Working Group Meetings, Research-Extension Dialogues, Inservice Training Programs, Field Visits etc., and a well qualified, dedicated set of extension staff promoted the Good Agricultural Practices (GAP) in rice production. This system should be revitalized to sustain food security of the country.

(The writer is a former Director Rice Research Development of the Batalagoda Rice Research Station with postgraduate (Msc and PhD qualifications from the U.S. and Japan) with over 50-years experience in rice breeding at home and abroad)



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The US-China rivalry and challenges facing the South

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Prof. Neil DeVotta making his presentation at the RCSS.

The US-China rivalry could be said to make-up the ‘stuff and substance’ of world politics today but rarely does the international politics watcher and student of the global South in particular get the opportunity of having a balanced and comprehensive evaluation of this crucial relationship. But such a balanced assessment is vitally instrumental in making sense of current world power relations.

Thanks to the Regional Centre for Strategic Studies (RCSS), Colombo the above window of opportunity was opened on December 8th for those sections of the public zealously pursuing an understanding of current issues in global politics. The knowledge came via a forum that was conducted at the RCSS titled, ‘The US-China Rivalry and Implications for the Indo-Pacific’, where Professor Neil DeVotta of the Wake Forest University of North Carolina in the US, featured as the speaker.

A widely representative audience was present at the forum, including senior public servants, the diplomatic corps, academics, heads of civil society organizations, senior armed forces personnel and the media. The event was ably managed by the Executive Director of the RCSS, retired ambassador Ravinatha Aryasinha. Following the main presentation a lively Q&A session followed, where many a point of interest was aired and discussed.

While there is no doubt that China is fast catching up with the US with regard to particularly military, economic, scientific and technological capability, Prof. DeVotta helped to balance this standard projection of ‘China’s steady rise’ by pointing to some vital facts about China, the omission of which would amount to the observer having a somewhat uninformed perception of global political realities.

The following are some of the facts about contemporary China that were highlighted by Prof. DeVotta:

* Money is steadily moving out of China and the latter’ s economy is slowing down. In fact the country is in a ‘ Middle Income Trap’. That is, it has reached middle income status but has failed to move to upper income status since then.

* People in marked numbers are moving out of China. It is perhaps little known that some Chinese are seeking to enter the US with a view to living there. The fact is that China’s population too is on the decline.

* Although the private sector is operative in China, there has been an increase in Parastatals; that is, commercial organizations run by the state are also very much in the fore. In fact private enterprises have begun to have ruling Communist Party cells in them.

* China is at its ‘peak power’ but this fact may compel it to act ‘aggressively’ in the international sphere. For instance, it may be compelled to invade Taiwan.

* A Hard Authoritarianism could be said to characterize central power in China today, whereas the expectation in some quarters is that it would shift to a Soft Authoritarian system, as is the case in Singapore.

* China’s influence in the West is greater than it has ever been.

The speaker was equally revelatory about the US today. Just a few of these observations are:

* The US is in a ‘Unipolar Moment’. That is, it is the world’s prime power. Such positions are usually not longstanding but in the case of the US this position has been enjoyed by it for quite a while.

* China is seen by the US as a ‘Revisionist Power’ as opposed to being a ‘Status Quo Power.’ That is China is for changing the world system slowly.

* The US in its latest national security strategy is paying little attention to Soft Power as opposed to Hard Power.

* In terms of this strategy the US would not allow any single country to dominate the Asia-Pacific region.

* The overall tone of this strategy is that the US should step back and allow regional powers to play a greater role in international politics.

* The strategy also holds that the US must improve economic ties with India, but there is very little mention of China in the plan.

Given these observations on the current international situation, a matter of the foremost importance for the economically weakest countries of the South is to figure out how best they could survive materially within it. Today there is no cohesive and vibrant collective organization that could work towards the best interests of the developing world and Dr. DeVotta was more or less correct when he said that the Non-alignment Movement (NAM) has declined.

However, this columnist is of the view that rather being a spent force, NAM was allowed to die out by the South. NAM as an idea could never become extinct as long as economic and material inequalities between North and South exist. Needless to say, this situation is remaining unchanged since the eighties when NAM allowed itself to be a non-entity so to speak in world affairs.

The majority of Southern countries did not do themselves any good by uncritically embracing the ‘market economy’ as a panacea for their ills. As has been proved, this growth paradigm only aggravated the South’s development ills, except for a few states within its fold.

Considering that the US would be preferring regional powers to play a more prominent role in the international economy and given the US’ preference to be a close ally of India, the weakest of the South need to look into the possibility of tying up closely with India and giving the latter a substantive role in advocating the South’s best interests in the councils of the world.

To enable this to happen the South needs to ‘get organized’ once again. The main differences between the past and the present with regard to Southern affairs is that in the past the South had outstanding leaders, such as Jawaharlal Nehru of India, who could doughtily stand up for it. As far as this columnist could ascertain, it is the lack of exceptional leaders that in the main led to the decline of NAM and other South-centred organizations.

Accordingly, an urgent task for the South is to enable the coming into being of exceptional leaders who could work untiringly towards the realization of its just needs, such as economic equity. Meanwhile, Southern countries would do well to, indeed, follow the principles of NAM and relate cordially with all the major powers so as to realizing their best interests.

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Sri Lanka and Global Climate Emergency: Lessons of Cyclone Ditwah

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Floods caused by Cyclone Ditwah. (Image courtesy Vanni Hope)

Tropical Cyclone Ditwah, which made landfall in Sri Lanka on 28 November 2025, is considered the country’s worst natural disaster since the deadly 2004 tsunami. It intensified the northeast monsoon, bringing torrential rainfall, massive flooding, and 215 severe landslides across seven districts. The cyclone left a trail of destruction, killing nearly 500 people, displacing over a million, destroying homes, roads, and railway lines, and disabling critical infrastructure including 4,000 transmission towers. Total economic losses are estimated at USD 6–7 billion—exceeding the country’s foreign reserves.

The Sri Lankan Armed Forces have led the relief efforts, aided by international partners including India and Pakistan. A Sri Lanka Air Force helicopter crashed in Wennappuwa, killing the pilot and injuring four others, while five Sri Lanka Navy personnel died in Chundikkulam in the north while widening waterways to mitigate flooding. The bravery and sacrifice of the Sri Lankan Armed Forces during this disaster—as in past disasters—continue to be held in high esteem by grateful Sri Lankans.

The Sri Lankan government, however, is facing intense criticism for its handling of Cyclone Ditwah, including failure to heed early warnings available since November 12, a slow and poorly coordinated response, and inadequate communication with the public. Systemic issues—underinvestment in disaster management, failure to activate protocols, bureaucratic neglect, and a lack of coordination among state institutions—are also blamed for avoidable deaths and destruction.

The causes of climate disasters such as Cyclone Ditwah go far beyond disaster preparedness. Faulty policymaking, mismanagement, and decades of unregulated economic development have eroded the island’s natural defenses. As climate scientist Dr. Thasun Amarasinghe notes:

“Sri Lankan wetlands—the nation’s most effective natural flood-control mechanism—have been bulldosed, filled, encroached upon, and sold. Many of these developments were approved despite warnings from environmental scientists, hydrologists, and even state institutions.”

Sri Lanka’s current vulnerabilities also stem from historical deforestation and plantation agriculture associated with colonial-era export development. Forest cover declined from 82% in 1881 to 70% in 1900, and to 54–50% by 1948, when British rule ended. It fell further to 44% in 1954 and to 16.5% by 2019.

Deforestation contributes an estimated 10–12% of global greenhouse gas emissions. Beyond removing a vital carbon sink, it damages water resources, increases runoff and erosion, and heightens flood and landslide risk. Soil-depleting monocrop agriculture further undermines traditional multi-crop systems that regenerate soil fertility, organic matter, and biodiversity.

In Sri Lanka’s Central Highlands, which were battered by Cyclone Ditwah, deforestation and unregulated construction had destabilised mountain slopes. Although high-risk zones prone to floods and landslides had long been identified, residents were not relocated, and construction and urbanisation continued unchecked.

Sri Lanka was the first country in Asia to adopt neoliberal economic policies. With the “Open Economy” reforms of 1977, a capitalist ideology equating human well-being with quantitative growth and material consumption became widespread. Development efforts were rushed, poorly supervised, and frequently approved without proper environmental assessment.

Privatisation and corporate deregulation weakened state oversight. The recent economic crisis and shrinking budgets further eroded environmental and social protections, including the maintenance of drainage networks, reservoirs, and early-warning systems. These forces have converged to make Sri Lanka a victim of a dual climate threat: gradual environmental collapse and sudden-onset disasters.

Sri Lanka: A Climate Victim

Sri Lanka’s carbon emissions remain relatively small but are rising. The impact of climate change on the island, however, is immense. Annual mean air temperature has increased significantly in recent decades (by 0.016 °C annually between 1961 and 1990). Sea-level rise has caused severe coastal erosion—0.30–0.35 meters per year—affecting nearly 55% of the shoreline. The 2004 tsunami demonstrated the extreme vulnerability of low-lying coastal plains to rising seas.

The Cyclone Ditwah catastrophe was neither wholly new nor surprising. In 2015, the Geneva-based Internal Displacement Monitoring Centre (IDMC) identified Sri Lanka as the South Asian country with the highest relative risk of disaster-related displacement: “For every million inhabitants, 15,000 are at risk of being displaced every year.”

IDMC also noted that in 2017 the country experienced seven disaster events—mainly floods and landslides—resulting in 135,000 new displacements and that Sri Lanka “is also at risk for slow-onset impacts such as soil degradation, saltwater intrusion, water scarcity, and crop failure”.

Sri Lanka ranked sixth among countries most affected by extreme weather events in 2018 (Germanwatch) and second in 2019 (Global Climate Risk Index). Given these warnings, Cyclone Ditwah should not have been a surprise. Scientists have repeatedly cautioned that warmer oceans fuel stronger cyclones and warmer air holds more moisture, leading to extreme rainfall. As the Ceylon Today editorial of December 1, 2025 also observed:

“…our monsoons are no longer predictable. Cyclones form faster, hit harder, and linger longer. Rainfall becomes erratic, intense, and destructive. This is not a coincidence; it is a pattern.”

Without urgent action, even more extreme weather events will threaten Sri Lanka’s habitability and physical survival.

A Global Crisis

Extreme weather events—droughts, wildfires, cyclones, and floods—are becoming the global norm. Up to 1.2 billion people could become “climate refugees” by 2050. Global warming is disrupting weather patterns, destabilising ecosystems, and posing severe risks to life on Earth. Indonesia and Thailand were struck by the rare and devastating Tropical Cyclone Senyar in late November 2025, occurring simultaneously with Cyclone Ditwah’s landfall in Sri Lanka.

More than 75% of global greenhouse gas emissions—and nearly 90% of carbon emissions—come from burning coal, oil, and gas, which supply about 80% of the world’s energy. Countries in the Global South, like Sri Lanka, which contribute least to greenhouse gas emissions, are among the most vulnerable to climate devastation. Yet wealthy nations and multilateral institutions, including the World Bank, continue to subsidise fossil fuel exploration and production. Global climate policymaking—including COP 30 in Belém, Brazil, in 2025—has been criticised as ineffectual and dominated by fossil fuel interests.

If the climate is not stabilised, long-term planetary forces beyond human control may be unleashed. Technology and markets are not inherently the problem; rather, the issue lies in the intentions guiding them. The techno-market worldview, which promotes the belief that well-being increases through limitless growth and consumption, has contributed to severe economic inequality and more frequent extreme weather events. The climate crisis, in turn, reflects a profound mismatch between the exponential expansion of a profit-driven global economy and the far slower evolution of human consciousness needed to uphold morality, compassion, generosity and wisdom.

Sri Lanka’s 2025–26 budget, adopted on November 14, 2025—just as Cyclone Ditwah loomed—promised subsidised land and electricity for companies establishing AI data centers in the country.

President Anura Kumara Dissanayake told Parliament: “Don’t come questioning us on why we are giving land this cheap; we have to make these sacrifices.”

Yet Sri Lanka is a highly water-stressed nation, and a growing body of international research shows that AI data centers consume massive amounts of water and electricity, contributing significantly to greenhouse gas emissions.

The failure of the narrow, competitive techno-market approach underscores the need for an ecological and collective framework capable of addressing the deeper roots of this existential crisis—both for Sri Lanka and the world.

A landslide in Sri Lanka (AFP picture)

Ecological and Human Protection

Ecological consciousness demands

recognition that humanity is part of the Earth, not separate from it. Policies to address climate change must be grounded in this understanding, rather than in worldviews that prize infinite growth and technological dominance. Nature has primacy over human-created systems: the natural world does not depend on humanity, while humanity cannot survive without soil, water, air, sunlight, and the Earth’s essential life-support systems.

Although a climate victim today, Sri Lanka is also home to an ancient ecological civilization dating back to the arrival of the Buddhist monk Mahinda Thera in the 3rd century BCE. Upon meeting King Devanampiyatissa, who was out hunting in Mihintale, Mahinda Thera delivered one of the earliest recorded teachings on ecological interdependence and the duty of rulers to protect nature:

“O great King, the birds of the air and the beasts of the forest have as much right to live and move about in any part of this land as thou. The land belongs to the people and all living beings; thou art only its guardian.”

A stone inscription at Mihintale records that the king forbade the killing of animals and the destruction of trees. The Mihintale Wildlife Sanctuary is believed to be the world’s first.

Sri Lanka’s ancient dry-zone irrigation system—maintained over more than a millennium—stands as a marvel of sustainable development. Its network of interconnected reservoirs, canals, and sluices captured monsoon waters, irrigated fields, controlled floods, and even served as a defensive barrier. Floods occurred, but historical records show no disasters comparable in scale, severity, or frequency to those of today. Ancient rulers, including the legendary reservoir-builder King Parākramabāhu, and generations of rice farmers managed their environment with remarkable discipline and ecological wisdom.

The primacy of nature became especially evident when widespread power outages and the collapse of communication networks during Cyclone Ditwah forced people to rely on one another for survival. The disaster ignited spontaneous acts of compassion and solidarity across all communities—men and women, rich and poor, Buddhists, Christians, Muslims, and Hindus. Local and international efforts mobilized to rescue, shelter, feed, and emotionally support those affected. These actions demonstrated a profound human instinct for care and cooperation, often filling vacuums left by formal emergency systems.

Yet spontaneous solidarity alone is insufficient. Sri Lanka urgently needs policies on sustainable development, environmental protection, and climate resilience. These include strict, science-based regulation of construction; protection of forests and wetlands; proper maintenance of reservoirs; and climate-resilient infrastructure. Schools should teach environmental literacy that builds unity and solidarity, rather than controversial and divisive curriculum changes like the planned removal of history and introduction of contested modules on gender and sexuality.

If the IMF and international creditors—especially BlackRock, Sri Lanka’s largest sovereign bondholder, valued at USD 13 trillion—are genuinely concerned about the country’s suffering, could they not cancel at least some of Sri Lanka’s sovereign debt and support its rebuilding efforts? Addressing the climate emergency and the broader existential crisis facing Sri Lanka and the world ultimately requires an evolution in human consciousness guided by morality, compassion, generosity and wisdom. (Courtesy: IPS NEWS)

Dr Asoka Bandarage is the author of Colonialism in Sri Lanka:  The Political Economy of the Kandyan Highlands, 1833-1886 (Mouton) Women, Population and Global Crisis: A Politico-Economic Analysis (Zed Books), The Separatist Conflict in Sri Lanka: Terrorism, Ethnicity, Political Economy, ( Routledge), Sustainability and Well-Being: The Middle Path to Environment, Society and the Economy (Palgrave MacMillan) Crisis in Sri Lanka and the World: Colonial and Neoliberal Origins, Ecological and Collective Alternatives (De Gruyter) and numerous other publications. ​She serves on the ​Advisory Boards of the Interfaith Moral Action on Climate​ and Critical Asian Studies.

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Cliff and Hank recreate golden era of ‘The Young Ones’

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Cliff Richard and Hank Marvin’s reunion concert at the Riverside Theatre in Perth, Australia, on 01 November, 2025, was a night to remember.

The duo, who first performed together in the 1950s as part of The Shadows, brought the house down with their classic hits and effortless chemistry.

The concert, part of Cliff’s ‘Can’t Stop Me Now’ tour, featured iconic songs like ‘Summer Holiday’, ‘The Young Ones’, ‘Bachelor Boy’, ‘Living Doll’ and a powerful rendition of ‘Mistletoe and Wine.’

Cliff, 85, and Hank, with his signature red Fender Stratocaster, proved that their music and friendship are timeless.

According to reports, the moment the lights dimmed and the first chords of ‘Move It’ rang out, the crowd knew they were in for something extraordinary.

Backed by a full band, and surrounded by dazzling visuals, Cliff strode onto the stage in immaculate form – energetic and confident – and when Hank Marvin joined him mid-set, guitar in hand, the audience erupted in applause that shook the hall.

Together they launched into ‘The Young Ones’, their timeless 1961 hit which brought the crowd to its feet, with many in attendance moved to tears.

The audience was treated to a journey through time, with vintage film clips and state-of-the-art visuals adding to the nostalgic atmosphere.

Highlights of the evening included Cliff’s powerful vocals, Hank’s distinctive guitar riffs, and their playful banter on stage.

Cliff posing for The Island photographer … February,
2007

Cliff paused between songs to reflect on their shared journey saying:

“It’s been a lifetime of songs, memories, and friendship. Hank and I started this adventure when we were just boys — and look at us now, still up here making noise!”

As the final chords of ‘Congratulations’ filled the theatre, the crowd rose for a thunderous standing ovation that lasted several minutes.

Cliff waved, Hank gave a humble bow, and, together, they left the stage, arm-in-arm, to the refrain of “We’re the young ones — and we always will be.”

Reviews of the show were glowing, with fans and critics alike praising the duo’s energy, camaraderie, and enduring talent.

Overall, the Cliff Richard and Hank Marvin reunion concert was a truly special experience, celebrating the music and friendship that has captivated audiences for decades.

When Cliff Richard visited Sri Lanka, in February, 2007, I was invited to meet him, in his suite, at a hotel, in Colombo, and I presented him with my music page, which carried his story, and he was impressed.

In return, he personally autographed a souvenir for me … that was Cliff Richard, a truly wonderful human being.

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