Features
Govt.’s fertiliser policy: Will economy face a double whammy?
by A. Hettiarachchi
hetti-a@sltnet.lk
A Cabinet decision on 27th April granting approval to a proposal made by the President to ban the use and the import of chemical fertilizers and other agrochemicals with a view to making Sri Lanka the first country in the world that exclusively practices organic agriculture has resulted in significant impacts immediately upon its announcement.
Farmers who have cultivated paddy, subsidiary crops, vegetables, spices, tea, etc., in a number of districts were finding it difficult or even impossible to obtain fertilizer required for their crops. Long queues of cultivators were seen at many agrarian services centres in various districts waiting to buy fertilizer, but many of those waiting had to leave empty handed as the stocks available were inadequate to meet the demand. According to cultivators, private traders have raised the prices of fertilizers and other agrochemicals exorbitantly, in some instances even by over 100 %. Although the Government wants people to use organic fertilizer instead of chemical fertilizer, there were no outlets for cultivators to purchase organic fertilizer. Even prior to this Cabinet decision, chemical fertilizer at agrarian services centres were in short supply, and farmers have been complaining that they could not obtain sufficient quantities for their crops. In many areas without the required fertilizer, various crops under cultivation appeared to be starving with visible nutrient deficiencies such as yellowed leaves, retarded growth, and vulnerability to diseases. Cultivators express fear that their crops will fail and will not provide returns even for their subsistence, leave alone settling of the bank loans taken by them for cultivation.
As the ban of the import of chemical fertilizer is in force, it is most unlikely that cultivators will be able to apply sufficient quantities of fertilizers to their cultivations. If the required amounts of fertilizer are not provided to crops at the required time, the crops will only produce poor harvests both in terms of volume and quality. All crops – paddy, vegetables, spices, cut flowers, ornamental plants, tea, rubber, coconut and even inland fish produced by culture-based fisheries in reservoirs and ponds – will produce lesser harvests without adequate fertilizer resulting in the increase of prices of the commodities they produce. This means that rice, coconuts, vegetables, tea etc. will go up in price affecting the consumer. Banks will not be able to recover the loans extended to agriculture and plantation. In 2020 the agriculture sector contributed 6.7 % (Rs. 1,010,752 million) to the GDP, provided livelihoods to 2,170,000 people (25.6 % to the total workforce), and earned an export income of Rs. 433,070 million (USD 2341 million). The sector’s contribution to the national economy depends on the availability of fertilizer for crops, plantations and aquaculture.
Sri Lanka’s agriculture production for the last 60 years or so has been made using high yielding varieties (HYVs) of crop. Earlier it was the traditional varieties that were cultivated. HVYs were introduced with a view to increasing particularly the rice production to feed the increasing population without importing rice. HVYs have shorter crop cycles compared to traditional varieties. They cannot compete with weeds and are vulnerable to attacks by pests and disease. They need application of fast responding chemical fertilizers, weedicides and pesticides. On the other hand, traditional crop varieties, which had emerged after undergoing the process of natural selection, does not need application of fast responding chemical fertilizer for growth. Also, they could compete with weeds, were resistant to pests and diseases, and therefore does not need application of weedicides and pesticides. However, compared to HYVs, traditional varieties take longer periods to grow and produce a much lower yield. As reckoned correctly by the then Government and also by the subsequent governments, production solely from traditional varieties is not sufficient to meet the food requirements of Sri Lanka, a country where population is steadily increasing.
Plants need nutrients, i.e., nitrogen (N), phosphorus (P) and potassium (K) in sufficient quantities for growing, flowering and producing fruits and seeds. They get these from the soils where they grow. Plants through their root systems absorb the nutrients available in soils and fix the absorbed nutrients in their roots, stems, leaves, fruits and seeds, etc. In addition to N, P and K plants require water, carbon dioxide (CO2) and sunlight, and other elements such as sulphur (S), magnesium (Mg), calcium (Ca), iron (Fe) and boron (B), which are required in minute amounts, and therefore called micronutrients. When the nutrients are absorbed by the crops being cultivated, the soil on which they are cultivated becomes totally or partly depleted of such nutrients. Therefore, once a crop is harvested, before planting a new crop in the same field or plot, it is necessary to resupply nutrients by application of fertilizer. In the case of annual or shorter crops such as paddy, vegetables, and subsidiary crops, this has to be done at the beginning or at various stages of the crop cycle depending on the cultivar. In case of permanent crops such as tea, rubber and coconut, the soils have to be fertilized annually or intermittently as required.
Currently cultivators in Sri Lanka use about 300 kg of chemical fertilizer per hectare to fertilize rice, vegetables, and plantations. If chemical fertilizer is to be replaced by organic fertilizer, one has to use at least 100 tons of organic fertilizer per hectare to provide the same amount of nutrients. In 2020 Sri Lanka has imported 952,000 tons of chemical fertilizer. This is equivalent to 120,000,000 tons of organic fertilizer. Has Sri Lanka got the capacity in terms of technology, raw material and infrastructure to locally produce such a large quantity of organic fertilizer? Importing and handling of such large amounts of organic fertilizer for distribution and application will be costlier and more difficult since it requires larger carrier trucks for transport and larger space for storing and more labour for application to cultivations. This means, application of organic fertilizer in place of chemical fertilizer will definitely result in the increase of the production costs, thus affecting both the cultivator and the consumer. Further, unlike chemical fertilizer, organic fertilizer responds slowly. A national TV channel reported a few weeks back that the cultivators who have cultivated radish and carrot in the Nuwaraeliya area in plots fertilized only with organic fertilizer were showing that the harvest of radish and carrot they got were unmarketable; they had well grown leaves, but their edible parts, i.e., tubers and roots were lean.
As announced, the objective of the ban is to prevent production of foods containing heavy metals and pesticide residues that are detrimental to human health, protect the environment – soils and waterbodies – from being polluted with chemical fertilizer and pesticides, and save the foreign exchange spent for fertilizer imports. In 2020 Sri Lanka has spent USD 259 million for the import of chemical fertilizer and pesticides. The major drawback in chemical fertilizers is that in addition to nutrients, they contain harmful impurities, mostly heavy metals such as lead (Pb), mercury (Hg), arsenic (As), cadmium (Cd), chromium (Cr), etc., which are toxic or poisonous even in small concentrations. Those heavy metals may get into the bodies of those who consume the products produced from crops fertilized with chemical fertilizer containing such impurities and affect their health. They also contaminate the soils and water in the environment with repeated application and ultimately accumulate in the body tissues of cattle, fish, fowl, and other animals who get sustenance from such environment. Consumption of those animals as food will also be harmful to human health. Waterbodies like lagoons and lakes when highly contaminated with chemical fertilizer containing N and P will result in eutrophication resulting in heavy algal growth and subsequent oxygen depletion and fish kills.
Impurities like heavy metals could be removed from chemical fertilizer while in the production process. The government can enforce regulations limiting the maximum tolerance levels of each heavy metal in the imported or locally manufactured chemical fertilizer. Imports should be required to be accompanied by certificates issued by the competent authorities of the countries from which fertilizer consignments are imported certifying the content of heavy metals in each consignment in appropriate units. For locally produced chemical fertilizer, a quality control mechanism has to be established. All establishments producing chemical fertilizer should be required to conform to maximum tolerance levels of each heavy metal. However, fertilizer purified of the heavy metals will be expensive.
It may also be possible to significantly reduce the amount of chemical fertilizer used by cultivators by determining the amount of NPK required for each crop, testing the soils in different fields or cultivation slots for the amounts of NPK available in them and advising the cultivators on amounts of chemical fertilizer need to be added to meet the total NPK requirements of each crop. This will prevent overfertilization and thereby the wastage of fertilizer, and excess fertilizer from leaching and contaminating the environment. Government may set up testing laboratories at each agrarian service centre for this purpose. Cultivators need not use the same amount of fertilizer (kg/ha) for each successive cultivation of the same crop. After a crop is harvested some nutrients will still remain in soil, and what is necessary is to test the soil and determine the amount necessary to fill the shortfall of each nutrient required for the next crop. It may be noted that although Sri Lanka uses an average of 300 kg chemical fertilizer per hectare, India and Pakistan use only an average of 165.8 kg and 144.3 kg per hectare respectively.
As mentioned earlier, one of the objectives of banning the import of chemical fertilizer is saving foreign exchange. Organic fertilizer is costlier than chemical fertilizer. In order to save foreign exchange, the Government will have to stop the import of organic fertilizer too. Therefore, it is unlikely that crops will get adequate fertilizer after enforcement of the ban. On the other hand, imported organic fertilizer can also affect the environment since it can carry and introduce alien species of bacteria, fungi, and even higher plants through spores, seeds, etc. If such alien species get established in the country, it will be very difficult to get them eradicated.
The decision to ban the use of chemical fertilizer and other agrochemicals has been at a time when the economy of the country is showing a decline after showing a continuous growth for 20 years. Last year (2020) Sri Lanka’s GDP at 2010 constant prices has recorded a negative growth of 3.6 %. This negative growth was experienced for the first time since 2001. The main reason for this decline of the national economy was the lockdowns and other restrictions imposed by the Government to control the spread of the covid pandemic. All the economic sectors, agriculture, industry and services were affected by the measures imposed by the Government to control covid. This was a blow on the national economy. The covid situation keeps worsening demanding enforcement of more restrictions to contain it. More restrictions enforced will further affect the national economy, and result in unemployment, increased cost of living reduced availability of consumer items, reduced tax income to the Government, etc. However, since control of the covid spread is a priority, the Government has no option, but to impose lockdowns and other restrictions disregarding their adverse impacts on the national economy.
It is unlikely that the economy will recover this year or even next year from the blow it received from the covid pandemic. Banning of the import of chemical fertilizer will give another blow on the economy on top of the blow from the pandemic. Can the economy of the country withstand a double whammy?
Features
Rethinking post-disaster urban planning: Lessons from Peradeniya
A recent discussion by former Environment Minister, Eng. Patali Champika Ranawaka on the Derana 360 programme has reignited an important national conversation on how Sri Lanka plans, builds and rebuilds in the face of recurring disasters.
His observations, delivered with characteristic clarity and logic, went beyond the immediate causes of recent calamities and focused sharply on long-term solutions—particularly the urgent need for smarter land use and vertical housing development.
Ranawaka’s proposal to introduce multistoried housing schemes in the Gannoruwa area, as a way of reducing pressure on environmentally sensitive and disaster-prone zones, resonated strongly with urban planners and environmentalists alike.
It also echoed ideas that have been quietly discussed within academic and conservation circles for years but rarely translated into policy.
One such voice is that of Professor Siril Wijesundara, Research Professor at the National Institute of Fundamental Studies (NIFS) and former Director General of the Royal Botanic Gardens, Peradeniya, who believes that disasters are often “less acts of nature and more outcomes of poor planning.”
“What we repeatedly see in Sri Lanka is not merely natural disasters, but planning failures,” Professor Wijesundara told The Island.
“Floods, landslides and environmental degradation are intensified because we continue to build horizontally, encroaching on wetlands, forest margins and river reservations, instead of thinking vertically and strategically.”
The former Director General notes that the University of Peradeniya itself offers a compelling case study of both the problem and the solution. The main campus, already densely built and ecologically sensitive, continues to absorb new faculties, hostels and administrative buildings, placing immense pressure on green spaces and drainage systems.
“The Peradeniya campus was designed with landscape harmony in mind,” he said. “But over time, ad-hoc construction has compromised that vision. If development continues in the same manner, the campus will lose not only its aesthetic value but also its ecological resilience.”
Professor Wijesundara supports the idea of reorganising the Rajawatte area—located away from the congested core of the university—as a future development zone. Rather than expanding inward and fragmenting remaining open spaces, he argues that Rajawatte can be planned as a well-designed extension, integrating academic, residential and service infrastructure in a controlled manner.
Crucially, he stresses that such reorganisation must go hand in hand with social responsibility, particularly towards minor staff currently living in the Rajawatte area.
“These workers are the backbone of the university. Any development plan must ensure their dignity and wellbeing,” he said. “Providing them with modern, safe and affordable multistoried housing—especially near the railway line close to the old USO premises—would be both humane and practical.”
According to Professor Wijesundara, housing complexes built near existing transport corridors would reduce daily commuting stress, minimise traffic within the campus, and free up valuable land for planned academic use.
More importantly, vertical housing would significantly reduce the university’s physical footprint.
Drawing parallels with Ranawaka’s Gannoruwa proposal, he emphasised that vertical development is no longer optional for Sri Lanka.
“We are a small island with a growing population and shrinking safe land,” he warned.
“If we continue to spread out instead of building up, disasters will become more frequent and more deadly. Vertical housing, when done properly, is environmentally sound, economically efficient and socially just.”
The veteran botanist also highlighted the often-ignored link between disaster vulnerability and the destruction of green buffers.
“Every time we clear a lowland, a wetland or a forest patch for construction, we remove nature’s shock absorbers,” he said.
“The Royal Botanic Gardens has survived floods for over a century precisely because surrounding landscapes once absorbed excess water. Urban planning must learn from such ecological wisdom.”
Professor Wijesundara believes that universities, as centres of knowledge, should lead by example.
“If an institution like Peradeniya cannot demonstrate sustainable planning, how can we expect cities to do so?” he asked. “This is an opportunity to show that development and conservation are not enemies, but partners.”
As climate-induced disasters intensify across the country, voices like his—and proposals such as those articulated by Patali Champika Ranawaka—underscore a simple but urgent truth: Sri Lanka’s future safety depends not only on disaster response, but on how and where we build today.
The challenge now lies with policymakers and planners to move beyond television studio discussions and academic warnings, and translate these ideas into concrete, people-centred action.
By Ifham Nizam ✍️
Features
Superstition – Major barrier to learning and social advancement
At the initial stage of my six-year involvement in uplifting society through skill-based initiatives, particularly by promoting handicraft work and teaching students to think creatively and independently, my efforts were partially jeopardized by deep-rooted superstition and resistance to rational learning.
Superstitions exerted a deeply adverse impact by encouraging unquestioned belief, fear, and blind conformity instead of reasoning and evidence-based understanding. In society, superstition often sustains harmful practices, social discrimination, exploitation by self-styled godmen, and resistance to scientific or social reforms, thereby weakening rational decision-making and slowing progress. When such beliefs penetrate the educational environment, students gradually lose the habit of asking “why” and “how,” accepting explanations based on fate, omens, or divine intervention rather than observation and logic.
Initially, learners became hesitant to challenge me despite my wrong interpretation of any law, less capable of evaluating information critically, and more vulnerable to misinformation and pseudoscience. As a result, genuine efforts towards social upliftment were obstructed, and the transformative power of education, which could empower individuals economically and intellectually, was weakened by fear-driven beliefs that stood in direct opposition to progress and rational thought. In many communities, illnesses are still attributed to evil spirits or curses rather than treated as medical conditions. I have witnessed educated people postponing important decisions, marriages, journeys, even hospital admissions, because an astrologer predicted an “inauspicious” time, showing how fear governs rational minds.
While teaching students science and mathematics, I have clearly observed how superstition acts as a hidden barrier to learning, critical thinking, and intellectual confidence. Many students come to the classroom already conditioned to believe that success or failure depends on luck, planetary positions, or divine favour rather than effort, practice, and understanding, which directly contradicts the scientific spirit. I have seen students hesitate to perform experiments or solve numerical problems on certain “inauspicious” days.
In mathematics, some students label themselves as “weak by birth”, which creates fear and anxiety even before attempting a problem, turning a subject of logic into a source of emotional stress. In science classes, explanations based on natural laws sometimes clash with supernatural beliefs, and students struggle to accept evidence because it challenges what they were taught at home or in society. This conflict confuses young minds and prevents them from fully trusting experimentation, data, and proof.
Worse still, superstition nurtures dependency; students wait for miracles instead of practising problem-solving, revision, and conceptual clarity. Over time, this mindset damages curiosity, reduces confidence, and limits innovation, making science and mathematics appear difficult, frightening, or irrelevant. Many science teachers themselves do not sufficiently emphasise the need to question or ignore such irrational beliefs and often remain limited to textbook facts and exam-oriented learning, leaving little space to challenge superstition directly. When teachers avoid discussing superstition, they unintentionally reinforce the idea that scientific reasoning and superstitious beliefs can coexist.
To overcome superstition and effectively impose critical thinking among students, I have inculcated the process to create a classroom culture where questioning was encouraged and fear of being “wrong” was removed. Students were taught how to think, not what to think, by consistently using the scientific method—observation, hypothesis, experimentation, evidence, and conclusion—in both science and mathematics lessons. I have deliberately challenged superstitious beliefs through simple demonstrations and hands-on experiments that allow students to see cause-and-effect relationships for themselves, helping them replace belief with proof.
Many so-called “tantrik shows” that appear supernatural can be clearly explained and exposed through basic scientific principles, making them powerful tools to fight superstition among students. For example, acts where a tantrik places a hand or tongue briefly in fire without injury rely on short contact time, moisture on the skin, or low heat transfer from alcohol-based flames rather than divine power.
“Miracles” like ash or oil repeatedly appearing from hands or idols involve concealment or simple physical and chemical tricks. When these tricks are demonstrated openly in classrooms or science programmes and followed by clear scientific explanations, students quickly realise how easily perception can be deceived and why evidence, experimentation, and critical questioning are far more reliable than blind belief.
Linking concepts to daily life, such as explaining probability to counter ideas of luck, or biology to explain illness instead of supernatural causes, makes rational explanations relatable and convincing.
Another unique example that I faced in my life is presented here. About 10 years ago, when I entered my new house but did not organise traditional rituals that many consider essential for peace and prosperity as my relatives believed that without them prosperity would be blocked. Later on, I could not utilise the entire space of my newly purchased house for earning money, largely because I chose not to perform certain rituals.
While this decision may have limited my financial gains to some extent, I do not consider it a failure in the true sense. I feel deeply satisfied that my son and daughter have received proper education and are now well settled in their employment, which, to me, is a far greater achievement than any ritual-driven expectation of wealth. My belief has always been that a house should not merely be a source of income or superstition-bound anxiety, but a space with social purpose.
Instead of rituals, I strongly feel that the unused portion of my house should be devoted to running tutorials for poor and underprivileged students, where knowledge, critical thinking, and self-reliance can be nurtured. This conviction gives me inner peace and reinforces my faith that education and service to society are more meaningful measures of success than material profit alone.
Though I have succeeded to some extent, this success has not been complete due to the persistent influence of superstition.
by Dr Debapriya Mukherjee
Former Senior Scientist
Central Pollution Control Board, India ✍️
Features
Race hate and the need to re-visit the ‘Clash of Civilizations’
Australian Prime Minister Anthony Albanese has done very well to speak-up against and outlaw race hate in the immediate aftermath of the recent cold-blooded gunning down of several civilians on Australia’s Bondi Beach. The perpetrators of the violence are believed to be ardent practitioners of religious and race hate and it is commendable that the Australian authorities have lost no time in clearly and unambiguously stating their opposition to the dastardly crimes in question.
The Australian Prime Minister is on record as stating in this connection: ‘ New laws will target those who spread hate, division and radicalization. The Home Affairs Minister will also be given new powers to cancel or refuse visas for those who spread hate and a new taskforce will be set up to ensure the education system prevents, tackles and properly responds to antisemitism.’
It is this promptness and single-mindedness to defeat race hate and other forms of identity-based animosities that are expected of democratic governments in particular world wide. For example, is Sri Lanka’s NPP government willing to follow the Australian example? To put the record straight, no past governments of Sri Lanka initiated concrete measures to stamp out the evil of race hate as well but the present Sri Lankan government which has pledged to end ethnic animosities needs to think and act vastly differently. Democratic and progressive opinion in Sri Lanka is waiting expectantly for the NPP government’ s positive response; ideally based on the Australian precedent to end race hate.
Meanwhile, it is apt to remember that inasmuch as those forces of terrorism that target white communities world wide need to be put down their counterpart forces among extremist whites need to be defeated as well. There could be no double standards on this divisive question of quashing race and religious hate, among democratic governments.
The question is invariably bound up with the matter of expeditiously and swiftly advancing democratic development in divided societies. To the extent to which a body politic is genuinely democratized, to the same degree would identity based animosities be effectively managed and even resolved once and for all. To the extent to which a society is deprived of democratic governance, correctly understood, to the same extent would it experience unmanageable identity-bred violence.
This has been Sri Lanka’s situation and generally it could be stated that it is to the degree to which Sri Lankan citizens are genuinely constitutionally empowered that the issue of race hate in their midst would prove manageable. Accordingly, democratic development is the pressing need.
While the dramatic blood-letting on Bondi Beach ought to have driven home to observers and commentators of world politics that the international community is yet to make any concrete progress in the direction of laying the basis for an end to identity-based extremism, the event should also impress on all concerned quarters that continued failure to address the matters at hand could prove fatal. The fact of the matter is that identity-based extremism is very much alive and well and that it could strike devastatingly at a time and place of its choosing.
It is yet premature for the commentator to agree with US political scientist Samuel P. Huntingdon that a ‘Clash of Civilizations’ is upon the world but events such as the Bondi Beach terror and the continuing abduction of scores of school girls by IS-related outfits, for instance, in Northern Africa are concrete evidence of the continuing pervasive presence of identity-based extremism in the global South.
As a matter of great interest it needs mentioning that the crumbling of the Cold War in the West in the early nineties of the last century and the explosive emergence of identity-based violence world wide around that time essentially impelled Huntingdon to propound the hypothesis that the world was seeing the emergence of a ‘Clash of Civilizations’. Basically, the latter phrase implied that the Cold War was replaced by a West versus militant religious fundamentalism division or polarity world wide. Instead of the USSR and its satellites, the West, led by the US, had to now do battle with religion and race-based militant extremism, particularly ‘Islamic fundamentalist violence’ .
Things, of course, came to a head in this regard when the 9/11 calamity centred in New York occurred. The event seemed to be startling proof that the world was indeed faced with a ‘Clash of Civilizations’ that was not easily resolvable. It was a case of ‘Islamic militant fundamentalism’ facing the great bulwark, so to speak, of ‘ Western Civilization’ epitomized by the US and leaving it almost helpless.
However, it was too early to write off the US’ capability to respond, although it did not do so by the best means. Instead, it replied with military interventions, for example, in Iraq and Afghanistan, which moves have only earned for the religious fundamentalists more and more recruits.
Yet, it is too early to speak in terms of a ‘Clash of Civilizations’. Such a phenomenon could be spoken of if only the entirety of the Islamic world took up arms against the West. Clearly, this is not so because the majority of the adherents of Islam are peaceably inclined and want to coexist harmoniously with the rest of the world.
However, it is not too late for the US to stop religious fundamentalism in its tracks. It, for instance, could implement concrete measures to end the blood-letting in the Middle East. Of the first importance is to end the suffering of the Palestinians by keeping a tight leash on the Israeli Right and by making good its boast of rebuilding the Gaza swiftly.
Besides, the US needs to make it a priority aim to foster democratic development worldwide in collaboration with the rest of the West. Military expenditure and the arms race should be considered of secondary importance and the process of distributing development assistance in the South brought to the forefront of its global development agenda, if there is one.
If the fire-breathing religious demagogue’s influence is to be blunted worldwide, then, it is development, understood to mean equitable growth, that needs to be fostered and consolidated by the democratic world. In other words, the priority ought to be the empowerment of individuals and communities. Nothing short of the latter measures would help in ushering a more peaceful world.
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