Recent weeks have witnessed a significant escalation in protests across Arunachal Pradesh against the proposed 11,200-megawatt Siang Upper Multipurpose Project. Local groups, operating alongside various political outfits, have taken to the streets to vigorously oppose the mega-dam initiative. They cite extensive environmental concerns, potential ecological damage, and the looming threat of demographic displacement. The Siang project is structurally envisioned as a massive run-of-the-river scheme. It is designed not just for large-scale power generation, but also as a critical strategic asset in a highly sensitive border region.
However, the ground situation deteriorated sharply on October 23, 2026, when mobilisations in Pasighat turned violent. Clashes erupted between protesters and security personnel, resulting in extensive damage to public buildings and private property across the East Siang district. Demonstrators subsequently vandalised an NHPC (National Hydroelectric Power Corporation Limited) office and set fire to vehicles parked within a police station compound. Consequently, local authorities imposed strict prohibitory orders under Section 163 of the Bharatiya Nagarik Suraksha Sanhita to restore administrative control.
This violent turn of events has severely complicated the central government’s infrastructure timeline. The violence necessitated the deployment of Rapid Action Force personnel flown in from Navi Mumbai, alongside Central Reserve Police Force companies mobilised from Assam. These measures highlight the acute security challenges inherent in executing large-scale infrastructure projects in border states. Furthermore, the unrest unfolded despite a dedicated Rs 11-crore public relations campaign launched by NHPC to communicate the project’s developmental benefits.
The immediate fallout includes the cancellation of proposed public hearings required for environmental clearances. As a result, India’s largest hydropower developer remains unable to complete the basic survey work necessary to finalise the pre-feasibility report. Therefore, understanding the broader political and strategic necessity of these projects is essential to contextualise the current impasse.
The political narrative surrounding this opposition requires an objective scrutiny. It is a recurring phenomenon that left-wing parties, activist groups, and various regional political outfits consistently critique the Union government for a perceived lack of development and employment opportunities. Yet, these same groups are frequently the first to mobilise against the large-scale infrastructure projects that facilitate such industrialisation. They leverage environmental rhetoric and complex local issues to stall projects that are fundamentally necessary for long-term economic growth and job creation.
This opposition is particularly paradoxical given the structural requirements of modern state-building. While non-NDA political outfits demand expansive welfare programmes and job creation, they also oppose the large infrastructure projects like high-speed railways and power generation capabilities required to sustain economic and commercial activities. These contradictions expose a tactical approach to development, where infrastructure is supported in principle but fiercely opposed in practice. Consequently, vital national projects are repeatedly delayed by protracted litigation and orchestrated street agitations, often funded by foreign leftist foundations with deep pockets.
For mainstream media, these protests are often framed simply as grassroots ecological movements protecting indigenous rights. However, for the government attempting to secure India’s energy grid, these mobilisations represent a severe bottleneck to development and national security. The active involvement of the Congress party in opposing the Siang project further illustrates how national infrastructure initiatives become entangled in regional electoral calculations.
While critics oppose mega-dams claiming they inherently destroy local livelihoods by sinking villages in large reservoirs, the operational reality of modern hydrology tells a different story. These projects are engineered to create entirely new economic ecosystems around the reservoirs, provided that the state manages the transition competently. Therefore, the deliberate manufacturing of dissent by political actors serves to keep border regions economically dependent and politically volatile.
Political violence and orchestrated street militancy remain notably rare in Arunachal Pradesh, especially when compared to the historical insurgency of neighbouring states and massive riots in other parts of the country. While it is entirely natural for large-scale hydroelectric projects to encounter local resistance due to displacement and ecological concerns, these grievances are typically articulated through peaceful, democratic channels. The easternmost state of the country has a proven track record of executing massive infrastructure seamlessly and without extensive conflict with the citizens. Arunachal remains one of the most peaceful states in the country, and it is reflected in democratic protests in the state.
The 600-megawatt Kameng Hydroelectric Project and the 405-megawatt Ranganadi project were both successfully commissioned and integrated into the national grid without triggering major, sustained public unrest. Furthermore, when complex initiatives like the 2,880 MW Dibang Multipurpose Project faced initial resistance, it was completely non-violent. The protestors took democratic and legal routes to oppose such projects, which is expected and acceptable in a democracy. These disputes were eventually resolved through bureaucratic negotiations, enhanced monetary compensation packages, and necessary structural compromises with local stakeholders. The Dibang project is expected to be commissioned by 2032, which will be India’s highest dam with the objectives of flood control and power generation.
Work on the 2,000-megawatt Lower Subansiri hydroelectric project recently resumed after it was delayed by over a decade of protests. However, these protests were concentrated heavily in Assam and were largely non-violent. The project was stalled because the protestors, led by AASU (All Assam Students Union), blocked the transportation of heavy machinery like turbines to the project site. These protests were primarily driven by downstream concerns regarding disrupted water flows, loss of riverine ecology, and flash flooding risks. After BJP government came to power in Assam, the work on the project resumed, and NHPC is moving ahead with the final phases of the construction.
Consequently, the sole historical exception to such peaceful protests in Arunachal Pradesh was the tragic 2016 Tawang escalation, which remained a localised, specific anomaly. Local indigenous groups and Buddhist monks had strongly opposed a series of proposed hydroelectric projects, most notably the 780-megawatt Nyamjang Chhu dam project. After Lama Lobsang Gyatso, a prominent Buddhist monk and leading anti-dam activist, was arrested by police, demonstrators gathered outside the Tawang police station on 2nd May 2016 to demand his immediate release. The confrontation quickly escalated, resulting in security forces opening fire on the agitating crowd. This police firing resulted in the tragic deaths of two young individuals and left several others severely injured.
Apart from this incident, the anti-dam protests in Arunachal Pradesh have been largely non-violent. Therefore, the sudden, highly coordinated violent escalation witnessed during the recent Siang protests in Pasighat represents a stark deviation from the state’s established political behaviour. The orchestrated vandalism of government property and coordinated clashes with paramilitary personnel suggest a level of operational sophistication rarely seen in local tribal agitations.
This unprecedented militancy strongly hints at probable political instigation and ideological influence originating from outside the state. External activist networks, operating under the guise of environmental preservation, frequently infiltrate sensitive border regions to weaponise genuine local anxieties. By transforming a negotiable developmental dispute into a violent law-and-order crisis, these external elements systematically undermine India’s strategic infrastructure timeline in a highly vulnerable geopolitical area.
The sudden, coordinated escalation of these protests cannot be viewed merely as an organic eruption of grievance against big dams. A deeper investigation reveals a highly sophisticated financial and political underbelly actively sustaining this unrest. In September 2026, the Central Bureau of Investigation (CBI) booked prominent Arunachal anti-dam activist Bhanu Tatak for violations of the Foreign Contribution (Regulation) Act, 2010.
Tatak, who serves as the Legal Advisor to the Siang Indigenous Farmers Forum (SIFF) and Coordinator of the Dibang Resistance, allegedly received substantial offshore contributions directly into her personal bank accounts. Tatak is accused of receiving between ₹17.6 lakh and ₹20.94 lakh from foreign organisations and individuals into her personal State Bank of India account in Roing, violating the Foreign Contribution (Regulation) Act (FCRA). According to the preliminary enquiry directed by the Ministry of Home Affairs, these unaccounted funds were systematically deployed to organise and sustain militant blockades against both the Siang and Dibang mega-projects. Crucially, the activist had neither applied for mandatory FCRA registration nor declared these foreign funds in her income tax returns between 2017 and 2026.
As per the CBI, Bhanu Tatak received money from Philippines-based Asia Indigenous Peoples Network on Extractive Industries and Energy and Indigenous Peoples Rights International, Ireland-based Front Line and UK-based Human Rights Resource Centre. Notably, Front Line and Human Rights Resource Centre have received substantial funding from Open Society Foundations founded by George Soros, Ford Foundation and other global leftist organisations. IPRI is also funded by the Ford Foundation.
CBI and other intelligence agencies have assessed that the violence was not entirely organic, and the modus operandi of the protest indicates an orchestrated movement, not spontaneous local agitation. The strategic implications of such foreign funding behind the anti-dam protests are alarming. When unverified foreign capital is deployed to deliberately stall a strategic border project, the agitations cease to be a domestic environmental dispute. They effectively turn into a severe national security breach, operating precisely in line with China’s interests.
Furthermore, the overt political entanglements of these activists entirely dismantle the romanticised narrative of independent ecological crusaders. It is a matter of public record that Tatak formally joined the Congress party in December 2025. Therefore, the ongoing violence in Pasighat represents a coordinated political operation heavily subsidised by illicit foreign funds. The Indian government cannot permit opaque international financing to dictate the strategic infrastructure timeline of its most sensitive border region.
Globally, large hydroelectric projects have been absolutely central to the economic rise and industrial consolidation of modern nation-states. The Hoover Dam in the United States, completed during the Great Depression in the 1930s, stands as a premier example of state-led infrastructure transforming a region. It currently generates over 4 billion kilowatt-hours of electricity annually, serving the energy needs of multiple states. Moreover, it provides vital irrigation water for over 1.2 million acres of agricultural land in California and adjacent territories.
Consequently, the Hoover Dam transformed the arid American Southwest into a thriving economic and agricultural powerhouse. It facilitated the explosive growth of urban centres like Los Angeles and Las Vegas by guaranteeing a reliable water supply in a naturally inhospitable climate. This historical precedent demonstrates that large dams are not merely energy projects, but fundamental exercises in geographical engineering.
Similarly, the Three Gorges Dam in China, despite facing significant international environmental criticism, stands as a profound testament to the transformative power of scale. It generates a staggering 22,500 megawatts of electricity, making it the largest power station in the world by installed capacity. This massive output has drastically reduced China’s reliance on highly polluting coal plants for its eastern industrial hubs.
Importantly, the Three Gorges Dam also plays a crucial role in controlling devastating seasonal floods along the heavily populated Yangtze River basin. By regulating the flow of water, the Chinese state has protected millions of citizens and thousands of manufacturing facilities from catastrophic annual inundations.
The Itaipu Dam on the Paraná River between Brazil and Paraguay serves as a monumental example of infrastructure driving bilateral industrial expansion. Commissioned in the 1980s, this massive 14,000-megawatt facility consistently supplies a substantial percentage of Brazil’s total electricity demand. Consequently, the project firmly underpins the heavy manufacturing hubs of southern Brazil while guaranteeing Paraguay’s energy independence.
Similarly, the Aswan High Dam in Egypt structurally redefined the agrarian economy of the entire Nile Valley. Prior to its completion in 1970, uncontrolled annual floods devastated downstream infrastructure, while subsequent droughts frequently caused agricultural crises. The project generates vital base-load hydroelectricity while expanding Egypt’s cultivable land area by approximately 30 percent. Therefore, it transitioned millions of regional farmers from seasonal dependence to highly lucrative perennial irrigation models. These global examples underscore that the initial social and environmental disruptions are historically offset by generational economic stability.
In the Indian context, the Bhakra Nangal Dam remains the cornerstone of the nation’s post-independence agricultural resurgence. Commissioned in 1963 on the Sutlej River, the multi-purpose project generates 1,325 megawatts of reliable base-load power. Furthermore, it provides essential irrigation to over 10 million acres of agricultural land across the states of Punjab, Haryana, and Rajasthan.
The Sardar Sarovar Dam on the Narmada River stands as a critical lifeline for western India’s economic resilience. Delayed by decades of severe activist opposition, the project now irrigates over 1.8 million hectares of previously drought-prone land across Gujarat and Rajasthan. Moreover, it guarantees drinking water for thousands of arid villages in the Saurashtra and Kutch regions while generating 1,450 megawatts of power. This vital infrastructure directly insulates the regional agrarian economy from highly volatile monsoon cycles.
Furthermore, the 2,400-megawatt Tehri Dam complex in Uttarakhand highlights the immense utility of high-altitude Himalayan projects. Beyond its substantial energy output, the massive reservoir provides essential irrigation to 2.7 lakh hectares of agricultural land in Uttar Pradesh. Importantly, it also serves as a primary source of municipal drinking water for the National Capital Region. This means the project is foundational to sustaining the rapid urban expansion and industrial output of Delhi and its surrounding economic corridors.
These projects were not merely impressive engineering feats, but deliberate, calculated policy instruments aimed directly at national consolidation and poverty alleviation. The Bhakra Nangal system directly catalysed the Green Revolution, transforming India from a food-deficit nation dependent on foreign aid into a net exporter of vital grains. Without the assured irrigation provided by the dam’s massive reservoir, the introduction of high-yielding wheat varieties would have failed entirely. The quantitative benefits of such projects extend far beyond power generation and crop yields. They facilitate the growth of secondary industries, including food processing, textile manufacturing, and heavy engineering, by providing the necessary firm power.
Despite such undeniable historical record, contemporary infrastructure projects in India continue to face immense regulatory and political hurdles, along with prolonged judicial proceedings. The institutional memory regarding the developmental necessity of large dams appears to have faded among certain sections of the political class. Therefore, revisiting the empirical success of legacy projects is necessary to counter the prevailing anti-dam narrative.
The necessity of executing these mega-projects becomes undeniably clear when analysing the mathematical reality of India’s renewable energy transition. The Union government has established a strict target to achieve 500 gigawatts of non-fossil fuel electricity capacity by the year 2030. The country has already installed approximately 283 gigawatts of this clean capacity, largely driven by massive investments in utility-scale solar parks and wind corridors. The country’s installed renewable power capacity is already over 50% of total power generation capacity, and with over 171 MW of installed capacity, solar energy is already the second largest source of electricity, after thermal power with 253 MW capacity.
However, integrating this colossal volume of renewable generation into the national grid presents an unprecedented structural challenge. Solar and wind energy are inherently intermittent resources, meaning their generation profiles fluctuate wildly based on weather conditions and time of day. Solar power drops completely to zero at sunset, which directly coincides with the steep surge in evening peak demand across Indian cities. Consequently, the national grid urgently requires massive reserves of firm, dispatchable power that can be activated within minutes to prevent catastrophic blackouts.
While thermal coal plants provide essential base-load stability, they possess slow ramping rates. Coal turbines cannot be switched on or off instantaneously to match sudden cloud cover or abrupt drops in wind speed. Moreover, continued use of coal-based thermal power goes against the government’s policy of reducing dependence on polluting electricity. Furthermore, while chemical battery energy storage systems are rapidly expanding, they primarily offer short-duration support of two to four hours.
Therefore, large-scale hydropower, along with pumped storage projects, remains the only commercially viable technology capable of providing the long-duration clean energy required to stabilise the national grid. According to the Central Electricity Authority’s optimal generation capacity mix projections for 2030, India’s solar capacity alone is expected to quadruple to nearly 392 gigawatts. To absorb this colossal influx of variable energy, the national grid requires equivalent balancing assets. Conventional hydroelectric dams essentially function as massive geographical water batteries.
During peak daytime solar hours when generation from solar plants is enough to meet the grid demand, hydroelectric plants can be shut down, accumulating and preserving water in the reservoirs. When solar energy drops and power demand increases in the evening, the water in hydro projects can be rapidly released to run the turbines to generate stabilising base-load power. As Hydropower projects can be shut down and reopened within minutes, they are a very reliable mode of renewable energy to manage the grid load when solar and wind generation drops. Without the flexible, rapid-response capability provided by large dams like the proposed Siang project, India cannot reliably integrate its non-fossil fuel capacity.
Currently, India’s total installed hydroelectric capacity, including both large and small projects, stands at approximately just 57 gigawatts. This figure is inadequate for a future grid dominated by over 500 gigawatts of variable renewables. In comparison, China’s installed hydropower capacity is over 450 GW.
To achieve the goal of becoming Vikshit Bharat by 2047, India’s power generation capacity will need to grow substantially over the next two decades, to reach the goal of over 2000 gigawatts. While solar power will contribute more than half of this requirement, hydel capacity also needs to increase substantially to provide the necessary base load.
The recently formulated Master Plan for Evacuation of Power from Hydroelectric Plants in the Brahmaputra Basin by the Central Electricity Authority targets the evacuation of approximately 65 gigawatts of identified hydroelectric capacity across the complex riverine geography, along with 11.13 GW pumped storage capacity in the region. To realise this goal, planned hydroelectric projects in the region must be completed in time.
Without radically expanding conventional hydroelectric reservoirs across the Himalayan belt and other suitable regions, India’s ambitious energy targets will fail, leaving the nation vulnerable to severe power crises and dependent on coal. Hence, massive infrastructural expansion in states like Arunachal Pradesh is structurally non-negotiable for the survival of the modern Indian economy.
India’s geographical endowment, particularly the steep gradients of the Himalayan river systems, offers immense, largely untapped potential for robust hydroelectricity. The rivers descending from the Tibetan plateau drop thousands of metres over relatively short distances before meeting the Ganga-Brahmaputra system, creating ideal conditions for high-head hydropower generation. Harnessing this kinetic energy is not a luxury, but a necessity for India’s transition to a low-carbon economy. The steep descent of these river basins generates ideal natural conditions for high-head hydropower, which requires significantly less structural footprint per megawatt generated compared to plains-based projects.
Apart from Siang, the headstream of Brahmaputra, a large number of rivers flow through Arunachal Pradesh from the Himalayan mountains. Therefore, the state has the potential to become the hydropower capital of the country.
The necessity of executing these mega-projects becomes undeniably clear when analysing hydrological data governing the region. According to comprehensive reassessment studies conducted by the Central Electricity Authority (CEA), the total exploitable large hydroelectric potential across the country stands at approximately 133.4 gigawatts. Within this national framework, the North Eastern Region occupies a supremely dominant position. Arunachal Pradesh alone holds an estimated hydropower potential of over 50,394 megawatts, or over 50 gigawatts. Which means a single border state possesses nearly 40% of India’s entire hydroelectric capacity.
These staggering quantitative metrics highlight a severe infrastructural deficit. To date, only a minuscule fraction of this 50-gigawatt potential has been successfully harnessed and integrated into the national grid. The major river basins of Arunachal Pradesh, including the Kameng, Subansiri, Siang, Dibang, Dikrong and Lohit, remain overwhelmingly underutilised. Moreover, over a thousand smaller rivers emerge from the mountains in the state, many of which can be tapped for smaller hydroelectric projects. Leaving this massive strategic asset dormant restricts the economic acceleration of the Northeast while keeping the broader Indian economy dangerously reliant on volatile coal imports.
Moreover, this topography allows for the creation of massive, high-altitude reservoirs that serve multiple critical functions beyond power generation. These reservoirs are crucial for extensive irrigation, flood control, drought mitigation, and inland navigation in a largely agrarian economy subject to erratic monsoon patterns. By storing excess monsoon runoff, the state can systematically release water during the dry winter months to sustain multi-cropping agricultural practices across the eastern plains. As the incidents of massive disasters caused by cloudbursts and glacier collapses have increased in recent times, the country needs a reliable method of controlling the flow of river water, and dams are crucial in achieving that objective.
Beyond energy security and agricultural stability, the geopolitical dimensions of the Siang project are of paramount national importance. The Chinese state is currently executing highly ambitious mega-dam projects on the Yarlung Tsangpo River in Tibet. The Yarlung Tsangpo flows directly into Arunachal Pradesh, where it is known as the Siang. The river is known as Dihang in Assam, where it meets the Dibang and Lohit rivers to form the mighty Brahmaputra River near Sadia in Assam.
In July 2025, China officially commenced construction on the colossal Medog hydropower project on the Yarlung Tsangpo river in the Nyingchi prefecture, situated dangerously close to the Indian border. This monumental project, estimated to cost 1.2 trillion yuan (around $170.02 billion), is designed to harness a massive 2,000-metre elevation drop across a 50-kilometre stretch of the river known as the Great Bend. Consequently, it boasts a planned installed capacity of 60,000 megawatts, or 60 gigawatts, with a projected annual generation of 300 billion kilowatt-hours.
To understand the gravity of generating 60 gigawatts of energy from just one project, one must look at India’s cumulative national infrastructure. As per the latest data, the total installed hydroelectric capacity of India, combining every single large dam, small hydro project, and pumped storage facility across the entire country, stands at approximately 57.2 gigawatts. Therefore, the Medog project on the upper Brahmaputra will generate more energy than India’s total hydropower generation capacity.
This Chinese installation represents one of the most expensive infrastructure projects in history, heavily dwarfing the 22,500-megawatt Three Gorges Dam in both physical scale and strategic intent. In stark contrast, India’s proposed Siang Upper Multipurpose Project envisions an installed capacity of 11,200 megawatts, facilitated by a main dam measuring approximately 280 metres in height. Although 11,200 megawatts is massive compared to other Indian hydel projects, it is dwarfed by Chinese projects by a huge margin.
While the Indian project is quantitatively smaller in terms of raw power output, it has a fundamental strategic objective. The ability of an upper riparian state to comprehensively control transboundary water flow constitutes a highly potent, asymmetric geopolitical weapon. China’s Medog mega-dam raises severe strategic concerns in New Delhi regarding deliberate, weaponised alterations to seasonal downstream flows. There are acute risks associated with intentional water hoarding during dry winter seasons, or conversely, the sudden release of massive volumes of stored water during the monsoon. Furthermore, the geological instability of the Paizhen Fault near the Chinese site severely elevates the risk of catastrophic upstream dam failure.
Therefore, a massive holding dam on the Indian side of the Siang River is a defensive necessity for the state. The Siang project is specifically engineered with a massive live storage capacity of approximately 9.2 billion cubic metres. This deep reservoir is designed to act as a kinetic sponge, absorbing sudden peak floods arising from upstream Chinese releases, deliberate or accidental flooding, or structural failures.
Moreover, the Siang reservoir will function as a critical regulating basin to maintain continuous, life-sustaining downstream flows. When water released from the upstream Chinese power station is deliberately intermittent to meet peak power demands, the Indian reservoir will ensure stable, predictable water availability for the agrarian plains. Without this vital infrastructural buffer, the entire downstream riverine ecology and civilian population of the Northeast will remain completely vulnerable to hydro-hegemony from across the Line of Actual Control.
The strategic value of possessing robust water control infrastructure is clearly demonstrated on India’s western frontier. Brokered by the World Bank in 1960, the Indus Waters Treaty governs the complex distribution of six major rivers between India and Pakistan. The treaty allocates the three eastern rivers, namely the Sutlej, Beas, and Ravi, for India’s unrestricted use. Conversely, the three western rivers, comprising the Indus, Jhelum, and Chenab, are largely allocated to Pakistan, although India retains specific rights for non-consumptive and run-of-the-river hydroelectric generation.
To utilise its mandated share of the eastern rivers, India constructed massive infrastructure over several decades. Projects such as the Bhakra Dam on the Sutlej, the Pong and Pandoh dams on the Beas, and the Ranjit Sagar Dam on the Ravi form the backbone of this agricultural and energy strategy. Furthermore, India developed critical run-of-the-river facilities on the western rivers, including the 900-megawatt Baglihar Dam and the Salal project on the Chenab. These structures are not merely domestic energy assets; they constitute highly potent instruments of international diplomacy.
This strategic utility was decisively activated following a severe wave of cross-border terrorism. After the devastating Pulwama incident and the subsequent Pahalgam attack in April 2025, the Indian government fundamentally altered its traditional approach to riparian diplomacy. This strategic posture was further solidified alongside Operation Sindoor, a major counter-terrorism initiative launched to neutralise hostile border infrastructure. Consequently, India opted to keep the formal bilateral meetings of the Permanent Indus Commission in complete abeyance. The Modi government asserted a strict position that diplomatic and riparian cooperation cannot possibly thrive amidst relentless state-sponsored terror threats.
By accelerating initiatives like the Ujh multipurpose project and the Shahpurkandi barrage, India signalled its intent to completely stop its unutilised share of eastern waters from flowing into Pakistan. Moreover, by demonstrating the capability to regulate flows through its western river dams, India successfully exerted unprecedented, non-kinetic diplomatic pressure on the Pakistani state. This aggressive, highly effective diplomatic manoeuvring was only possible because India had already built the necessary concrete infrastructure.
Without the physical capability to halt, divert, or store the massive flow of the Indus river system, any Indian threats to suspend treaty obligations would have been entirely hollow. The existing infrastructure provided the leverage required to penalise cross-border terrorism through control of water flow. Therefore, the Siang project in Arunachal also must be viewed through this national security prism. The Indian state cannot afford to leave its eastern river systems entirely devoid of regulatory infrastructure while China builds unprecedented capacity upstream. The successful weaponisation of geography requires the physical means to control it, making the completion of the Siang project an existential requirement for eastern border security.
While the cynical political exploitation of infrastructure protests must be forcefully challenged, the genuine concerns of local communities cannot be dismissed. The displacement of indigenous tribal populations and the permanent loss of ancestral lands are profound, traumatic issues that require highly sensitive administrative handling. The state cannot simply bulldoze complex demographic realities in the name of infrastructure development and national security imperatives.
The government must ensure that financial compensation is not treated as a singular, dismissive transaction to silence dissent. Instead, the administration must implement comprehensive, multi-generational rehabilitation and resettlement policies that genuinely uplift the affected people. Policy initiatives must unequivocally guarantee that displaced families become permanent, vested stakeholders in the project’s long-term commercial success.
This can be achieved through legally binding frameworks that provide guaranteed employment, extensive skill development programmes, and even regular payouts from the project’s power revenues. Furthermore, the state must heavily invest in building world-class educational and healthcare infrastructure in the resettlement zones before the actual submergence begins. The local population must see tangible, immediate improvements in their daily quality of life to offset the trauma of displacement.
The comprehensive development of sensitive border regions like Arunachal Pradesh remains an absolute strategic necessity for the Republic of India. However, this critical development must be achieved through a transparent process that meticulously respects the statutory rights and livelihoods of the local population. The path forward requires a firm, unyielding commitment to national security infrastructure, coupled inextricably with an equitable approach to indigenous community rehabilitation.
From finding a suitable donor to hospital registration and organ allocation, patients face medical, financial and geographical barriers. Unequal access, incomplete reporting and lifelong treatment make transplantation far more complicated than surgery alone for families.
As global supply chains fracture, the government is accelerating the National Strategy for Additive Manufacturing (NSAM 2.0). Discover how industrial 3D printing is replacing legacy manufacturing across India’s aerospace, defence, and infrastructure sectors to secure long-term strategic sovereignty.
Nearly six decades after Naxalbari, the balance sheet is stark. The movement redistributed no land, overthrew no government, and built no lasting institution. Ironically, it ruined the lives of local people by cutting them off from their basic needs.
Selected issues, clear explanations and thoughtful perspectives—delivered when we publish.
