Features
‘Sri Lankan geology allows hydro and solar power to be used in conjunction
Interview with CBE awardee Prof Ravi Silva
By Sajitha Prematunge
Every hour the Earth’s atmosphere receives enough solar radiation to meet electricity needs of every human being on Earth for a year. Consequently, the world’s greatest problem can be fixed with just one percent of solar radiation the earth receives. The catch? It’s exorbitant. Fulfilling energy needs has remained an insurmountable challenge for centuries as this huge influx of solar energy is wasted for want of a cost effective way of harnessing solar energy, at least until researchers, the likes of Prof Ravi Silva can fix it. Imagine a technology that would enable printing of solar cells using a process similar to that of printing a newspaper. It would enable production of square kilometres of organic solar cells at a fraction of the current cost, theoretically. This is the kind of cutting-edge technology Silva and his ilk are involved in. Following is an exclusive interview with recent CBE awardee Prof Ravi Silva.
UK-based scientist of Sri Lankan origin and Surrey University Advanced Technology Institute (ATI) Director, Professor Ravi Silva was recently awarded a CBE or Commander of the Order of the British Empire, one of the highest ranking Orders of the British Empire award, for his services to Science, Education and Research over the last three decades.
Silva joined the Cambridge University Engineering Department for his undergraduate and postgraduate work, immediately after his secondary education in Sri Lanka. He joined Surrey in 1995. He was one of the key investigators for the £10m ATI, established in 2002 with the hopes of bringing all solid state electronics and photonics research at Surrey into a dedicated institute. Silva has been its director of since 2005 and also heads the Nano-Electronics Centre (NEC), an interdisciplinary research activity. He helped set up one of the largest carbon nanotechnology laboratories at Surrey.
In 2013 he was elected a Distinguished Professor at Chonbuk National University and in 2016 a Visiting Professorship at Dalian Technology University, China. In April 2017 he was appointed Honarary Director to the Zengzhou Materials Genome Institute (ZMGI), China. In March 2018, he was elected joint Editor-in-Chief of Wiley’s Energy and Environmental Materials. More recently, he has set up the £4m industry-academia Nano-Manufacturing Centre and in 2019 the £1m Marcus Lee Printable Solar Cell Facility.
His research has resulted in over 620 presentations at international conferences, and over 600 journal papers, with circa 21,000 citations and won grants of over £30m over the last two decades. In 2002 he was awarded the Charles Vernon Boys Medal by the Institute of Physics, and in 2003 the IEE Achievement Award. The same year he was awarded the Albert Einstein Silver Medal and Javed Husain Prize by UNESCO for contributions to electronic devices. In 2003 the largest EPSRC Portfolio of £6.68M was awarded to Silva and his team on Integrated Electronics which examined nanoscale design features on the optical and photonic device properties. In 2004, SRIF award for £4M, to set up a Nano-Electronics Centre for multidisciplinary research, was awarded to Silva.
He was awarded the Royal Society Clifford Patterson Award for 2011. In 2014, he was awarded a premium medal by the Institute of Engineering and Technology (IET), the JJ Thompson Medal for contributions to Electrical and Electronic Engineering. In 2015, he won the Institute of Materials, Minerals & Mining (IOM3) premium award, the Platinum Medal for contributing to materials science, technology and industry. In 2016 he won the Government of Sri Lanka Presidential Award in recognition for many contributions in the field of nanotechnology.
Since 2005 he has worked with the National Science Foundation (NSF), Sri Lanka to develop nanotechnology as a vehicle to generate wealth and alleviate poverty in the country. Silva was on the advisory board of Imprimatur Ltd and the National Nanotechnology Initiative (NNI) of Sri Lanka. He was an Advisor to the Minister of Science and Technology in Sri Lanka, and helped set up the Sri Lanka Institute of NanoTechnology (SLINTec) and the Nano-Science Park NANCO (private) Ltd in 2008. He currently acts as an advisor to both these entities and sits on the director board. He has acted as advisor to many national and international organisations, including US, Korean, Japanese, Chinese, Indian, Sri Lankan, Singaporean, Saudi Arabian, Israeli, Hong Kong, Portuguese, Canadian, Brazilian and European governments.
His research interests encompass a wide range of activities with a focus in nanotechnology and renewables. Other fields of interest include electronic devices, sensors and X-ray detectors. “The area that is most significant at present is how to keep our planet safe for the next generation,” said Silva. He explained that climate change is an existential threat for humans, and we must reduce our carbon emissions. He pointed out that the best route to do so is with replacing fossil fuels with renewable energy. Much of his research at present looks at the fabrication and manufacture of new and cheap solar cells, together with battery storage that can act as an integrated solution to green energy provision.
Q:
Which of your research has been put to best practical use, in your opinion?
A:
There are a number of areas in which research conducted within my group has been put to good use. In the field of electronics, it is very difficult to pinpoint precisely where your devices are used as there are many thousands of devices and inventions in even basic consumer electronic systems. For example, patents from our group have been licensed to companies such as Philips, BAE systems, Airbus, Bombardier, Surrey Nano Systems and Silver Ray and they form components of a bigger system or application. The most obvious example of Nanotechnology developed in the group was in the winter Olympics at PyeongChang where the Hyundai Pavilion was covered with Vanta Black, the blackest man-made material in the world. This was also demonstrated through the paint on the BMW X6 model, ‘VBX6’ at the Frankfurt Motor show. These materials originated from research in my labs at Surrey.
Q: What are the contributions solar energy can make to drive the world to a carbon net zero position?
A:
Solar energy is crucial if the world is to go to a net carbon zero position. Typically, the Earth gets enough energy from the sun in one hour to power the entire population of earth for one year. Therefore, the current 80 percent use of fossil fuels to power the world must be decreased significantly in the next 50 years, to be replaced by green energy. In developed countries such as Germany there are predictions which show solar energy would make up 80 percent of the total energy use in 2100. This is simply due to the overwhelming evidence that points to these sources as the most appropriate green energy provider.
Q: Why are governments reluctant to commit fully to solar power?
A:
At present the cost of solar and the inbuilt infrastructure available for fossil fuels makes governments reluctant to examine other sources. The local energy generation and transmission system will need to be overhauled and new investments made in energy, supply, transmission, storage and distribution.
Q: What can Sri Lanka do to popularise renewable energy?
A:
Sri Lanka’s renewable energy efforts are mostly ad-hoc and requires coherent policy and planning. Education on the advantages of renewable energy and how it can be implemented can help. At present, should a full cost analysis be performed on solar energy, it will come up as the most cost-efficient energy provision available in countries such as Sri Lanka.
Q: How do you manage higher efficiency solar energy technology, while maintaining lower cost?
A:
The cost of solar energy provision has been coming down exponentially. If we take one of the measures to judge the cost of solar electricity, cost per Watt, in 1970 this was an eye watering US$74 per Watt. This dropped to below US$ 10 in 1990 and today this is below US$ 20 cents per Watt. The Obama regime ran the Sun Shot Challenge to push the cost of solar electricity below US$ 1 per Watt, as this was when it became competitive with fossils. We are well below that now, and the cost keeps getting lower. Current 450W solar modules can be obtained highly competitively below US 150 if it is bought in bulk.
Q: Yet you have admitted that energy is one thing that has defied all economic models, including the axiom of Supply and Demand. Why have solar energy expenses kept rising rather than coming down, with technological development?
A:
Adam Smith said supply and demand should dictate cost. In solar there is 10,000 times over supply of energy. The problem is the cost of solar cells. We are looking to reduce this with sprayable solar cells. But even today the cost of solar for large solar farms can be well below 10 cents US$, if the infrastructure is provided for the investment to take place. For example in India large solar farms have been set up with costs as low as US$ 4 cents per kilowatt hour with the number below US$ 2cents in Mexico. There is no reason to believe we cannot have similar low-cost solar electricity in Sri Lanka.
Q: What are energy cost drivers, and do they apply to the World Energy provision and by extension to Sri Lanka?
A:
Ease of production of energy, raw material provision and the infrastructure dictates the final costs. There is no reason to believe we cannot provide the raw materials needed, when this happens to be sun light. Furthermore, with the enviable hill country with hydroelectricity provision we have a ready-made battery to store energy with pumped hydro.
Q: Do you mean hydropower can be used in conjunction as a storage technology, to store solar energy during off peak hours or during the day and discharge it by night?
A:
Absolutely. Nature has blessed Sri Lanka with some wonderful geology to allow for this to be done at scale. The NSF and universities should be looking to build on this to provide the country with the ideal solutions to their energy needs. Pumped hydro can be used to store hydro-energy when there is too much electricity produced by solar energy, so it can be used in the nights. The 40 percent hydro-provision is near ideal to ensure base load needs are met, for the rest of the energy to come from solar and wind. I am also sure there will be large scale battery provisions coming soon, with companies such as Tesla and 8minutes already demonstrating this.
Q: What are smart grids and its benefits?
A:
If renewable energies are to contribute to nations energy provision, they need to be able to interface well with the current energy provision and transmission. In particular for solar and wind-based energy to feed-into the national grid, a robust energy network with smart grid provision will help. Smart grids also allow for smaller local networks to provide renewable energy in an efficient manner, having appropriate interfacing with the on-grid supply and often back-up energy storage provision.
Q: What obstacles delay power generation sectors from adopting smart grids?
A:
The singular obstacle is inertia and sticking to old infrastructure, without looking to plan ahead for future energy provision.
Q:
What are polymer cells or organic photovoltaics, and their benefits.
A: In the future, using polymer technology, we can produce solar cells with 15 percent efficiency at a fraction the cost of silicon solar cells. This is driven primarily by the very much lower material cost, together with the thousand-fold decrease in active materials used to make solar cells. By adding nanoparticles into the polymer solar cells you can improve the efficiency even further and thereby give better energy per cost. Under these circumstances the energy payback time is below six months.
Q: What is carbon electronics? And what are its applications for a developing country like Sri Lanka?
A:
Carbon electronics uses the element C for the fabrication of electronic devices. Nano-carbons such as graphene, carbon nanotubes and polymers are becoming more important on a daily basis to provide solutions in electronics, energy and structural materials.
For Sri Lanka, it can make a huge difference. Particularly when some of the highest quality graphene can be produced with the vein graphite available in the country. This can not only be used for next generation electronic devices, but also for lighting and even electrodes for batteries. Companies such as Ceylon Graphene Ltd. have been established in the Sri Lanka Institute of Nanotechnology (SLINTEC) to provide just this impetus to the national innovation eco-system.
Q: Where does carbon electronics factor in, solar energy generation?
A:
Polymer based carbons, particularly if mixed with nanomaterials can be used for next generation solar cells. Only a fraction of the material needed in Silicon solar cells, to produce high quality modules, is required when polymer based carbons are used as active materials.
Q: What are carbon electronics’ other benefits?
A:
We can also use the nano-carbon materials to make major components of the battery, such as its electrodes. So, not only energy scavenging, carbon electronics can also help in energy storage.
Q: What are the benefits of unlimited energy?
A:
Some say there is a significant correlation between national development and energy use per capita. The worlds most developed countries also have the highest per capita use of energy.
If we had unlimited energy, the world would be a very different place. With unlimited energy we can wipe out the poverty gaps between the nations; there will be enough energy to provide clean water to all using desalination technologies; we can wipe out famine with food crops grown under ideal conditions; we can ensure maximum energy is focussed on new drugs, vaccines and highly nutritious foods.
Q: What is your opinion on research culture in Sri Lanka Universities?
A:
Sri Lanka universities have high quality researchers, but less provision for them to be able to fully exploit their prowess to help the nation or have an enterprise culture to contribute to society. A step change is needed to motivate researchers to help elevate the country’s science and technology base with their efforts. High quality research should also be given fast track promotion within the sector.
Q:
In a technological perspective which areas are viable for expansion and which are not, for a country like Sri Lanka?
A:
Sri Lanka needs to motivate and energise the younger generation to contribute fully to the nation. Training in enterprise and spinouts should be made available with suitable grants for technologists to develop their inventions and products. The eco-system for entrepreneurship should be developed, with the universities taking a lead by example, on how they can value add to Sri Lankan raw materials and technologies. In the fields of nanotechnology, energy, materials, AI and new technologies they have much to offer.
Features
Indian Ocean Security: Strategies for Sri Lanka
During a recent panel discussion titled “Security Environment in the Indo-Pacific and Sri Lankan Diplomacy”, organised by the Embassy of Japan in collaboration with Dr. George I. H. Cooke, Senior Lecturer and initiator of the Awarelogue Initiative, the keynote address was delivered by Prof Ken Jimbo of Kelo University, Japan (Ceylon Today, February 15, 2026).
The report on the above states: “Prof. Jimbo discussed the evolving role of the Indo-Pacific and the emergence of its latest strategic outlook among shifting dynamics. He highlighted how changing geopolitical realities are reshaping the region’s security architecture and influencing diplomatic priorities”.
“He also addressed Sri Lanka’s position within this evolving framework, emphasising that non-alignment today does not mean isolation, but rather, diversified engagement. Such an approach, he noted, requires the careful and strategic management of dependencies to preserve national autonomy while maintaining strategic international partnerships” (Ibid).
Despite the fact that Non-Alignment and Neutrality, which incidentally is Sri Lanka’s current Foreign Policy, are often used interchangeably, both do not mean isolation. Instead, as the report states, it means multi-engagement. Therefore, as Prof. Jimbo states, it is imperative that Sri Lanka manages its relationships strategically if it is to retain its strategic autonomy and preserve its security. In this regard the Policy of Neutrality offers Rule Based obligations for Sri Lanka to observe, and protection from the Community of Nations to respect the territorial integrity of Sri Lanka, unlike Non-Alignment. The Policy of Neutrality served Sri Lanka well, when it declared to stay Neutral on the recent security breakdown between India and Pakistan.
Also participating in the panel discussion was Prof. Terney Pradeep Kumara – Director General of Coast Conservation and Coastal Resources Management, Ministry of Environment and Professor of Oceanography in the University of Ruhuna.
He stated: “In Sri Lanka’s case before speaking of superpower dynamics in the Indo-Pacific, the country must first establish its own identity within the Indian Ocean region given its strategically significant location”.
“He underlined the importance of developing the ‘Sea of Lanka concept’ which extends from the country’s coastline to its 200nauticalmile Exclusive Economic Zone (EEZ). Without firmly establishing this concept, it would be difficult to meaningfully engage with the broader Indian Ocean region”.
“He further stated that the Indian Ocean should be regarded as a zone of peace. From a defence perspective, Sri Lanka must remain neutral. However, from a scientific and resource perspective, the country must remain active given its location and the resources available in its maritime domain” (Ibid).
Perhaps influenced by his academic background, he goes on to state:” In that context Sri Lanka can work with countries in the Indian Ocean region and globally, including India, China, Australia and South Africa. The country must remain open to such cooperation” (Ibid).
Such a recommendation reflects a poor assessment of reality relating to current major power rivalry. This rivalry was addressed by me in an article titled “US – CHINA Rivalry: Maintaining Sri Lanka’s autonomy” ( 12.19. 2025) which stated: “However, there is a strong possibility for the US–China Rivalry to manifest itself engulfing India as well regarding resources in Sri Lanka’s Exclusive Economic Zone. While China has already made attempts to conduct research activities in and around Sri Lanka, objections raised by India have caused Sri Lanka to adopt measures to curtail Chinese activities presumably for the present. The report that the US and India are interested in conducting hydrographic surveys is bound to revive Chinese interests. In the light of such developments it is best that Sri Lanka conveys well in advance that its Policy of Neutrality requires Sri Lanka to prevent Exploration or Exploitation within its Exclusive Economic Zone under the principle of the Inviolability of territory by any country” ( https://island.lk/us- china-rivalry-maintaining-sri-lankas-autonomy/). Unless such measures are adopted, Sri Lanka’s Exclusive Economic Zone would end up becoming the theater for major power rivalry, with negative consequences outweighing possible economic gains.
The most startling feature in the recommendation is the exclusion of the USA from the list of countries with which to cooperate, notwithstanding the Independence Day message by the US Secretary of State which stated: “… our countries have developed a strong and mutually beneficial partnership built on the cornerstone of our people-to-people ties and shared democratic values. In the year ahead, we look forward to increasing trade and investment between our countries and strengthening our security cooperation to advance stability and prosperity throughout the Indo-Pacific region (NEWS, U.S. & Sri Lanka)
Such exclusions would inevitably result in the US imposing drastic tariffs to cripple Sri Lanka’s economy. Furthermore, the inclusion of India and China in the list of countries with whom Sri Lanka is to cooperate, ignores the objections raised by India about the presence of Chinese research vessels in Sri Lankan waters to the point that Sri Lanka was compelled to impose a moratorium on all such vessels.
CONCLUSION
During a panel discussion titled “Security Environment in the Indo-Pacific and Sri Lankan Diplomacy” supported by the Embassy of Japan, Prof. Ken Jimbo of Keio University, Japan emphasized that “… non-alignment today does not mean isolation”. Such an approach, he noted, requires the careful and strategic management of dependencies to preserve national autonomy while maintaining strategic international partnerships”. Perhaps Prof. Jimbo was not aware or made aware that Sri Lanka’s Foreign Policy is Neutral; a fact declared by successive Governments since 2019 and practiced by the current Government in the position taken in respect of the recent hostilities between India and Pakistan.
Although both Non-Alignment and Neutrality are often mistakenly used interchangeably, they both do NOT mean isolation. The difference is that Non-Alignment is NOT a Policy but only a Strategy, similar to Balancing, adopted by decolonized countries in the context of a by-polar world, while Neutrality is an Internationally recognised Rule Based Policy, with obligations to be observed by Neutral States and by the Community of Nations. However, Neutrality in today’s context of geopolitical rivalries resulting from the fluidity of changing dynamics offers greater protection in respect of security because it is Rule Based and strengthened by “the UN adoption of the Indian Ocean as a Zone of peace”, with the freedom to exercise its autonomy and engage with States in pursuit of its National Interests.
Apart from the positive comments “that the Indian Ocean should be regarded as a Zone of Peace” and that “from a defence perspective, Sri Lanka must remain neutral”, the second panelist, Professor of Oceanography at the University of Ruhuna, Terney Pradeep Kumara, also advocated that “from a Scientific and resource perspective (in the Exclusive Economic Zone) the country must remain active, given its location and the resources available in its maritime domain”. He went further and identified that Sri Lanka can work with countries such as India, China, Australia and South Africa.
For Sri Lanka to work together with India and China who already are geopolitical rivals made evident by the fact that India has already objected to the presence of China in the “Sea of Lanka”, questions the practicality of the suggestion. Furthermore, the fact that Prof. Kumara has excluded the US, notwithstanding the US Secretary of State’s expectations cited above, reflects unawareness of the geopolitical landscape in which the US, India and China are all actively known to search for minerals. In such a context, Sri Lanka should accept its limitations in respect of its lack of Diplomatic sophistication to “work with” such superpower rivals who are known to adopt unprecedented measures such as tariffs, if Sri Lanka is to avoid the fate of Milos during the Peloponnesian Wars.
Under the circumstances, it is in Sri Lanka’s best interest to lay aside its economic gains for security, and live by its proclaimed principles and policies of Neutrality and the concept of the Indian Ocean as a Zone of Peace by not permitting its EEC to be Explored and/or Exploited by anyone in its “maritime domain”. Since Sri Lanka is already blessed with minerals on land that is awaiting exploitation, participating in the extraction of minerals at the expense of security is not only imprudent but also an environmental contribution given the fact that the Sea and its resources is the Planet’s Last Frontier.
by Neville Ladduwahetty
Features
Protecting the ocean before it’s too late: What Sri Lankans think about deep seabed mining
Far beneath the waters surrounding Sri Lanka lies a largely unseen frontier, a deep seabed that may contain cobalt, nickel and rare earth elements essential to modern technologies, from smartphones to electric vehicles. Around the world, governments and corporations are accelerating efforts to tap these minerals, presenting deep-sea mining as the next chapter of the global “blue economy.”
For an island nation whose ocean territory far exceeds its landmass, the question is no longer abstract. Sri Lanka has already demonstrated its commitment to ocean governance by ratifying the United Nations High Seas Treaty (BBNJ Agreement) in September 2025, becoming one of the early countries to help trigger its entry into force. The treaty strengthens biodiversity conservation beyond national jurisdiction and promotes fair access to marine genetic resources.
Yet as interest grows in seabed minerals, a critical debate is emerging: Can Sri Lanka pursue deep-sea mining ambitions without compromising marine ecosystems, fisheries and long-term sustainability?
Speaking to The Island, Prof. Lahiru Udayanga, Dr. Menuka Udugama and Ms. Nethini Ganepola of the Department of Agribusiness Management, Faculty of Agriculture & Plantation Management, together with Sudarsha De Silva, Co-founder of EarthLanka Youth Network and Sri Lanka Hub Leader for the Sustainable Ocean Alliance, shared findings from their newly published research examining how Sri Lankans perceive deep-sea mineral extraction.
The study, published in the journal Sustainability and presented at the International Symposium on Disaster Resilience and Sustainable Development in Thailand, offers rare empirical insight into public attitudes toward deep-sea mining in Sri Lanka.
Limited Public Inclusion
“Our study shows that public inclusion in decision-making around deep-sea mining remains quite limited,” Ms. Nethini Ganepola told The Island. “Nearly three-quarters of respondents said the issue is rarely covered in the media or discussed in public forums. Many feel that decisions about marine resources are made mainly at higher political or institutional levels without adequate consultation.”
The nationwide survey, conducted across ten districts, used structured questionnaires combined with a Discrete Choice Experiment — a method widely applied in environmental economics to measure how people value trade-offs between development and conservation.
Ganepola noted that awareness of seabed mining remains low. However, once respondents were informed about potential impacts — including habitat destruction, sediment plumes, declining fish stocks and biodiversity loss — concern rose sharply.
“This suggests the problem is not a lack of public interest,” she told The Island. “It is a lack of accessible information and meaningful opportunities for participation.”
Ecology Before Extraction
Dr. Menuka Udugama said the research was inspired by Sri Lanka’s growing attention to seabed resources within the wider blue economy discourse — and by concern that extraction could carry long-lasting ecological and livelihood risks if safeguards are weak.
“Deep-sea mining is often presented as an economic opportunity because of global demand for critical minerals,” Dr. Udugama told The Island. “But scientific evidence on cumulative impacts and ecosystem recovery remains limited, especially for deep habitats that regenerate very slowly. For an island nation, this uncertainty matters.”
She stressed that marine ecosystems underpin fisheries, tourism and coastal well-being, meaning decisions taken about the seabed can have far-reaching consequences beyond the mining site itself.
Prof. Lahiru Udayanga echoed this concern.
“People tended to view deep-sea mining primarily through an environmental-risk lens rather than as a neutral industrial activity,” Prof. Udayanga told The Island. “Biodiversity loss was the most frequently identified concern, followed by physical damage to the seabed and long-term resource depletion.”
About two-thirds of respondents identified biodiversity loss as their greatest fear — a striking finding for an issue that many had only recently learned about.
A Measurable Value for Conservation
Perhaps the most significant finding was the public’s willingness to pay for protection.
“On average, households indicated a willingness to pay around LKR 3,532 per year to protect seabed ecosystems,” Prof. Udayanga told The Island. “From an economic perspective, that represents the social value people attach to marine conservation.”
The study’s advanced statistical analysis — using Conditional Logit and Random Parameter Logit models — confirmed strong and consistent support for policy options that reduce mineral extraction, limit environmental damage and strengthen monitoring and regulation.
The research also revealed demographic variations. Younger and more educated respondents expressed stronger pro-conservation preferences, while higher-income households were willing to contribute more financially.
At the same time, many respondents expressed concern that government agencies and the media have not done enough to raise awareness or enforce safeguards — indicating a trust gap that policymakers must address.
“Regulations and monitoring systems require social acceptance to be workable over time,” Dr. Udugama told The Island. “Understanding public perception strengthens accountability and clarifies the conditions under which deep-sea mining proposals would be evaluated.”
Youth and Community Engagement
Ganepola emphasised that engagement must begin with transparency and early consultation.
“Decisions about deep-sea mining should not remain limited to technical experts,” she told The Island. “Coastal communities — especially fishers — must be consulted from the beginning, as they are directly affected. Youth engagement is equally important because young people will inherit the long-term consequences of today’s decisions.”
She called for stronger media communication, public hearings, stakeholder workshops and greater integration of marine conservation into school and university curricula.
“Inclusive and transparent engagement will build trust and reduce conflict,” she said.
A Regional Milestone
Sudarsha De Silva described the study as a milestone for Sri Lanka and the wider Asian region.
“When you consider research publications on this topic in Asia, they are extremely limited,” De Silva told The Island. “This is one of the first comprehensive studies in Sri Lanka examining public perception of deep-sea mining. Organizations like the Sustainable Ocean Alliance stepping forward to collaborate with Sri Lankan academics is a great achievement.”
He also acknowledged the contribution of youth research assistants from EarthLanka — Malsha Keshani, Fathima Shamla and Sachini Wijebandara — for their support in executing the study.
A Defining Choice
As Sri Lanka charts its blue economy future, the message from citizens appears unmistakable.
Development is not rejected. But it must not come at the cost of irreversible ecological damage.
The ocean’s true wealth, respondents suggest, lies not merely in minerals beneath the seabed, but in the living systems above it — systems that sustain fisheries, tourism and coastal communities.
For policymakers weighing the promise of mineral wealth against ecological risk, the findings shared with The Island offer a clear signal: sustainable governance and biodiversity protection align more closely with public expectations than unchecked extraction.
In the end, protecting the ocean may prove to be not only an environmental responsibility — but the most prudent long-term investment Sri Lanka can make.
By Ifham Nizam
Features
How Black Civil Rights leaders strengthen democracy in the US
On being elected US President in 2008, Barack Obama famously stated: ‘Change has come to America’. Considering the questions continuing to grow out of the status of minority rights in particular in the US, this declaration by the former US President could come to be seen as somewhat premature by some. However, there could be no doubt that the election of Barack Obama to the US presidency proved that democracy in the US is to a considerable degree inclusive and accommodating.
If this were not so, Barack Obama, an Afro-American politician, would never have been elected President of the US. Obama was exceptionally capable, charismatic and eloquent but these qualities alone could not have paved the way for his victory. On careful reflection it could be said that the solid groundwork laid by indefatigable Black Civil Rights activists in the US of the likes of Martin Luther King (Jnr) and Jesse Jackson, who passed away just recently, went a great distance to enable Obama to come to power and that too for two terms. Obama is on record as owning to the profound influence these Civil Rights leaders had on his career.
The fact is that these Civil Rights activists and Obama himself spoke to the hearts and minds of most Americans and convinced them of the need for democratic inclusion in the US. They, in other words, made a convincing case for Black rights. Above all, their struggles were largely peaceful.
Their reasoning resonated well with the thinking sections of the US who saw them as subscribers to the Universal Declaration of Human Rights, for instance, which made a lucid case for mankind’s equal dignity. That is, ‘all human beings are equal in dignity.’
It may be recalled that Martin Luther King (Jnr.) famously declared: ‘I have a dream that one day this nation will rise up, live out the true meaning of its creed….We hold these truths to be self-evident, that all men are created equal.’
Jesse Jackson vied unsuccessfully to be a Democratic Party presidential candidate twice but his energetic campaigns helped to raise public awareness about the injustices and material hardships suffered by the black community in particular. Obama, we now know, worked hard at grass roots level in the run-up to his election. This experience proved invaluable in his efforts to sensitize the public to the harsh realities of the depressed sections of US society.
Cynics are bound to retort on reading the foregoing that all the good work done by the political personalities in question has come to nought in the US; currently administered by Republican hard line President Donald Trump. Needless to say, minority communities are now no longer welcome in the US and migrants are coming to be seen as virtual outcasts who need to be ‘shown the door’ . All this seems to be happening in so short a while since the Democrats were voted out of office at the last presidential election.
However, the last US presidential election was not free of controversy and the lesson is far too easily forgotten that democratic development is a process that needs to be persisted with. In a vital sense it is ‘a journey’ that encounters huge ups and downs. More so why it must be judiciously steered and in the absence of such foresighted managing the democratic process could very well run aground and this misfortune is overtaking the US to a notable extent.
The onus is on the Democratic Party and other sections supportive of democracy to halt the US’ steady slide into authoritarianism and white supremacist rule. They would need to demonstrate the foresight, dexterity and resourcefulness of the Black leaders in focus. In the absence of such dynamic political activism, the steady decline of the US as a major democracy cannot be prevented.
From the foregoing some important foreign policy issues crop-up for the global South in particular. The US’ prowess as the ‘world’s mightiest democracy’ could be called in question at present but none could doubt the flexibility of its governance system. The system’s inclusivity and accommodative nature remains and the possibility could not be ruled out of the system throwing up another leader of the stature of Barack Obama who could to a great extent rally the US public behind him in the direction of democratic development. In the event of the latter happening, the US could come to experience a democratic rejuvenation.
The latter possibilities need to be borne in mind by politicians of the South in particular. The latter have come to inherit a legacy of Non-alignment and this will stand them in good stead; particularly if their countries are bankrupt and helpless, as is Sri Lanka’s lot currently. They cannot afford to take sides rigorously in the foreign relations sphere but Non-alignment should not come to mean for them an unreserved alliance with the major powers of the South, such as China. Nor could they come under the dictates of Russia. For, both these major powers that have been deferentially treated by the South over the decades are essentially authoritarian in nature and a blind tie-up with them would not be in the best interests of the South, going forward.
However, while the South should not ruffle its ties with the big powers of the South it would need to ensure that its ties with the democracies of the West in particular remain intact in a flourishing condition. This is what Non-alignment, correctly understood, advises.
Accordingly, considering the US’ democratic resilience and its intrinsic strengths, the South would do well to be on cordial terms with the US as well. A Black presidency in the US has after all proved that the US is not predestined, so to speak, to be a country for only the jingoistic whites. It could genuinely be an all-inclusive, accommodative democracy and by virtue of these characteristics could be an inspiration for the South.
However, political leaders of the South would need to consider their development options very judiciously. The ‘neo-liberal’ ideology of the West need not necessarily be adopted but central planning and equity could be brought to the forefront of their talks with Western financial institutions. Dexterity in diplomacy would prove vital.
-
Life style5 days agoMarriot new GM Suranga
-
Business4 days agoMinistry of Brands to launch Sri Lanka’s first off-price retail destination
-
Features5 days agoMonks’ march, in America and Sri Lanka
-
Features5 days agoThe Rise of Takaichi
-
Features5 days agoWetlands of Sri Lanka:
-
News5 days agoThailand to recruit 10,000 Lankans under new labour pact
-
News5 days agoMassive Sangha confab to address alleged injustices against monks
-
Sports1 day agoOld and new at the SSC, just like Pakistan
