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When seabed goes dark: The Persian Gulf, cable sabotage, and race for space-based monopoly

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“Former Chief of Staff of the Sri Lanka Navy and Vice Chancellor of Sir John Kotalawella Defence University.”

Undersea fiber optic cables constitute the backbone of global digital connectivity, carrying over 95% of international data traffic. The increasing geopolitical tensions involving Iran, Israel, and the United States elevate the risk of deliberate or collateral damage to submarine cable systems, particularly in the Persian Gulf, a critical global digital chokepoint. This article examines the strategic consequences of undersea cable sabotage in this region and its cascading effects across the Indian Ocean, with a focused analysis on Sri Lanka’s vulnerabilities and opportunities. It further argues that prolonged disruption could incentivize technologically advanced states and corporations to accelerate satellite-based global internet architectures, potentially reshaping control over global connectivity. The article concludes that Sri Lanka must urgently operationalize the National Submarine Cable Safety and Resilience Framework (NSCPRF) to safeguard national security while positioning itself within this evolving technological and geopolitical landscape.

Beneath the world’s oceans lies a largely invisible but indispensable network of submarine communication cables that form the backbone of the contemporary global order. These cables silently facilitate financial transactions, sustain military command and control, and power the digital economies that define modern life. Yet, in an era of intensifying geopolitical rivalry, this critical infrastructure has emerged as a strategic vulnerability and a prime target for hybrid warfare.

Current tensions among Iran, Israel, and the United States have introduced a new dimension of conflict: seabed contestation. The Persian Gulf, already a focal point for global energy security, has now become equally pivotal for digital connectivity. Any disruption to its dense network of submarine cables would not merely affect regional actors; the consequences would ripple across the global system, threatening financial stability, communications, and strategic operations worldwide. This evolving vulnerability underscores the urgent need to understand, protect, and adapt to the emerging risks facing undersea infrastructure in geopolitically sensitive regions.

Strategic importance of Persian Gulf cable network

The Persian Gulf serves as a critical digital chokepoint in global connectivity, functioning for data flows much like the Strait of Hormuz does for energy transport. A dense aggregation of undersea fiber optic cables traverses this narrow maritime corridor, linking Europe, the Middle East, and South and East Asia. The strategic centrality of the region arises not only from its role in facilitating global commerce and communications but also from its function as a redundancy hub for intercontinental digital traffic.

Several factors exacerbate the vulnerability of this network. First, the geographic concentration of cable routes in a limited corridor creates systemic risk: damage to even a few cables could severely disrupt connectivity. Second, the relatively shallow waters of the Gulf render cables physically accessible to divers, remotely operated underwater vehicles, and maritime operations that may inadvertently or deliberately cause damage. Third, the proximity of these routes to active conflict zones, territorial disputes, and naval operations further elevates the risk of intentional or collateral disruption.

A significant interruption in the Persian Gulf cable network would have far-reaching consequences, potentially impairing intercontinental data flows, destabilizing financial markets, degrading strategic communications, and undermining both commercial and military operations worldwide. This underscores the Persian Gulf’s dual role as a linchpin of global connectivity and a high-value target within contemporary hybrid warfare and geopolitical contestation.

Undersea cable sabotage as hybrid warfare

Undersea cables, due to their strategic importance and relative physical exposure, constitute high-value targets within contemporary hybrid warfare scenarios. Both state and non-state actors may seek to exploit these vulnerabilities through methods that are difficult to attribute, enabling deniable or covert operations while inflicting disproportionate disruption.

Potential attack vectors encompass a range of capabilities. Physical interference may be conducted by divers, unmanned underwater vehicles (UUVs), or remotely operated submersibles, allowing direct manipulation or damage to cable infrastructure. Covert disruption may also occur through maritime activities, such as the unintentional or deliberate anchoring of commercial vessels, trawlers, or offshore operations in cable corridors. In parallel, cyberattacks targeting cable landing stations, associated terrestrial networks, or associated operational technology systems could degrade functionality without physical intervention.

Historical precedent underscores the plausibility of such scenarios. The 2008 Mediterranean submarine cable disruption, which caused widespread interruptions in internet connectivity across multiple regions, illustrates how failures, whether accidental or malicious can propagate globally. In the context of conflict involving high-stakes geopolitical actors, deliberate and coordinated sabotage could amplify these impacts, triggering cascading disruptions across financial systems, communications, and critical infrastructure worldwide.

Global consequences and systemic risks

A major disruption to undersea cable systems in the Persian Gulf would have far-reaching and cascading effects across the global digital and economic landscape. Financial systems, including banking networks, trading platforms, and digital payment infrastructures, could experience severe instability, potentially halting international transactions and market operations. Digital services reliant on continuous connectivity, such as cloud computing, data centers, and online platforms would face operational collapse, disrupting both commercial and governmental functions worldwide.

From a security perspective, military command, control, and communication systems could be degraded, compromising operational readiness and the ability to coordinate defense and strategic responses. Logistical networks, encompassing aviation, maritime shipping, and port operations, would similarly be affected, creating delays in supply chains and critical goods transportation.

The sudden rerouting of data traffic through alternative pathways, notably via the Indian Ocean region, would place immense strain on those networks, exacerbating congestion and increasing vulnerability to further disruption. In this context, Persian Gulf cable vulnerabilities are not merely regional concerns; they represent systemic risks capable of destabilizing global connectivity, commerce, and security simultaneously.

Spillover into the Indian Ocean region

The Indian Ocean functions as a strategically significant secondary corridor for global data traffic, linking the Persian Gulf, South Asia, Southeast Asia, and Africa. In the event of disruptions to submarine cables in the Persian Gulf, whether due to conflict, sabotage, or hybrid warfare traffic would inevitably be rerouted through Indian Ocean pathways, placing unprecedented strain on existing networks. This redirection could result in severe bandwidth congestion, degradation of service quality, and delays in critical communications for both commercial and military operations.

The increased reliance on the Indian Ocean network would also elevate the region’s vulnerability to further attacks, whether deliberate or opportunistic, as adversaries may seek to exploit the bottlenecked infrastructure. Moreover, the operational scope of any regional conflict could expand, effectively extending the theatre of digital contestation to the Indian Ocean and affecting the maritime security environment of surrounding nations.

Consequently, the Indian Ocean is not merely a passive conduit for rerouted data; it could emerge as an active domain of strategic competition, where control over undersea infrastructure and the ability to defend it becomes a critical determinant of regional and global digital resilience.

Sri Lanka’s strategic position and vulnerability

Situated at a pivotal maritime and digital crossroads in the Indian Ocean, Sri Lanka occupies a uniquely strategic position within global communication networks. The island serves as a critical node for multiple undersea fiber optic cable systems, including the SEA-ME-WE 3, 4, and 5 series, the Bay of Bengal Gateway (BBG), FALCON, as well as Chinese-led systems such as the Asia-Pacific Cable Network (APCN) and China-Asia-Pacific Network (CAPN). These networks not only connect Europe, South Asia, Southeast Asia, and the Middle East, but also provide essential redundancy for global data traffic, rendering Sri Lanka an indispensable conduit for intercontinental digital flows.

Vulnerabilities

Sri Lanka’s strategic location, while advantageous, also exposes it to significant vulnerabilities. In the event of disruptions elsewhere in the network, traffic is often rerouted through the island, increasing the operational load on existing infrastructure and heightening the risk of congestion. Moreover, the island’s position as a critical redundancy node renders it a potential target for deliberate attacks or sabotage in scenarios of geopolitical tension. Currently, the absence of a fully operational legal and regulatory framework for submarine cable protection exacerbates these risks, leaving strategic infrastructure exposed. Limitations in seabed surveillance and rapid response capability further constrain the country’s ability to detect, deter, and mitigate threats effectively.

National implications

Disruptions to Sri Lanka’s undersea cable network could have profound national consequences. Financial and commercial systems reliant on uninterrupted digital connectivity would face operational instability, with potential cascading effects on banking, trading, and online services. Port operations and maritime logistics, which increasingly depend on real-time communication and data flows, would also be adversely affected, impacting the island’s role as a regional transshipment hub. From a national security perspective, interruptions could compromise command, control, and communication systems essential for defense and maritime governance. Finally, economic repercussions would extend to the digital and technology sectors, threatening both foreign investment and domestic industry reliant on high-speed connectivity.

In sum, Sri Lanka’s unique position at the intersection of major global and regional undersea cable systems provides both strategic leverage and significant exposure. Recognizing and addressing these vulnerabilities through a comprehensive protection and resilience framework is essential for national security, economic stability, and regional digital leadership.

Indian Ocean nexus: From seabed vulnerability to space-based control

A disruption originating in the Persian Gulf would cascade into the Indian Ocean, where dense maritime activity and limited surveillance heighten systemic risk. Reduced communication integrity and gaps in maritime awareness could mask further interference with submarine cables, compounding the crisis. Also, the Fragmented jurisdiction under frameworks such as the United Nations Convention on the Law of the Sea and limitations in real-time monitoring create exploitable gaps.

Yet disruption also creates opportunity. Technologically advanced nations and corporations, already deploying Low Earth Orbit (LEO) satellite constellations, could rapidly step in as alternative providers of global connectivity. Systems led by SpaceX, Amazon, and OneWeb are capable of scaling quickly to offset cable outages, while China’s state-backed China Satellite Network Group (Guowang) and commercial initiatives such as Qianfan further reinforce this emerging space-based connectivity architecture. In such a context, the large-scale deployment of thousands of miniature satellites dedicated to global data connectivity by technologically advanced nations cannot be ruled out, further accelerating the shift toward space-based communication dominance.

Emerging risk: Space-based connectivity and strategic monopoly

A prolonged or large-scale disruption of undersea cable systems could catalyze a structural shift in global connectivity architecture. High-technology corporations and advanced states may exploit such a crisis to accelerate the deployment of satellite constellations, effectively bypassing vulnerable seabed infrastructure.

Sustained or large-scale disruption of undersea cable systems possesses the capacity to trigger a profound structural transformation in the global connectivity landscape. In such a scenario, technologically advanced states and private enterprises could exploit the crisis to accelerate the deployment of satellite constellations, effectively bypassing the vulnerabilities inherent in submarine cable infrastructure. This transition would fundamentally reshape the architecture of global communications, enabling rapid network deployment that surpasses the timelines required to repair damaged cables. It also carries the potential to centralize control over global connectivity within a narrow set of actors, undermining national data sovereignty and altering the distribution of geopolitical influence by establishing dominance over space-based communication systems. In effect, disruption at sea may act as a catalyst, accelerating a strategic shift from seabed-based to orbital-based control of global information flows, concentrating technological, informational, and strategic power in the hands of a limited cohort of state and corporate actors, and redefining the very nature of global digital governance.

Case for national submarine cable safety and resilience framework

Sri Lanka’s proposed National Submarine Cable Safety and Resilience Framework (NSCPRF) constitutes a proactive and strategically essential response to the evolving spectrum of threats to critical undersea communication infrastructure. Recognizing the vulnerabilities posed by both accidental and deliberate disruptions, the framework has been developed with technical guidance from the International Cable Protection Committee (ICPC) and operational support from the United Nations Office on Drugs and Crime (UNODC). Importantly, it aligns with international obligations, including UN General Assembly Resolution A/RES/73/124, thereby situating Sri Lanka’s initiative within the broader framework of global maritime security norms.

The NSCPRF is designed around four core objectives: first, to formally recognize submarine cables as Critical National Infrastructure, thereby elevating their status within national security and policy frameworks; second, to establish dedicated Cable Protection Zones within Sri Lanka’s Exclusive Economic Zone (EEZ) to prevent inadvertent damage and deliberate interference; third, to integrate naval, coastguard, and civilian agencies into coordinated protection, monitoring, and enforcement efforts, ensuring a unified operational response; and fourth, to develop rapid repair and contingency mechanisms capable of restoring connectivity promptly in the event of disruption. Collectively, these measures aim to safeguard Sri Lanka’s strategic digital infrastructure, mitigate the risks associated with global cable vulnerabilities, and strengthen the country’s resilience in an increasingly contested maritime and technological domain.

Strategic recommendations

To enhance national resilience and strengthen Sri Lanka’s strategic positioning in the emerging landscape of maritime and digital security, a multi-dimensional approach is required. First and foremost, the NSCPRF should be enacted without delay, providing a formal legal and operational framework that recognizes submarine cables as critical national infrastructure and establishes robust protection protocols.

Second, Sri Lanka must significantly strengthen its Maritime Domain Awareness (MDA) capabilities, with a particular emphasis on seabed surveillance and real-time monitoring of undersea cable routes. This would enable early detection of potential threats, ranging from accidental damage to deliberate sabotage, and allow for timely, coordinated responses.

Third, the development of specialized naval and coastguard capabilities dedicated to submarine cable protection is essential. These forces should be trained and equipped for rapid interdiction, repair support, and enforcement operations within Sri Lanka’s Exclusive Economic Zone (EEZ), ensuring both deterrence and resilience against emerging threats.

Fourth, infrastructure redundancy should be promoted through diversification of cable routes and integration with alternative regional networks. Redundant pathways would reduce the operational and economic impact of localized disruptions, ensuring continuity of digital communications under a variety of contingency scenarios.

Fifth, Sri Lanka should actively engage in international partnerships to facilitate coordinated protection, information sharing, and joint response mechanisms. Collaboration with regional actors, international organizations, and private cable operators would enhance collective security and resilience across the Indian Ocean Region.

Finally, as the risk of space-based connectivity monopolization grows, Sri Lanka should assess the integration of satellite systems as a complementary component of national digital infrastructure. This approach would safeguard against technological dependency on a limited number of external actors, while maintaining national control over critical communications.

Taken together, these recommendations provide a comprehensive roadmap for safeguarding Sri Lanka’s undersea cable infrastructure, reinforcing national security, and positioning the country as a regional leader in maritime and digital resilience.

Securing seabed, safeguarding the skies

Undersea cables are no longer merely commercial infrastructure; they are strategic assets at the heart of global stability. In a conflict involving Iran, Israel, and the United States, disruption in the Persian Gulf could trigger a global digital crisis, with cascading effects across the Indian Ocean.

Simultaneously, such a disruption could open the door for technologically advanced actors to redefine global connectivity through satellite constellations, potentially establishing monopolistic control over digital networks.

The crisis envisioned in “When the Seabed Goes Dark” is not hypothetical, but it is structurally plausible. The convergence of dense cable networks, geopolitical rivalry, and weak maritime governance creates conditions where disruption is not only possible, but strategically attractive. What follows may be even more consequential: a shift in global connectivity from the ocean floor to orbital space where control is narrower, faster, and potentially monopolistic.

For nations like Sri Lanka and the broader Indian Ocean region, the challenge is clear: secure seabed infrastructure while preparing for the strategic realities of space-based connectivity.

For the broader Indo-Pacific region, the challenge is clear: to secure the seas without surrendering the skies. By operationalizing the NSCPRF and adopting a forward-looking posture, Sri Lanka can transform vulnerability into leadership in the emerging domain of integrated maritime and digital security.

In the future battle-space, dominance will depend not only on control of the seas , but on control of the data pathways beneath them and the satellites above them.

This article and its conceptual framework are based on the research and analysis of Rear Admiral JJ Ranasinghe (Retd), who holds a master’s degree in Maritime Policy from the University of Wollongong, reflecting his strategic insights into undersea cable vulnerabilities, Indo-Pacific maritime security, and emerging space-based connectivity risks.

by Rear Admiral Jagath Ranasinghe Retd)
VSV, USP, psc, MSc (DS) Mgt, MMaritimePol (Aus),
PG Dip in CPS, DIP in CR, FNI(Lond), Former Govt Fellow GCSP,



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Building a sustainable future for Sri Lanka’s construction industry

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Sri Lanka’s construction industry has long been a central pillar of sustainable development. From roads and bridges to homes, schools, and hospitals, construction shapes the country’s physical landscape and supports economic progress. As the nation continues to rebuild and modernise, the demand for construction materials and infrastructure keeps rising. However, this growth also brings a significant environmental cost. Cement, steel, bricks, aggregates, and timber all require energy, resources, and transportation, contributing to carbon emissions and environmental damage. If Sri Lanka continues with traditional construction practices, the long-term impact on the environment will be severe.

The encouraging news is that Sri Lanka has many opportunities to adopt more sustainable construction practices while still maintaining the highest standards of quality and safety. Sustainable construction does not mean weaker buildings or lower standards. It means using sustainable materials, reducing waste, improving design, and choosing methods that protect the environment. Many countries have already moved in this direction, and Sri Lanka has the potential to follow the same path with solutions that are practical, affordable, and suitable for local conditions.

A promising option

One promising option is the use of Compressed Earth Blocks (CEB), which are different from the concrete blocks commonly used in Sri Lanka for the past 25 years. CEBs are made from soil mixed with a small amount of stabiliser and pressed using machines. Unlike traditional fired clay bricks, CEBs do not require high-temperature kilns, which consume large amounts of firewood or fossil fuels. This makes CEBs a low-carbon alternative with a much smaller environmental footprint. In Sri Lanka, CEBs are already used in eco-resorts, community housing projects, and environmentally focused developments. They offer good strength, durability, and thermal comfort, making them suitable for many types of buildings. By expanding the use of CEBs, Sri Lanka can reduce energy consumption, lower emissions, and promote locally sourced materials.

Recycled aggregates also offer significant potential for sustainable construction. These materials are produced by crushing concrete, demolition waste, and construction debris. In Sri Lanka, recycled aggregates are already used in road construction, particularly for base and sub-base layers. They are suitable for non-structural building work such as pathways, garden paving, drainage layers, landscaping, and backfilling. Using recycled aggregates reduces the need for newly quarried rock and aggregates, decreases landfill waste, and lowers transportation emissions. With proper quality control and standards, recycled aggregates can become a reliable and widely accepted material in the construction industry.

Timber and sustainability

Timber is another important area where sustainability can be improved. In the past, timber for construction was often taken from natural forests, leading to deforestation and loss of biodiversity. Today, this approach is no longer sustainable. Instead, the focus must shift to legally sourced timber from managed plantations. Sri Lanka’s plantation-grown teak, jak, and kubuk can provide high-quality, legally sourced timber for construction while protecting natural forests and supporting rural economies. Using plantation timber ensures that harvesting is controlled, trees are replanted, and the supply chain remains legal and ethical.

Beyond materials, sustainable construction also involves better design and planning. Buildings that are designed to maximise natural ventilation, daylight, and energy efficiency can significantly reduce long-term operating costs. Simple design improvements such as proper orientation, shading devices, roof insulation, and efficient window placement can reduce the need for artificial cooling and lighting. These measures not only lower energy consumption but also improve indoor comfort for occupants. Sri Lanka’s tropical climate offers many opportunities to incorporate passive design strategies that reduce environmental impact without increasing construction costs.

Waste reduction is another key component of sustainable construction. Construction sites often generate large amounts of waste, including concrete, timber offcuts, packaging, and soil. By adopting better site management practices, recycling materials, and planning construction sequences more efficiently, contractors can reduce waste and save money. Proper waste segregation and recycling can also reduce the burden on landfills and minimise environmental pollution.

Promoting sustainable construction

Public projects such as schools, hospitals, and government buildings can play a leading role in promoting sustainable construction. When government projects adopt greener materials and designs, the private sector follows. This creates a positive cycle where environmentally responsible choices become the industry standard. Public sector leadership can also encourage local manufacturers to produce sustainable materials, improve quality standards, and invest in new technologies.

Sri Lanka also carries a proud and remarkable history in construction, with achievements that continue to inspire the world. The engineering brilliance behind Sigiriya, the advanced urban planning of Polonnaruwa, the precision of the Aukana Buddha statue, and the sophisticated water management systems of ancient tanks and reservoirs all demonstrate the deep knowledge our ancestors possessed. These historic accomplishments show that innovation is not new to Sri Lanka; it is part of our identity. As the world moves toward 2050 with increasing sustainability challenges, Sri Lanka can draw strength from this heritage while embracing modern technologies and sustainable practices. With the combined efforts of skilled professionals, industry experts, academic researchers, and strong government support, the country can introduce new systems that improve efficiency, reduce environmental impact, and strengthen resilience. By working together with determination and sharing knowledge across generations, Sri Lanka’s construction industry can build a future that honours its past while leading the way in sustainable development.

Foundation of sustainable development

Sri Lanka’s construction industry has always been a foundation of sustainable development. Today, it also has the chance to take a leading role in sustainability. By choosing sustainable materials, reducing waste, improving design, and supporting responsible sourcing, the country can build a future that is both modern and environmentally responsible. Sustainability is essential for Sri Lanka’s long-term goals of reducing carbon emissions and limiting the impacts of global warming. As Sri Lanka moves forward, the construction industry must embrace sustainability not only as an environmental responsibility but also as an opportunity to create stronger, smarter, and more resilient buildings for future generations. Sri Lanka has the talent, the heritage, and the technical capacity to shape a more sustainable future, and with the right national direction, the construction industry can become a model for the region. If professionals, policymakers, and communities work together with a shared vision, the country can transform its construction sector into one that protects the environment while supporting long-term progress.

About the Author: P.G.R.A.C. Gamlath Menike,

BSc (Hons) Quantity Surveying (University of Reading, UK), MSc Quantity Surveying (University College of Estate Management, UK), MCIArb, Doctoral Student, Department of Building and Real Estate, The Hong Kong Polytechnic University, Hong Kong, is a Senior Quantity Surveyor: Last Project (2022 -2025) Hong Kong International Airport Terminal 2 Construction Project, Gammon Engineering Construction (Main Contractor).

By P.G. R. A. C. Gamlath Menike

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Palm leaf manuscripts of Sri Lanka – 1

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Palm leaf manuscripts

Palm leaf manuscripts have been in existence in Sri Lanka since ancient times. The two oldest palm-leaf manuscripts found in Sri Lanka today are the Cullavagga Pâli manuscript of the H. C. P. Bell collection, which is held at the Library of the National Museum, Colombo, and the Mahavagga Pâli manuscript in the University of Kelaniya collection. Photocopies of both are available at the Library of the University of Peradeniya. Both are dated to 13 century. Cullavagga manuscript has wooden covers richly decorated in lac with a design of flowers and foliage.

Karmmavibhâga

However, the oldest known Sinhala palm leaf manuscript in the world is the Karmmavibhâga which was found in a Tibet monastery in 1936 by the Indian scholar Rahul Sankrityayan. Rahul Sankrityayan, (1893–1963) former Kedarnath Pandey, was an Indian polymath, who searched out rare Buddhist manuscripts on his travels abroad. Sankrityayan visited Sri Lanka as well. Vidyalankara Pirivena is mentioned.

Sankrityayan visited Tibet several times to collect manuscripts from the Buddhist monasteries there. In May 1936 on his second visit to Tibet, Sankrityayan visited the Sa-skya monastery. The Chag-pe-lha-khang Library in this monastery was specially opened for Sankrityayan.

He stated in his autobiography that when the clouds of dust which greeted this rare opening of its doors had subsided, they beheld rows of open racks where volume on volume of manuscripts were kept. “After rummaging around, I came across palm-leaf manuscripts. They were not wrapped in cloth, but were tied between two wooden planks with holes through them.” Sankrityayan found several important manuscripts he had been looking for, in that collection.

Sankrityayan catalogued fifty-seven manuscripts bound in thirty-eight volumes. The thirty-seventh volume was written in the Sinhala script. Sankrityayan records that this volume contained ninety-seven palm- leaves each of which measured 18 1/4 by 1 1/4 in. (46 x 3 cm.) and that there were seven lines of writing on each folio.

According to Sankrityayan, these Sinhala texts originally belonged to a Sri Lankan monk called Anantaśrî who had come to Tibet in the time of ŚSrî Kîrttidhvaja (Kirti Sri Rajasinha). Analysts noted that Sankrityayan does not give the source of this information and the manuscript makes no mention of Anantaśrî.

Sankrityayan had taken with him to Tibet, one Abeyasinghe, (Abhayasimha) to help him with copying manuscripts. They made hand-copies of the important manuscripts. Abhayasimha had copied about 250 to 350 strophes each day. But he fell ill due to the extreme cold and was sent home in June. Abeyasinghe had written letters home during his stay in Tibet.

Photographs of the manuscripts found during Sankrityayan’s expeditions in Tibet are preserved at the National Archives in Colombo. There is also a copy in Vidyalankara pirivena library The Historical Manuscripts Commission In its 1960/1961 report, drew attention to this manuscript, known as Sa-skya Codex, describing it as “a unique document.” (Annual Report of the Government Archivist 1960/61, 1963)

Sinhala scholar P.E.E. Fernando examined photographs of the Sa-skya Codex at the request of the Historical Manuscripts Commission and assigned it to the 13th century. The Historical Manuscripts Commission, dated it to either twelfth or the thirteenth century.

The Historical Manuscripts Commission observed that this manuscript was of great value for the study of the development of the Sinhala script. Ven. Meda Uyangoda Vimalakîrtti and Nähinne Sominda in their edition of the Karmmavibhâga published in 1961 agreed that the Sa-skya Codex represented an early stage in the evolution of the Sinhala language.

Mahavamsa

The Mahavamsa is considered a unique historical document. There is nothing like it in South Asia, and probably all Asia, with the exception of China. Mahavamsa provides a historical account of events, with emphasis on chronology and dating. This, it appears, was rare at the time.

However, Mahavamsa is not a political history, though that is the popular perception of it. It is a religious history. It was written to record the introduction and entrenchment of Buddhism in the country. Other Buddhist countries, such as Cambodia, Burma and Thailand value the Mahavamsa for this reason. They held copies of the Mahavamsa and used events from it in their temple frescoes.

But Mahavamsa is also an important reference source for reconstructing the political history of Sri Lanka. Political and social facts are included in the Mahavamsa narrative when describing religious events, and this makes the Mahavamsa important for historians. This tradition of history writing, beginning with the earlier Sihala Attakatha and Dipawamsa, it is suggested, started in Sri Lanka in 2nd or 3rd BC.

Today, the Mahavamsa has become a major source of historical information, not only for dating kings, temples and reservoirs, but also for reconstructing ancient Sinhala society. The fact that Kuveni was seated beside a pond, spinning thread has been used to indicate that there was water management and textiles long before Vijaya arrived. Dutugemunu (161-137 BC) paid a salary to the workers building the Maha Thupa. This shows that money was used at the time.

Copies of the Mahavamsa have been treasured and looked after in Sri Lanka for centuries. They have been copied over and over again. The manuscripts were held in temple libraries because the subject of the Mahavamsa was the entrenchment of Buddhism in Sri Lanka.

The Mahavamsa manuscripts did not pop up suddenly during British rule as people seem to think. The British did not ‘discover’ the Mahavamsa. It was there. When the British administration started to take interest in the history of the island, the sangha would have directed them to the Mahavamsa, in the same way that they directed HCP Bell to the ruins in Anuradhapura and the Sigiriya frescoes. HCP Bell did not discover those either.

The British administrators saw the value of the Mahavamsa and copies were sent to libraries abroad. The Bodleian library, Oxford has a well preserved Mahavamsa manuscript, taken from Mulkirigala, which Turner used for his translation. Cambridge has two Mahavamsa manuscripts. The two copies at India Office library, and the copy in East India Library are probably in the British Library today. The Royal Library, Copenhagen, has a copy, consisting of 129 sheets, 12 lines to a leaf, written in good handwriting.

In Sri Lanka there are several copies of the Mahavamsa in the Colombo Museum Library. One copy, known as the ‘Cambodian Mahavamsa ‘is in Cambodian script. University of Peradeniya has at least three copies.

It is interesting to note that the Mahavamsa was known to the Sinhala elite and some had copies in their private libraries. The Historical Manuscripts Commission of the 1930s said in its first report that five copies of the Mahavamsa and a 19th century copy of the Dipawamsa were found in private collections.

The temple libraries had many copies of the Mahavamsa. Some were of very high quality. Wilhelm Geiger had looked at the copies held at Mahamanthinda Pirivena, Matara and Mulkirigala vihara. Asgiriya, Nagolla Vihara and Watagedera Sudarmarama Potgul vihara, Matara, are three of the many libraries that held copies of the Mahavamsa.

Sirancee Gunawardene examined the copy at Mahamanthinda Pirivena, Matara, very closely. She says that it is a very old manuscript. According to its colophon, the manuscript was first copied 400 years ago. It is in a very good state of preservation. It has 232 folios. Each 50 cm long 6.25 wide. Nine lines on each side, in Pali metric verse.

The writer of the manuscripts said that his version was an improvement on the copy. He wrote, “I will recite the Mahavamsa which was compiled by ancient sages. [their version] was too long and had many repetitions. This version is free from such faults, easy to understand and remember. It is handed down from tradition, for arousing serene joy and emotion’ .

The Mahamanthinda manuscript records the continuous history of 23 dynasties from 543 BC to 1758 AD. It refers to the principle of hereditary monarchy as 39 eldest sons of reigning monarch succeeded their fathers to the throne. It highlights the fact that fifteen reigned only for one year, 34 for less than four years, 22 kings were murdered by their successors, 6 were killed during battles, 4 committed suicide, 11 were dethroned.

Mahawansa  as a World Heritage document

An ola manuscript of the Mahavamsa, held in the Main Library of the University of Peradeniya has been recognised by UNESCO as a part of World Heritage. UNESCO announced In 2023 that it has included the Mahavamsa as one of the 64 items of documentary heritage inscribed in the UNESCO’s Memory of the World International Register for 2023. The manuscript is dated to the early 19 century.

The certificate declaring the Mahawansa as a world heritage document was handed to the Chancellor of Peradeniya University by UNESCO Director General, who visited the University in 2024 specially to do so. She also unveiled a plaque marking the declaration.

The story began much earlier. The National Library of Sri Lanka and the Ministry of Buddha Sasana had jointly appointed a 6-member committee headed by Prof Malani Endagamage, to find the best preserved copy of the Mahavamsa in Sri Lanka. This would have been in 2000 or so. For two years, this team had examined copies from over 100 temples nationwide.

Temples around the country yielded copies, crumbling to well-preserved, reported Sunday Times. There was one from the Ridi Vihara that almost made the cut, but four other copies were shortlisted. One from the Dalada Maligawa, Kandy and three manuscripts from the Main Library of the University of Peradeniya. Three academics from the University’s History Department, Professors K.M. Rohitha Dasanayaka, Mahinda Somathilake and U.S.Y. Sahan Mahesh examined the three Peradeniya manuscripts

Dasanayaka said, “We poured over the copies together, and it became clear that one copy stood out. While the other two had numerous inconsistencies, this one, written in a curvy hand, was neat and beautiful. After more than two centuries, the manuscript was still very attractive, with a ‘flaming cinnamon orange’ cover and elegant lettering.

The first section of the manuscript ends with Mahasen (274–301 AD), written by the monk Mahanama. The second part ends at 1815. The author is given as Ven. Thibbotuwawe Buddharakkhita but he was dead by 1815. The final part was probably done by an acolyte. He has done a very neat job, seamlessly adding his bit, concluded Dasanayake.

This manuscript was acquired by the Library of University of Peradeniya when K. D. Somadasa, was the Librarian (1964 – 1970). It is held in the Main Library and its Accession Number is 277587.

National Library & Documentation Services Board of Sri Lanka, which administers the National Library of Sri Lanka submitted a nomination to UNESCO on behalf of this manuscript. UNESCO responded positively to the application.

UNESCO said the Mahavamsa was recognized as one of the world’s longest unbroken historical accounts, presenting Sri Lanka’s history in a chronological order from the 6th century BCE. The authenticity of the facts provided in the document has been confirmed through archaeological research conducted in Sri Lanka and India.

It is an important historical source in South Asia, said UNESCO. It was the first of its kind in South Asia, initiating a mature historiographical tradition. It has contributed singularly to the identity of Emperor Asoka in Indian history. The existence of a number of manuscripts of the Mahavamsa in several countries as well as the transliteration and translation of the text to several Southeast Asian and European languages stand testimony to its immense historical, cultural, literal, linguistic and scholarly values, .” UNESCO press release said.

Further, UNESCO found that this manuscript was correctly conserved at the University Library. The university and its library maintained high standards in safeguarding the palm-leaf manuscripts, preventing deterioration, declared UNESCO. (Continued)

REFERENCES


https://archives1.dailynews.lk/2021/02/25/local/242520/ola-leaf-mahavamsa-be-declared-world-heritage

Sirancee Gunawardana Palm leaf manuscripts of Sri Lanka . 1977 p 41,44-47 , 253 290 292, ,

N. E. I. Wijerathne Methods, Techniques and Challenges in Deciphering the Sa-skaya Codex. Vidyodaya Journal of Humanities and Social Sciences (2025), Vol. 10 (01) https://journals.sjp.ac.lk/index.php/vjhss/article/view/8571/6001

First report of the Historical Manuscripts Commision.1933 SP 9 of 1933. p . 53, 95, 96

https://journals.sjp.ac.lk/index.php/vjhss/article/view/8571/6001https://www.austriaca.at/0xc1aa5572%200x00314cc3.pdf

 https://leftword.com/creator/rahul-sankrityayan/

 https://www.reddit.com/r/IndianHistory/comments/1oc5tc2/in_his_autobiography_meri_jeevan_yatra_rahul/

 https://www.sundaytimes.lk/230910/plus/in-search-of-the-perfect-mahavamsa-531513.html

 https://www.dailymirror.lk/breaking-news/Mahawansa-declared-a-world-heritage/108-287528

 https://mfa.gov.lk/en/visit-of-unesco-dg/

 https://sundaytimes.lk/online/education/UNESCO-ready-to-support-digitalisation-of-Ola-leaf-books/290-1146314

 https://media.unesco.org/sites/default/files/webform/mow001/53_131%252B.pdf

by KAMALIKA PIERIS

 

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A new Sherlock Holmes novel

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Tales of Mystery and Suspense – 1

“The House of Silk” is set in a grim Victorian winter, and moves from Baker Street to a luxurious suburban villa, from dingy pubs to elegant London clubs, from a correction school for boys high on a hill to Dr Silkin’s House of Wonders, which provided noisy low life entertainment. Holmes and Watson went there in search of the House of Silk, a name they had heard when looking into the death of one of Holmes’ Baker Street irregulars (slum children who ferreted out information for him) .

I do not think highly of sequels to books written by highly regarded writers, though I must admit that this dislike is based on just a few samples. But while in England I was given by my former Dean, with a forceful recommendation, a book about a Sherlock Holmes mystery, supposedly written by Dr Watson. I began on it soon after I got back home, and found it difficult to put down, so I suppose I will not look on Anthony Horowitz as an exception to my rule. I may even look out for his efforts at continuing the adventures of James Bond, though I suspect Fleming’s laconic style will be less easy to emulate.

“The House of Silk” is set in a grim Victorian winter, and moves from Baker Street to a luxurious suburban villa, from dingy pubs to elegant London clubs, from a correction school for boys high on a hill to Dr Silkin’s House of Wonders, which provided noisy low life entertainment. Holmes and Watson went there in search of the House of Silk, a name they had heard when looking into the death of one of Holmes’ Baker Street irregulars (slum children who ferreted out information for him). They had asked Holmes’ brother Mycroft for help in finding what and where this was, but he had warned them off, having been himself told by someone very senior in government that it might involve those in very high positions, and further inquiries might prove dangerous.

Needless to say, Holmes does seek further, and is lured to an opium den where he is drugged, to be found outside with a gun in his hand and the body of a girl beside him, the sister of the murdered boy Ross. A passer-by swears he had seen Holmes fire the shot, and the owner of the opium den and a customer swear that Holmes had taken too much opium and left the den in a demented condition. A police inspector who had been passing promptly arrests Holmes and Watson, and even their old acquaintance Inspector Lestrade finds it difficult to get access to him.

Watson eventually gets to see him when he is in the infirmary, after he has been told by a mysterious man that Holmes was going to be murdered before his case could be taken up. The man said he had earlier tried to get Holmes to investigate the House of Silk by sending him a white silk ribbon, such as had later been found tied round the hand of the murdered boy. But, as a criminal himself, he said, he could not reveal more, though he himself was horrified by the business of the House of Silk, which gave criminality a bad name, which is why he wanted it all stopped.

Holmes escapes from the infirmary, with a little help from the doctor whom he had once assisted earlier, right under the nose of the nasty Inspector Harriman. He then joins up with Watson, and having with the help of Lestrade overcome the men designed to kill him at Dr Silkin’s House of Wonders, he sets off, with an even large posse of policemen, to the House of Silk.

After much suspense, the habitues of the House of Silk are arrested, the Inspector having broken his neck in the course of a chase downhill, having fled when his misdeeds were exposed. The mastermind claims that he will not face a trial because of the important people involved, but instead falls down a staircase while in prison and breaks his neck. One of the noblemen involved commits suicide, but another, and the medical man who had sworn he saw Holmes kill the young lady, get off without charge.

But then we revert to the original story, which had involved an art dealer who came to Holmes because he was being followed by someone he thought was an American gangster out for revenge. This was because he had shipped some pictures to an American buyer, and these had been destroyed when a train was held up by an Irish gang and the coach with the safe in it dynamited. The buyer and the dealer had got a private agency to investigate, and this had ended with the gang being killed in a shootout, though one of the twins who led it had escaped. The buyer had subsequently been killed, and Mr Carstairs feared that the twin who survived had followed him to England.

Holmes and Watson went to Carstairs’ house, where they met his wife, whom he had met on the boat back from America, and his sister. Their mother had died some months earlier, when gas had filled her room after the flame had gone out. It transpired that there had been a break in, and some money and a necklace stolen from a safe, and it was in tracing these, through a pawnbroker, that Holmes and Watson had found the American murdered in the hotel where he had been staying.

The leader of the irregulars had come to tell Holmes that they had traced the man to the hotel, and Ross had been left on guard. He seemed terrified when Holmes and Watson and Carstairs turned up, but said he had seen nothing. When the boys had been dismissed, and the room opened up, the man was found dead, the murderer obviously having gained entrance through a window.

Holmes assumed the boy had seen someone he recognized, but he could not be traced, until he was found dead, horribly tortured. The silk band around his wrist then led Holmes to pursue the House of Silk. One of the boys at the school where Ross had been mentioned that he had a sister at a pub, and she, when confronted, asked in fear if they were from the House of Silk and then, having lunged at Watson with a knife, ran off – herself only to be found dead outside the opium den, which prompted the arrest of Holmes.

After the drama at the House of Silk, Holmes and Watson go to the Carstairs household, where he explains exactly what had taken place, identifying the murdered man as not a member of the gang but the head of the private agency which had investigated them. As my Dean told me, Horowitz then ties up all the loose ends with consummate skill, connecting with a fine thread all the malefactors, of various kinds.

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