Features
‘Qingdao organic fertiliser shipment is pathogen free’: How scientifically acceptable is test report?
by Prof. Devika de Costa
(Chair Professor of Plant Protection, Faculty of Agriculture, University of Peradeniya)
Background
The bulk carrier, Hippo Spirit, carrying an organic fertiliser shipment of 20,000 metric tons manufactured by the Qingdao Seawin Biotech Group Co. Ltd., China,started to sail to its destination, Colombo, Sri Lanka, from Qingdao port, China, on the 22 September 2021. Seventy-two days after its departure, on the 04 December 2021, Hippo Spirit left the Sri Lankan waters heading towards Singapore without unloading its shipment of organic fertiliser at the planned destination.
The reason for not allowing the shipment to be unloaded by the Sri Lankan authorities was the detection of the contamination of the organic fertiliser onboard with a plant pathogenic bacterium named Erwinia spp. and another group of bacteria of Bacillus spp., as confirmed twice by the National Plant Quarantine Service, Sri Lanka (NPQS). As per the Plant Protection Act No. 35, 1999 of Sri Lanka, material containing any organism harmful to, or injurious to, or destructive of plants and for the sanitation of plants in Sri Lanka, is not allowed to be imported.
Qingdao Seawin Biotech Group Co. Ltd., the supplier, directed the Hippo Spirit, along with the bulk organic fertiliser shipment, to a test laboratory in Singapore, with the intention of getting a sample of the shipment tested for its quality by a third party and to initiate an international arbitration procedure.
The third party testing laboratory that the Qingdao Seawin selected was SGS Testing & Control Services Singapore Pvt. Ltd. (SGS). The reason for obtaining the services of a third party for the testing procedure was to support the allegations made by Qingdao Seawin against the NPQS. Qingdao Seawin denied the fact that their shipment was contaminated with the bacterium Erwinia, emphasising that NPQS had not conducted the test procedures scientifically and had not followed standard methodologies adopted by the International Plant Protection Convention (IPPC).
Accordingly, a sample of the organic fertiliser shipment in Hippo Spirit was submitted to the SGS laboratory for testing its microbial quality on the 13 December 2021. At the SGS laboratory, this sample was tested to detect the presence of a specific group of bacteria, according to a standard test procedure, and the test results were released on 20 December 2021.

SGS test report Figure 1
shows an image of the test report released by the SGS laboratory on the 20 December 2021. According to the report, the submitted sample was tested by two standard methods, namely ISO 21528-1 (2017) and ISO 21528-2 (2017), to detect bacteria belonging to the Family Enterobacteriaceae, a sub-group within the large taxonomic group of bacteria.
The testing period of the sample has been reported as seven days from the 13th to the 20 December 2021. Results released by the SGS laboratory reveal that bacteria belonging to Enterobacteriaceae have not been detected in the sample subjected to the above two testing procedures.
(see Figure 1: The SGS test report)
What are Enterobacteriaceae bacteria?
Enterobacteriaceae is a large family of bacteria consisting of 53 bacterial genera (Reference No. 1). According to ‘Gram Staining’, the standard staining technique used in bacteriology for initial categorisation of bacteria, the bacteria belonging to this Enterobacteriaceae are classified as ‘Gram negative’. A majority of the bacterial genera belonging to this family are inhabitants of the human and animal intestine. Such bacteria are termed as ‘enteric bacteria’. In addition to the enteric bacteria, some of the genera belonging to the family Enterobacteriaceae live in natural environments such as soil and water.
There are some bacterial genera of this family, which are pathogenic (i.e. having the ability to cause diseases) to plants and animals. Most of the bacterial members of this family grow well at a temperature of 37 oC but there are some bacteria that show a better growth at a temperature range of 25 – 30 oC. Therefore, it is clear that within the same bacterial family, there are different bacterial genera and species with different physical, nutritional and functional characteristics. It is equivalent to siblings of a given family having differences in terms of their external morphological features, behaviour, attitudes, performances, working efficiency, etc.
Scientific basis of the test protocol to determine the quality of the sample
ISO 21528-1 (2017) and ISO 21528-2 (2017) are recommended test protocols to detect the presence of bacteria belonging to the Family Enterobacteriaceae in food samples used for human/animal consumption or to test the environmental samples used for primary food production, food production and food handling. Using the above test protocols it is possible to detect the presence of ‘culturable bacteria’ (i.e. bacteria which are capable of growing on synthetic culture media) belonging to the family Enterobacteriaceae. This means that the selected test protocols are suitable for detecting only a limited, focused group of bacteria and that these specific test protocols have not targeted the detection of all types of bacteria. The specificity of this test protocol to target only the culturable type bacteria of the Enterobacteriaceae family has been achieved through the specific synthetic culture medium used in the protocol. The culture medium used here is called the ‘Violet Red Bile Glucose Agar medium (VRBGA)’. Microbiologically, the culture media which specifically target a particular group of bacteria or microorganisms are termed ‘selective media’. Such selective media favour the growth of a particular group of microorganisms while suppressing the growth of all other types.
Selectivity of the VRBGA medium is determined by the ingredients used when preparing it. For example, the chemical stain called crystal violet and bile salts are used when preparing the VRBGA medium and both these chemical ingredients suppress the growth of Gram positive type bacteria. Moreover, the bile salts used in this medium encourages the growth of bacteria that are resistant to bile salts. In other words, only the bacteria which are not destroyed by the action of bile salts will grow on the VRBGA medium.
On the other hand, the bacteria which cannot tolerate bile salts will not grow on this selective medium even if they are present in the test sample.
Enteric bacteria naturally inhabit in an environment containing bile salts (i.e. the gut of animals and humans) and consequently are usually resistant to bile salts. Therefore, growth of such bacteria will not be suppressed when a test sample is allowed to grow on the VRBGA medium. However, non-enteric bacteria usually live in environments such as soil or plant tissue, and therefore, have no exposure to bile salts. Accordingly, they are not accustomed to grow in an environment containing bile salts. As a consequence, the growth of non-enteric bacteria is suppressed on the VRBGA medium. Therefore, it is clear that a test protocol using the VRBGA medium is not appropriate to test the presence of microorganisms or bacteria in a test sample of plant origin such as the organic fertilizer consignment from Qingdao Seawin Biotech Group Co. Ltd. More importantly, this renders the conclusion by the SGS test report invalid.
Erwinia spp. grow naturally in plant tissues which have no bile salts in them. Thus it is a group of non-enteric bacteria. As explained above, the growth of such non-enteric bacteria is heavily suppressed on the VRBGA medium. According to the results of the publication given as Reference Number 2, the VRBGA medium has been identified as a medium which underestimates the presence of plant bacteria such as Erwinia, despite Erwinia being a member of the Family Enterobacteriaceae. Therefore, it should be clear that even if bacteria belonging to Erwinia spp. had been present in the tested organic fertilizer sample from Qingdao, there was a very high probability for them not being able to develop colonies on the VRBGA medium. Thus, the conclusion that the sample is free from Erwinia is erroneous and inconclusive.
Scientific reasons for not agreeing with the conclusions made by the SGS report
The SGS report concludes that based on ISO 21528-1 (2017) and ISO 21528-2 (2017) test protocols, the sample does not contain bacteria belonging to the family Enterobacteriaceae, and therefore, the sample is free from Erwinia as well. Based on the above test report, news reports were released through public media (Daily News, 24th of December 2021 and News First, 22nd of December 2021) saying that the organic fertiliser shipment was free from plant, animal and human pathogens including Erwinia.

Given below are the scientific reasons to emphasise that the conclusion drawn is erroneous:
(a) Because of the highly selective nature of the VRBGA medium, all bacteria in the Enterobacteriaceae family will not develop colonies on it when the sample is tested by the above ISO procedures. Accordingly, Non-enteric bacteria and bacteria which are usual inhabitants of bile salt-free environments, and hence are not resistant to the effect of bile salts will not develop on the culture medium even if they are present in the test sample. Therefore, it is erroneous to conclude that the sample is free from Erwinia;
(b)
As a selective medium, VRBGA targets the detection of bacteria belonging to the Enterobacteriaceae family only. This medium suppresses the growth of all Gram positive type bacteria and other non-Enterobacteriaceae bacteria. There are many plant, animal and human pathogenic bacteria which belong to many other taxonomic families (i.e. other than Enterobacteriaceae/non-Enterobacteriaceae). Therefore, based on this test report, it is not possible to conclude that the sample is free from plant, animal and human pathogens from taxonomic families other than Enterobacteriaceae;
(c)
In giving their conclusion, the SGS report assumes that Erwinia belongs to the family Entereobacteriaceae. However, according to the most recent taxonomic classification of bacteria as given in Reference No. 3, the genus Erwinia is no longer a member of the Family Enterobacteriaceae. Accordingly, Erwinia genus is now included in a separate family named Erwiniaceae. This recent taxonomic classification is based on molecular biological methods of bacteria identification. In contrast, the previous classification, under which the genus Erwinia had been classified within the Family Enterobacteriaceae, was based on morphological and biochemical features of bacteria. It is widely acknowledged that molecular biological methods of bacteria identification are superior to methods based on morphological and biochemical features. This is equivalent to identifying a person by his/her genetic make-up as opposed to his/her external features and performance.
Organisms/microorganisms belonging to different taxonomic strata have unique behaviours and unique characteristics. These specific behaviours and features should be considered carefully when selecting appropriate methods for detecting microorganisms. Inappropriate selection of detection methodology leaves a very high possibility for a majority of microorganisms passing undetected, leading to erroneous conclusions about test samples.
If the fertiliser supplying company had the intention of clearing its good name that the shipment was free from Erwinia, the most appropriate methodology was to use specific, standard microbiological methods that are available to specifically detect the genus Erwinia or selected species of Erwinia. Or, the most logical and scientific approach should have been to test the sample for the presence of any culturable microorganism (using a standard microbiological technique suitable for this purpose) and if microorganisms were detected, to confirm their identity for genus Erwinia or species of Erwinia, subsequently. Instead what has been attempted through the test procedures that have been adopted by the SGS laboratory in Singapore was to try to convince the absence of Erwinia in an indirect way using a less sensitive and highly selective method targeting a particular group of bacteria with a questionable approach.
According to ISO 21528-1 (2017) and ISO 21528-2 (2017) test procedures, there is no specific guideline on the way of sampling. It is stated that the sampling is done on a case-specific way (if standard procedures are available for a given sampling material) and when such standards are not available, it is done via mutual agreement of the relevant parties.
According to the SGS report, the sample submitted for testing (Figure 2) is a parcel with approximate dimensions of 30 cm x 15 cm. The content within it could be estimated to be about 500 – 1000 g. It is highly questionable whether the amount of fertiliser sample submitted for testing was truly representative of the whole bulk of the 20,000 metric ton shipment. Furthermore, the number of samples submitted for testing seems to be only one, which is also not a sufficient number to represent the bulk of the shipment. There are widely-accepted sampling protocols that should have been used to obtain a series of representative samples. In scientific research, results based on a single sample are rarely, if ever, accepted as valid.
(See Figure 2: The sample used for testing as shown in the SGS test report)
ISO 21528-1 (2017) and ISO 21528-2 (2017) test procedures emphasise that the samples used for testing should be a proper representation of the bulk. In addition they provide clear guidelines on the quality of the sample at the time of its submission for testing. Accordingly, the sample should not have been damaged or changed during transport and storage. It is highly doubtful if the latter requirement could have been fulfilled from a shipment that had been stored in a bulk carrier for more than three months. Therefore, the validity/accuracy of the test results is questionable as the results do not reflect the initial quality/status of the shipment.
Based on above questionable/doubtful test procedures, it is not possible to conclude that the organic fertiliser sample tested by the SGS laboratory is free from plant, animal and human pathogens including Erwinia. The biggest concern arising from the conclusions of this nature is their negative impact on policy decisions and thereby the potential catastrophes that could be encountered by the nation as a whole. For example, the potential disease damage to a wide range of crops grown in Sri Lanka that could be caused by application of an organic fertiliser containing a plant pathogen such as Erwinia is enormous and could last for a very long period, incurring billions of rupees. Similarly, diseases to plants, animals and humans that could be caused by the wide range of microorganisms that are not detected by these highly-selective test protocols adopted by the SGS could lead to substantial economic and environmental damage along with human health hazards. These could take several years and several billions of rupees to be brought under control.
The meek response of the Sri Lankan authorities to the legal challenge of Qingdao based on the erroneous and questionable SGS test report from Singapore demonstrates their readiness to accept anything coming from an international agency while ignoring the scientifically-valid tests and conclusions of the Sri Lankan scientists. This sends a very negative detrimental signal to the national scientific community and to the nation as a whole.
References:
1. UK Standards for Microbiology Investigations: Identification of Enterobacteriaceae (2013), Issued by the Standards Unit, Microbiology Services, Public Health England, 32 pp.
2. Baruzzi, F., Cefola, M., Carito, A., Vanadia, S. and Calabrese, N., (2012). Changes in bacterial composition of zucchini flowers exposed to refrigeration temperatures. The Scientific World Journal, https://doi.org/10.1100/2012/127805, 6 pp.
3. Adeolu, M., Alnajar, S., Naushad, S. and Gupta, R.S., (2016). Genome-based phylogeny and taxonomy of the ‘Enterobacteriales’: proposal for Enterobacterales ord. nov. divided into the families Enterobacteriaceae, Erwiniaceae fam. nov., Pectobacteriaceae fam. nov., Yersiniaceae fam. nov., Hafniaceae fam. nov., Morganellaceae fam. nov., and Budviciaceae fam. nov. International Journal of Systematic and Evolutionary Microbiology, 66(12), 5575-5599.
Features
Ethnic-related problems need solutions now
In the space of 15 months, President Anura Kumara Dissanayake has visited the North of the country more than any other president or prime minister. These were not flying visits either. The president most recent visit to Jaffna last week was on the occasion of Thai Pongal to celebrate the harvest and the dawning of a new season. During the two days he spent in Jaffna, the president launched the national housing project, announced plans to renovate Palaly Airport, to expedite operations at the Kankesanthurai Port, and pledged once again that racism would have no place in the country.
There is no doubt that the president’s consistent presence in the north has had a reassuring effect. His public rejection of racism and his willingness to engage openly with ethnic and religious minorities have helped secure his acceptance as a national leader rather than a communal one. In the fifteen months since he won the presidential election, there have been no inter community clashes of any significance. In a country with a long history of communal tension, this relative calm is not accidental. It reflects a conscious political choice to lower the racial temperature rather than inflame it.
But preventing new problems is only part of the task of governing. While the government under President Dissanayake has taken responsibility for ensuring that anti-minority actions are not permitted on its watch, it has yet to take comparable responsibility for resolving long standing ethnic and political problems inherited from previous governments. These problems may appear manageable because they have existed for years, even decades. Yet their persistence does not make them innocuous. Beneath the surface, they continue to weaken trust in the state and erode confidence in its ability to deliver justice.
Core Principle
A core principle of governance is responsibility for outcomes, not just intentions. Governments do not begin with a clean slate. Governments do not get to choose only the problems they like. They inherit the state in full, with all its unresolved disputes, injustices and problemmatic legacies. To argue that these are someone else’s past mistakes is politically convenient but institutionally dangerous. Unresolved problems have a habit of resurfacing at the most inconvenient moments, often when a government is trying to push through reforms or stabilise the economy.
This reality was underlined in Geneva last week when concerns were raised once again about allegations of sexual abuse that occurred during the war, affecting both men and women who were taken into government custody. Any sense that this issue had faded from international attention was dispelled by the release of a report by the Office of the Human Rights High Commissioner titled “Sri Lanka: Report on conflict related sexual violence”, dated 13.01.26. Such reports do not emerge in a vacuum. They are shaped by the absence of credible domestic processes that investigate allegations, establish accountability and offer redress. They also shape international perceptions, influence diplomatic relationships and affect access to cooperation and support.
Other unresolved problems from the past continue to fester. These include the continued detention of Tamil prisoners under the Prevention of Terrorism Act, in some cases for many years without conclusion, the failure to return civilian owned land taken over by the military during the war, and the fate of thousands of missing persons whose families still seek answers. These are not marginal issues even when they are not at the centre stage. They affect real lives and entire communities. Their cumulative effect is corrosive, undermining efforts to restore normalcy and rebuild confidence in public institutions.
Equal Rights
Another area where delay will prove costly is the resettlement of Malaiyaha Tamil communities affected by the recent cyclone in the central hills, which was the worst affected region in the country. Even as President Dissanayake celebrated Thai Pongal in Jaffna to the appreciation of the people there, Malaiyaha Tamils engaged in peaceful campaigns to bring attention to their unresolved problems. In Colombo at the Liberty Roundabout, a number of them gathered to symbolically celebrate Thai Pongal while also bringing national attention to the issues of their community, in particular the problem of displacement after the cyclone.
The impact of the cyclone, and the likelihood of future ones under conditions of climate change, make it necessary for the displaced Malaiyaha Tamils to be found new places of residence. This is also an opportunity to tackle the problem of their landlessness in a comprehensive manner and make up for decades if not two centuries of inequity.
Planning for relocation and secure housing is good governance. This needs to be done soon. Climate related disasters do not respect political timetables. They punish delay and indecision. A government that prides itself on system change cannot respond to such challenges with temporary fixes.
The government appears concerned that finding new places for the Malaiyaha Tamil people to be resettled will lead to land being taken away from plantation companies which are said to be already struggling for survival. Due to the economic crisis the country has faced since it went bankrupt in 2022, the government has been deferential to the needs of company owners who are receiving most favoured treatment. As a result, the government is contemplating solutions such as high rise apartments and townhouse style housing to minimise the use of land.
Such solutions cannot substitute for a comprehensive strategy that includes consultations with the affected population and addresses their safety, livelihoods and community stability.
Lose Trust
Most of those who voted for the government at the last elections did so in the hope that it would bring about system change. They did not vote for the government to reinforce the same patterns that the old system represented. At its core, system change means rebalancing priorities. It means recognising that economic efficiency without social justice is a short-term gain with long-term costs. It means understanding that unresolved ethnic grievances, unaddressed wartime abuses and unequal responses to disaster will eventually undermine any development programme, no matter how well designed. Governance that postpones difficult decisions may buy time, but lose trust.
The coming year will therefore be decisive. The government must show that its commitment to non racism and inclusion extends beyond conflict prevention to conflict resolution. Addressing conflict related abuses, concluding long standing detentions, returning land, accounting for the missing and securing dignified resettlement for displaced communities are not distractions from the government programme. They are central to it. A government committed to genuine change must address the problems it inherited, or run the risk of being overwhelmed when those problems finally demand settlement.
by Jehan Perera
Features
Education. Reform. Disaster: A Critical Pedagogical Approach
This Kuppi writing aims to engage critically with the current discussion on the reform initiative “Transforming General Education in Sri Lanka 2025,” focusing on institutional and structural changes, including the integration of a digitally driven model alongside curriculum development, teacher training, and assessment reforms. By engaging with these proposed institutional and structural changes through the parameters of the division and recognition of labour, welfare and distribution systems, and lived ground realities, the article develops a critical perspective on the current reform discourse. By examining both the historical context and the present moment, the article argues that these institutional and structural changes attempt to align education with a neoliberal agenda aimed at enhancing the global corporate sector by producing “skilled” labour. This agenda is further evaluated through the pedagogical approach of socialist feminist scholarship. While the reforms aim to produce a ‘skilled workforce with financial literacy,’ this writing raises a critical question: whose labour will be exploited to achieve this goal? Why and What Reform to Education
In exploring why, the government of Sri Lanka seeks to introduce reforms to the current education system, the Prime Minister and Minister of Education, Higher Education, and Vocational Education, Dr. Harini Amarasuriya, revealed in a recent interview on 15 January 2026 on News First Sri Lanka that such reforms are a pressing necessity. According to the philosophical tradition of education reform, curriculum revision and prevailing learning and teaching structures are expected every eight years; however, Sri Lanka has not undertaken such revisions for the past ten years. The renewal of education is therefore necessary, as the current system produces structural issues, including inequality in access to quality education and the need to create labour suited to the modern world. Citing her words, the reforms aim to create “intelligent, civil-minded citizens” in order to build a country where people live in a civilised manner, work happily, uphold democratic principles, and live dignified lives.
Interpreting her narrative, I claim that the reform is intended to produce, shape, and develop a workforce for the neoliberal economy, now centralised around artificial intelligence and machine learning. My socialist feminist perspective explains this further, referring to Rosa Luxemburg’s reading on reforms for social transformation. As Luxemburg notes, although the final goal of reform is to transform the existing order into a better and more advanced system: The question remains: does this new order truly serve the working class? In the case of education, the reform aims to transform children into “intelligent, civil-minded citizens.” Yet, will the neoliberal economy they enter, and the advanced technological industries that shape it, truly provide them a better life, when these industries primarily seek surplus profit?
History suggests otherwise. Sri Lanka has repeatedly remained at the primary manufacturing level within neoliberal industries. The ready-made garment industry, part of the global corporate fashion system, provides evidence: it exploited both manufacturing labourers and brand representatives during structural economic changes in the 1980s. The same pattern now threatens to repeat in the artificial intelligence sector, raising concerns about who truly benefits from these education reforms
That historical material supports the claim that the primary manufacturing labour for the artificial intelligence industry will similarly come from these workers, who are now being trained as skilled employees who follow the system rather than question it. This context can be theorised through Luxemburg’s claim that critical thinking training becomes a privileged instrument, alienating the working class from such training, an approach that neoliberalism prefers to adopt in the global South.
Institutional and Structural Gaps
Though the government aims to address the institutional and structural gaps, I claim that these gaps will instead widen due to the deeply rooted system of uneven distribution in the country. While agreeing to establish smart classrooms, the critical query is the absence of a wide technological welfare system across the country. From electricity to smart equipment, resources remain inadequate, and the government lags behind in taking prompt initiative to meet these requirements.
This issue is not only about the unavailability of human and material infrastructure, but also about the absence of a plan to restore smart normalcy after natural disasters, particularly the resumption of smart network connections. Access to smart learning platforms, such as the internet, for schoolchildren is a high-risk factor that requires not only the monitoring of classroom teachers but also the involvement of the state. The state needs to be vigilant of abuses and disinformation present in the smart-learning space, an area in which Sri Lanka is still lagging. This concern is not only about the safety of children but also about the safety of women. For example, the recent case of abusive image production via Elon Musk’s AI chatbox, X, highlights the urgent need for a legal framework in Sri Lanka.
Considering its geographical location, Sri Lanka is highly vulnerable to natural disasters, the frequency in which they occur, increasing, owing to climate change. Ditwah is a recent example, where villages were buried alive by landslides, rivers overflowed, and families were displaced, losing homes that they had built over their lifetimes. The critical question, then, is: despite the government’s promise to integrate climate change into the curriculum, how can something still ‘in the air ‘with climate adaptation plans yet to be fully established, be effectively incorporated into schools?
Looking at the demographic map of the country, the expansion of the elderly population, the dependent category, requires attention. Considering the physical and psychological conditions of this group, fostering “intelligent, civic-minded” citizens necessitates understanding the elderly not as a charity case but as a human group deserving dignity. This reflects a critical reading of the reform content: what, indeed, is to be taught? This critical aspect further links with the next section of reflective of ground reality.
Reflective Narrative of Ground Reality
Despite the government asserting that the “teacher” is central to this reform, critical engagement requires examining how their labour is recognised. In Sri Lanka, teachers’ work has long been tied to social recognition, both utilised and exploited, Teachers receive low salaries while handling multiple roles: teaching, class management, sectional duties, and disciplinary responsibilities.
At present, a total teaching load is around 35 periods a week, with 28 periods spent in classroom teaching. The reform adds continuous assessments, portfolio work, projects, curriculum preparation, peer coordination, and e-knowledge, to the teacher’s responsibilities. These are undeclared forms of labour, meaning that the government assigns no economic value to them; yet teachers perform these tasks as part of a long-standing culture. When this culture is unpacked, the gendered nature of this undeclared labour becomes clear. It is gendered because the majority of schoolteachers are women, and their unpaid roles remain unrecognised. It is worth citing some empirical narratives to illustrate this point:
“When there was an extra-school event, like walks, prize-giving, or new openings, I stayed after school to design some dancing and practice with the students. I would never get paid for that extra time,” a female dance teacher in the Western Province shared.
I cite this single empirical account, and I am certain that many teachers have similar stories to share.
Where the curriculum is concerned, schoolteachers struggle to complete each lesson as planned due to time constraints and poor infrastructure. As explained by a teacher in the Central Province:
“It is difficult to have a reliable internet connection. Therefore, I use the hotspot on my phone so the children can access the learning material.”
Using their own phones and data for classroom activities is not part of a teacher’s official duties, but a culture has developed around the teaching role that makes such decisions necessary. Such activities related to labour risks further exploitation under the reform if the state remains silent in providing the necessary infrastructure.
Considering that women form the majority of the teaching profession, none of the reforms so far have taken women’s health issues seriously. These issues could be exacerbated by the extra stress arising from multiple job roles. Many female teachers particularly those with young children, those in peri- or post-menopause stages of their life, or those with conditions like endometriosis may experience aggravated health problems due to work-related stress intensified by the reform. This raises a critical question: what role does the state play in addressing these issues?
In Conclusion
The following suggestions are put forward:
First and foremost, the government should clearly declare the fundamental plan of the reform, highlighting why, what, when, and how it will be implemented. This plan should be grounded in the realities of the classroom, focusing on being child-centred and teacher-focused.
Technological welfare interventions are necessary, alongside a legal framework to ensure the safety and security of accessing the smart, information-centred world. Furthermore, teachers’ labour should be formally recognised and assigned economic value. Currently, under neoliberal logic, teachers are often left to navigate these challenges on their own, as if the choice is between survival or collapse.
Aruni Samarakoon teaches at the Department of Public Policy, University of Ruhuna
Kuppi is a politics and pedagogy happening on the margins of the lecture hall that parodies, subverts, and simultaneously reaffirms social hierarchies.
By Aruni Samarakoon
Features
Smartphones and lyrics stands…
Diliup Gabadamudalige is, indeed, a maestro where music is concerned, and this is what he had to say, referring to our Seen ‘N’ Heard in The Island of 6th January, 2026, and I totally agree with his comments.
Diliup: “AI avatars will take over these concerts. It will take some time, but it surely will happen in the near future. Artistes can stay at home and hire their avatar for concerts, movies, etc. Lyrics and dance moves, even gymnastics can be pre-trained”.
Yes, and that would certainly be unsettling as those without talent will make use of AI to deceive the public.
Right now at most events you get the stage crowded with lyrics stands and, to make matters even worse, some of the artistes depend on the smartphone to put over a song – checking out the lyrics, on the smartphone, every few seconds!
In the good ole days, artistes relied on their talent, stage presence, and memorisation skills to dominate the stage.
They would rehearse till they knew the lyrics by heart and focus on connecting with the audience.

Smartphones and lyrics stands: A common sight these days
The ability of the artiste to keep the audience entertained, from start to finish, makes a live performance unforgettable That’s the magic of a great show!
When an artiste’s energy is contagious, and they’re clearly having a blast, the audience feeds off it and gets taken on an exciting ride. It’s like the whole crowd is vibing on the same frequency.
Singing with feeling, on stage, creates this electric connection with the audience, but it can’t be done with a smartphone in one hand and lyrics stands lined up on the stage.
AI’s gonna shake things up in the music scene, for sure – might replace some roles, like session musicians or sound designers – but human talent will still shine!
AI can assist, but it’s tough to replicate human emotion, experience, and soul in music.
In the modern world, I guess artistes will need to blend old-school vibes with new tech but certainly not with smartphones and lyrics stands!
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