US sanctions policy risks alienating India

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Washington should be mindful of India’s heavy dependence on Iranian oil and Russian arms sales, exemplified by the INS Vikramaditya carrier adopted from Russia.   © Reuters

After hitting New Delhi with Russia and Iran measures, Washington seeks to limit their impact.

When the U.S. slaps a nation with punitive sanctions, it tries to prevent not only American companies from doing business with the target country but also those of other states. Inevitably, these extraterritorial effects hit some countries much harder than others — as India has just found to its cost.

Even though New Delhi has been boosting ties with Washington for over a decade, it is a prime victim of two new sets of U.S. economic sanctions — on Iran and on Russia. These two countries, now at the center of the current American foreign policy debate, are both long-standing economic and political partners for India.

Since New Delhi cannot suddenly wind down the relationships with them without jeopardizing its national security, it must consider carefully how to balance those interests with its growing strategic partnership with the U.S., a top trading and defense partner of India. Washington, for its part, should give maneuvering space to India, a key player in the U.S.’s biggest geopolitical game in the Indo-Pacific region — reining in an increasingly muscular China.

Donald Trump’s unilateral withdrawal from the multilateral Iran nuclear deal, followed by his globally applicable sanctions to choke the Iranian economy, has prompted calls for defiance even from Washington’s close allies in Europe. The U.S. president’s latest offer of direct talks with Iranian leaders may signal a wish to strike a deal but he is a long way off from lifting sanctions.

Extraterritorial sanctions are also at the heart of a new Russia-centered law passed by the U.S. Congress — the Countering America’s Adversaries Through Sanctions Act, or CAASTA. The law hits Russia where it hurts most, its defense and energy businesses.

India, a significant buyer of Russian weapons and the second-largest importer of Iranian oil after China, has been made acutely aware of the risks of aligning itself closer with the U.S.

In actual fact, America has overtaken Russia in recent years as the top arms seller to New Delhi, and also emerged as a source of oil and gas supply to India. But these evolving ties cannot at this stage replace India’s links with Russia and Iran. The U.S. has basically transferred defensive military systems, while Russia has sold India offensive weapons, including a nuclear-powered submarine and an aircraft carrier. India also relies on Russian spare parts for maintenance of its Soviet-origin systems. Meanwhile, in oil, nearby Iran has long been one of India’s top suppliers.

Even before the new Iran sanctions and CAATSA, questions were being asked in India about whether the pro-U.S. foreign policy pursued by successive governments since 2004 had yielded any concrete returns.

One telling point was the tense border standoff between Indian and Chinese troops on the remote Doklam plateau about a year ago, when Washington did not issue a single statement in India’s support but chose to stay neutral, despite a fusillade of Chinese threats to teach India a “lesson.” Many in India have come to believe that New Delhi can rely on an unpredictable and transactional Trump administration only at its peril.

In recent months, Prime Minister Narendra Modi has seemingly attempted to mitigate the risks from his open embrace of the U.S. by seeking to ease tensions with China and reverse a declining relationship with Russia. At his initiative, Modi held separate summit meetings with Chinese President Xi Jinping and Russian President Vladimir Putin in Wuhan and Sochi, respectively. These initiatives were seen in Washington as a subtle attempt to recalibrate ties with the U.S.

Since then, a realization that the new sanctions would be counterproductive to the U.S.’s relations with India and other key partners has led the Trump administration and Congress to separately climb down from their positions that there would be no sanctions exemptions.

Congress this week enacted CAATSA waivers for India and two other countries, while the administration, signaling a readiness to consider granting waivers, has walked back from its pointblank threat to impose sanctions on countries buying Iranian oil beyond its Nov. 4 deadline. The administration has yet to clarify the conditions or duration of any waivers.

However, the Iran-related sanctions, even before entering into force, have already increased the oil import bill of India, the world’s third largest crude importer, by driving up prices.

India, while warning its energy companies of the risk of U.S. sanctions if they do not wind down their trade with Iran by early November, is pressing Washington for sanctions relief. In the previous round of Iran sanctions under Trump’s predecessor, Barack Obama, India secured rolling six-month waivers from U.S. sanctions by showing that it was continuing to reduce its imports of Iranian oil. To sidestep the U.S. financial system, India had to pay Iran in its own currency and accelerate barter trade.

Under CAATSA, Congress deliberately set the bar for any presidential waiver very high so as to tie Trump’s hands on the Russia sanctions. But after Defense Secretary Jim Mattis warned that “the sanctions will only drive strategic partners to buy more Russian hardware and prevent them from buying American in the future,” Congress relented.

Significantly, CAATSA waivers are being granted for the three countries that Washington is trying to bring closer into its orbit — India, Indonesia and Vietnam — but not for Turkey, a NATO member that is, like India, buying the S-400 long-range air and anti-missile defense system from Russia.

U.S. pressure on India, Indonesia and Vietnam, however, is unlikely to fully dissipate because no blanket waivers are being granted. Congress has mandated that each country demonstrate that it is significantly reducing dependence on Russian arms or significantly increasing cooperation with the U.S.

The price the U.S. is seeking to extract from India for a waiver is its signature on two remaining “foundational defense agreements.” After getting India to accept a logistics assistance pact, which includes access to designated Indian military sites, the U.S. is now pushing for India to endorse a secure communications accord (which the Indian military fears could compromise its network) and a geospatial intelligence agreement.

More fundamentally, the U.S. intends to influence the Indian, Indonesian and Vietnamese arms procurement policies. As Mattis told Congress, “we are faced with an once-in-a-lifetime opportunity to decrease Russia’s dominance in key regions.” Indeed, CAATSA was enacted with the intent to shift arms business from Russia — an important weapons seller to China’s potential adversaries, from India to Vietnam and Indonesia — to the U.S., already the world’s top arms exporter.

The Iran sanctions’ impact on India could also impede its loudly touted transportation corridor to Afghanistan via Iran, which includes the Chabahar Port modernization project. This joint India-Iran project, which circumvents any need to cross Pakistani territory, highlights the strategic importance of Tehran for New Delhi.

U.S. foreign policy has long relied on sanctions, despite their uncertain effectiveness and unpredictable consequences. For example, crippling U.S. sanctions prompted Japan’s 1941 Pearl Harbor attack, leading to the Pacific War that ended with the atomic bombing of Hiroshima and Nagasaki.

The newest Iran sanctions, which make China the likely main beneficiary by driving Beijing and Tehran closer together, also underscore the law of unintended consequences.

Ensnaring India in sanctions aimed at punishing Iran and Russia, and then dangling concessions, undermines the U.S. goal of developing a more robust defense relationship with the world’s largest democracy and building a stable power balance in the Indo-Pacific. While the U.S. and India will remain close friends, Washington has gratuitously introduced a major irritant in the relationship that no waivers can fully purge.

Such unilateralism also highlights why the American-led strategy for a free, open and democratic-led Indo-Pacific — aimed at containing China by cooperating with India and other partners — has yet to acquire strategic heft.

Brahma Chellaney is a geostrategist and the author, most recently, of the award-winning “Water, Peace, and War.”

© Nikkei Asian Review, 2018.

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Making Water-Smart Energy Choices

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Just as the accumulation of carbon in the atmosphere contributes to climate change, so does the degradation and depletion of water resources. If the world does not adopt a more holistic approach that recognizes this reality, it will be impossible to save the planet.

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Climate change undoubtedly poses a potent – even existential – threat to the planet. But the current approach to mitigating it, which reflects a single-minded focus on cutting carbon dioxide emissions, may end up doing serious harm, as it fails to account for the energy sector’s depletion of water resources – another major contributor to climate change.

“Water is at the heart of both the causes and effects of climate change,” a National Research Council report declares. And, indeed, the water cycle – the processes of precipitation, evaporation, freezing, melting, and condensation that circulate water from clouds to land to the ocean and back – is inextricably linked to the energy exchanges among the land, ocean, and atmosphere that determine Earth’s climate. Just as the accumulation of carbon in the atmosphere contributes to climate change, so does the degradation and depletion of water resources. And these processes are mutually reinforcing, with each propelling and intensifying the other.

Energy extraction, processing (including refining), and production is highly water-intensive. The energy sector is the largest consumer of water in every developed country except Australia, where, like in most developing countries, agriculture comes out on top. In the European Union, electricity-generating plants alone account for 44% of all freshwater consumed each year; in the United States, that figureis 41%.

The more stressed water resources become, the more energy the water sector demands, as groundwater must be pumped from greater depths, and surface water must be transported across longer distances. In India, for example, energy now comprises about 90% of the cost of groundwater.

As these processes fuel climate variability, they reduce water availability and boost energy demand even further, producing a vicious cycle that will be hard to break. In fact, meeting higher electricity demand and achieving national targets for production of biofuels and other alternative fuels would require a more than twofold increase in global water use for energy production over the next quarter-century.

The only way to break this cycle – and thus to mitigate climate change effectively – is to manage the nexus between water and energy (as well as food, production of which depends on water and energy). In other words, countries must make energy choices that are not only less carbon-intensive, but also less water-intensive.

With global water supplies already strained, the shift to a water-smart approach to energy could not be more urgent. Two-thirds of the world’s people – especially in Central and South Asia, the Middle East, and North Africa – confront serious water shortages. Asia – the biggest driver of increased global energy demand – is also the world’s driest continent, measured by water availability per capita.

In these water-stressed regions, shortages have already begun to constrain the expansion of energy infrastructure. One important reason why China has failed to develop its shale hydrocarbon industry is inadequate water in the areas where its deposits are located. (To extract energy from shale, millions of gallons of water must be shot into it.)

Increasing water stress has also driven up costs for existing power-generation projects, possibly jeopardizing their viability. Australia’s Millennium drought, which lasted from the late 1990s until 2012, undermined energy production, causing prices to rise.

With energy shortages usually most severe in water-stressed areas, what are affected countries to do? For starters, they must recognize that energy that is “clean” in terms of carbon can be “dirty” from a water-resource perspective. For example, “clean” coal involving carbon capture and sequestration ranks, along with nuclear power, at the top of the water-intensity chart.

Some renewables, such as solar thermal power and geothermal energy, are also notoriously water-intensive. By contrast, solar photovoltaic and wind power – two renewable technologies gaining traction globally – require no water for their normal operations. Encouraging the development of such sources should thus be a high priority.

But the type of energy that is used is not the only issue. It is also important to select the right types of plants at the planning stage. Alternative cooling technologies for power generation, including dry or hybrid cooling, can reduce water consumption (though the use of such technologies currently is constrained by efficiency losses and higher costs).

Power plants should also be located in places where they will rely not on freshwater resources, but instead on saline, brackish, degraded, or reclaimed water. In Asia, which now leads the world in terms of adding nuclear power capacity, most new plants are located along coastlines, so that these thirsty facilities can draw more on seawater.

Yet here, too, there are serious risks. Rising sea levels, as a result of climate change, could pose a much more potent threat than natural disasters, such as the tsunami that caused the 2011 Fukushima catastrophe in Japan. Moreover, with coastal areas often densely populated and economically valuable, finding suitable seaside sites for new nuclear plants is no longer easy. Despite having more than 4,500 miles (7,200 kilometers) of coastline, India has struggled to implement its planned expansion of nuclear power through seaside plants, owing to strong grassroots opposition.

True energy security is possible only in the context of resource, climate, and environmental sustainability. The global focus solely on carbon reduction not only obscures these critical linkages, but also encourages measures that adversely impact resource stability. It is time to adopt a more comprehensive, integrated, and long-term approach to the management and planning of energy, water, and other resources, with a view toward broader environmental protection. Otherwise, we will fail to meet the sustainable-development challenges we face, with devastating consequences, beginning with the world’s most water-stressed regions.

Brahma ChellaneyBrahma Chellaney, Professor of Strategic Studies at the New Delhi-based Center for Policy Research and Fellow at the Robert Bosch Academy in Berlin, is the author of nine books, including Asian JuggernautWater: Asia’s New Battleground, and Water, Peace, and War: Confronting the Global Water Crisis.

© Project Syndicate, 2018.

A quiet water war takes a page out of Sun Tzu’s Art of War playbook

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International pressure is needed to rein in Beijing’s dam-building frenzy and ensure it respects the environment and rights of downstream nations.
Dam frenzy illustration
Column by Brahma Chellaney, South China Morning Post, January 17, 2018
China’s hyperactive dam building is a reminder that, while the international attention remains on its recidivist activities in the South China Sea’s disputed waters, it is also focusing quietly on other waters – of rivers that originate in Chinese-controlled territory like Tibet and flow to other countries. No country in history has built more dams than China. In fact, China today boasts more dams than the rest of the world combined.

As part of its broader strategy to corner natural resources, China’s new obsession is freshwater, a life-creating and life-supporting resource whose growing shortages are casting a cloud over Asia’s economic future. Dams are integral to this strategy, although they have wreaked havoc on the natural ecosystems.

Dams in China now total 86,000, which means it has completed, on average, at least one dam per day since 1949. Nearly a third of these are large dams, defined as having a height of at least 15 metres (49 feet) or a water storage capacity of more than 3 million cubic metres (793 million gallons). The United States, the world’s second most dammed country with about 5,500 large dams, has been left far behind.

With the world’s most resource-hungry economy, China has gone into overdrive to appropriate natural resources. On the most essential resource, freshwater, it is seeking to become the upstream controller by re-engineering transboundary flows through dams and other structures. Its dam building has largely shifted from internal rivers to transnational rivers, such as the Mekong, Salween, Brahmaputra, Irtysh, Illy and Amur.

Just as the Persian Gulf states sit over immense reserves of oil and gas, China controls vast transnational water resources. By forcibly absorbing Asia’s “water tower”, the Tibetan Plateau, in 1951, it gained a throttlehold on the headwaters of Asia’s major river systems. Its actions in more recent years have sought to build water leverage over its downstream neighbours.

For example, China has erected eight giant dams on the Mekong just before the river enters Southeast Asia, and is building or planning another 20. Armed with the new dam-centred clout, Beijing has rejected the treaty-linked Mekong River Commission and instead co-opted the vulnerable downstream nations in its own Lancang-Mekong Cooperation initiative, which lacks binding rules.

Similar unilateralism by China has fostered increasing water-related tensions with India, many of whose important rivers originate in Tibet.

In 2017, in violation of two legally binding bilateral accords, China refused to supply hydrological data to India, underscoring how it is weaponising the sharing of water data on upstream river flows. The data denial was apparently intended to punish India for boycotting China’s “Belt and Road Initiative” summit and for last summer’s border stand-off on the remote Himalayan plateau of Doklam.

The monsoon-swollen Brahmaputra River last year caused record flooding that left a major trail of death and destruction, especially in India’s Assam state. Some of these deaths might have been prevented had China’s data denial not crimped India’s flood early-warning systems.

Even as Beijing has yet to indicate if it would resume sharing data this year, a major new issue has cropped up in its relations with India – the water in the main artery of the Brahmaputra river system, the Siang, has turned dirty and grey when the stream enters India from Tibet. This has spurred downstream concern in India and elsewhere that China’s upstream activities could be threatening the ecosystem health of the cross-border rivers in the way it has polluted its own domestic rivers, including the Yellow, the cradle of the Chinese civilisation.

After staying quiet over the Siang’s contamination for many weeks, Beijing claimed on December 27 that an earthquake that struck southeastern Tibet in mid-November “might have led to the turbidity” in the river waters. But the flows of the Siang, one of the world’s most pristine rivers, had turned blackish grey before the quake struck.

China has been engaged in major mining and dam-building activities in southeastern Tibet. The Tibetan Plateau is rich in both water and minerals.

As China quietly works on a series of hydro projects in Tibet that could affect the quality and quantity of downstream flows in South and Southeast Asia, it is apparently still toying with the idea of re-routing the upper Brahmaputra river system. An officially blessed book published in 2005 championed the Brahmaputra’s re-routing to the Han heartland.

To deflect attention from its continuing dam-building frenzy and its refusal to enter into a water-sharing treaty with any neighbour, China has bragged about its hydrological-data sharing accords.

Yet it showed in 2017 that it can breach these accords at will. The denial of hydrological data to India actually underscores how China is using transboundary water as a tool of coercive diplomacy.

Such is China’s defiant unilateralism that, to complete a major dam project, it cut off the flow of a Brahmaputra tributary, the Xiabuqu, in 2016 and is currently damming another such tributary, the Lhasa River, into a series of artificial lakes.

Make no mistake: China, by building increasing control over cross-border water resources through hydroengineering structures, is dragging its riparian neighbours into high-stakes games of geopolitical poker over water-related issues. In waging water wars by stealth, China seeks to hew to the central principle enunciated by the ancient military theorist Sun Tzu – “all wars are based on deception”.

International pressure needs to be mounted on Beijing to rein in its dam frenzy and respect environmental standards and the rights of downstream nations.

Brahma Chellaney is a geostrategist and author of nine books, including Water: Asia’s New Battleground , which won the Bernard Schwartz Book Award.

© South China Morning Post, 2018.

Water shortages could trigger Asia conflicts

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A number of factors threaten environmental stability and spur climate change

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Asia exemplifies that dams and democracy do not go well together. Dam building has run into major grassroots opposition in major Asian democracies. But it continues unhindered in countries where grassroots empowerment is absent.

Brahma Chellaney, Nikkei Asian Review

In recent weeks, one of the most pristine Himalayan rivers has mysteriously turned black when entering India from Tibet, highlighting how China’s upstream tunneling, damming and mining activities might be causing major environmental contamination. The plight of the Siang, the central artery of the Brahmaputra river system — the lifeline of northeastern India and Bangladesh — is a stark reminder that transboundary river water issues in Asia are no less important than the regional maritime issues of the South and East China seas and the Indian Ocean, which have attracted greater global attention.

Freshwater, or water that is not salty, is a life-supporting resource. But it is increasingly in short supply in Asia. Although home to 60% of the world’s population, Asia has less freshwater per capita than any other continent. Its annual freshwater availability of 2,697 cubic meters per person is less than half the global average of 5,829 cubic meters. Yet Asia has experienced the world’s most rapid growth in freshwater withdrawals from rivers, lakes and aquifers since its economic rise.

The region’s freshwater usage rate exceeds its renewable stocks. By digging deeper wells and overexploiting river resources, combined with irrigation subsidies, Asia is accelerating water resource depletion and environmental degradation.

Transboundary problem

Water contamination until now has been mainly a domestic issue as highlighted by the pollution problems affecting the Yellow River in China and the Ganges in India. But the contamination of the Siang signals that this problem is becoming a transboundary problem, which will increase tensions and discord between neighboring countries.

Sino-India tensions have already increased due to freshwater disputes. Beijing has withheld hydrological data from New Delhi on upstream river flows in 2017 in breach of two bilateral accords. This undermined India’s flood early-warning systems during the critical monsoon season. In India’s Assam state, which suffered record flooding despite below-normal monsoon rainfall, many deaths were preventable. The data denial was apparently intended to punish India for boycotting China’s Belt and Road summit and for the border standoff on the remote Himalayan plateau of Doklam.

Asia’s water crisis, meanwhile, has given rise to grand but environmentally problematic projects such as China’s South-to-North Water Diversion Project. China has already completed two of the three legs of the world’s most ambitious water transfer program, which is now diverting billions of cubic meters of river waters yearly to its parched north. Because this program’s highly controversial third leg is to divert waters from rivers flowing to other countries from the Tibetan Plateau, China refuses to divulge any details about it.

More broadly, even as threats to Asia’s sustainable water supply are intensifying, geostrategic factors are raising the specter of water wars. Dam building and other diversions are often at the center of tensions and recriminations between states.

Asia illustrates that once shared water becomes a political and diplomatic battleground between countries, it begins to insidiously exact geopolitical costs in ways not dissimilar to the legacy of an armed conflict. The casualty usually is sub-regional stability and cooperation.

Asia also exemplifies another important trend — that dams and democracy do not go well together. Dam building has run into major grassroots opposition in Asian democracies like Japan, South Korea and India, driving up project costs and acting as a damper on hydropower expansion. In the absence of grassroots empowerment, however, there are few impediments to dam construction in Laos, Myanmar, Pakistan, China and elsewhere.

Indeed, China has become the global leader in dam building, boasting more large dams than the rest of the world combined. What is intensifying concern among downstream nations about China’s dam frenzy is the shift in its focus from domestic rivers to ones that cross borders. The Siang River’s contamination triggered a political furor and grassroots protests in India’s northeast, forcing Beijing to break its long silence and claim that a Nov. 18 earthquake in southeastern Tibet “might have led to the turbidity (clouding)” of the river. But the river waters turned dirty and gray before the quake struck.

The plain fact is that the environmental futures of China and its many neighbors are inextricably linked. Environmental degradation on the world’s largest and highest plateau — Tibet (which is warming at a rate three times the global average) — carries pan-Asian implications. With its height and other unique features, the Tibetan Plateau influences climatic and rainfall patterns across Asia.

Several other developments are also undermining Asia’s hydrological and climatic stability and fostering a cycle of chronic flooding and droughts. In many Asian countries, watersheds, watercourses, coastal ecosystems and the broader environment are being degraded, resulting in shrinking wetlands and forests, increased water pollution and other ecological problems.

These developments spur global warming. Natural water flows, evaporation and condensation help to propel the earth’s biogeochemical cycles and regulate its climate. Environmental degradation creates a vicious circle. It affects the hydrological cycle that shapes regional climate. A warming climate, in turn, has a significant impact on water resources.

Demand-side options

Jakarta illustrates how Asia’s mounting threats from climate change are fostered by changes in the hydrological cycle. The Indonesian capital, home to nearly 30 million people, is sinking faster than any other major city in the world because of accelerated groundwater depletion. Tens of thousands of wells across Jakarta pump out groundwater at such a rate that it is causing large-scale subsidence, with as much as 40% of the city now said to be below sea level. Groundwater depletion is also contributing to the rise of the Java Sea, thus exacerbating Jakarta’s troubles. Some of the waters extracted from Jakarta’s underground aquifers ultimately end up in the sea.

A surfeit of water but not enough to drink is a scenario likely to confront many coastal Asian cities. One study estimates that groundwater depletion contributes 0.8 millimeters per year to the rise of ocean levels globally, or about a quarter of the total rise. Groundwater depletion, by inviting seawater intrusion into aquifers, is already compounding freshwater shortages in some Asian cities. Meanwhile, the plethora of upstream dams on rivers is causing a perceptible retreat of Asia’s heavily populated deltas that are home to megacities like Bangkok, Dhaka, Guangzhou, Kolkata, Shanghai and Tianjin.

Given that Asia is likely to face a hotter, drier future, governments there must initiate action to mitigate the impacts. The freshwater crisis that many Asian countries already confront should be tackled in a way that contributes to combating climate change. The imperative is to move from purely supply-side approaches to demand-side options that emphasize water conservation and quality as much as quantity. Even on the supply side, nontraditional measures, from recycling of water to rainwater capture, must be embraced.

If unsustainable practices and mismanagement of water resources are not addressed, freshwater will become a precious commodity whose control will spark conflicts in Asia. The rise of water nationalism at a time of increasing water stress highlights the linkage between water and peace. Cooperative institutional mechanisms and sustainable resource utilization constitute the building blocks of water peace. Water is a key test of whether Asian leaders have the political will and good sense to think and act long term. What Asia confronts today, other continents are likely to face tomorrow.

Brahma Chellaney is a geostrategic and author of nine books, including “Water: Asia’s New Battleground,” which won the Bernard Schwartz Award.

© Nikkei Asian Review, 2017.

A New Front in Asia’s Water War

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For decades, China has been dragging its neighbors into high-stakes games of geopolitical poker over water-related issues. But the country’s politically motivated decision to withhold hydrological data from India amounts to an escalation of China’s efforts to exploit its status as the world’s hydro-hegemon to gain strategic leverage over its neighbors.

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BRAHMA CHELLANEYProject Syndicate

China has long regarded freshwater as a strategic weapon — one that the country’s leaders have no compunction about wielding to advance their foreign-policy goals. After years of using its chokehold on almost every major transnational river system in Asia to manipulate water flows themselves, China is now withholding data on upstream flows to put pressure on downstream countries, particularly India.

For decades, China has been dragging its neighbors into high-stakes games of geopolitical poker over water-related issues. Thanks to its forcible annexation of Tibet and other non-Han Chinese ethnic homelands — territories that comprise some 60% of its landmass — China is the world’s unrivaled hydro-hegemon. It is the source of cross-border riparian flows to more countries than any other state.

In recent years, China has worked hard to exploit that status to increase its leverage over its neighbors, relentlessly building upstream dams on international rivers. China is now home to more dams than the rest of the world combined, and the construction continues, leaving downstream neighbors — especially the vulnerable lower Mekong basin states, Nepal, and Kazakhstan — essentially at China’s mercy.

So far, China has refused to enter into a water-sharing treaty with a single country. It does, however, share some hydrological and meteorological data — essential to enable downstream countries to foresee and plan for floods, thereby protecting lives and reducing material losses.

Yet, this year, China decided to withhold such data from India, undermining the efficacy of India’s flood early-warning systems — during Asia’s summer monsoon season, no less. As a result, despite below-normal monsoon rains this year in India’s northeast, through which the Brahmaputra River flows after leaving Tibet and before entering Bangladesh, the region faced unprecedented flooding, with devastating consequences, especially in Assam state.

China’s decision to withhold crucial data is not only cruel; it also breaches the country’s international obligations. China is one of just three countries that voted against the 1997 United Nations Watercourse Convention, which called for the regular exchange of hydrological and other data between co-basin states. But China did enter into a five-year bilateral accord, which expires next year, requiring it to transfer to India hydrological and meteorological data daily from three Brahmaputra-monitoring stations in Tibet during the risky flood season, from May 15 to October 15. A similar agreement, reached in 2015, covers the Sutlej, another flood-prone river. Both accords arose after flash floods linked to suspected discharges from Chinese projects in Tibet repeatedly ravaged India’s Arunachal and Himachal states.

Unlike some other countries, which offer hydrological data to their downstream counterparts for free, China does so only for a price. (The Watercourse Convention would have required that no charges be levied, unless the data or information was “not readily available” — a rule that may also have contributed to China’s “no” vote.)

But it was a price India was willing to pay. And this year, as always, India sent the agreed amount. Yet it received no data, with the Chinese foreign ministry claiming after almost four months that upstream stations were being “upgraded” or “renovated.” That claim was spurious: China did supply data on the Brahmaputra to Bangladesh.

Three weeks earlier, the state-controlled newspaper Global Times offered a more plausible explanation for China’s failure to deliver the promised data to India: the data transfer had been intentionally halted, owing to India’s supposed infringement on Chinese territorial sovereignty in a dispute over the remote Himalayan region of Doklam. For much of the summer, that dispute took the form of a border standoff where Bhutan, Tibet, and the Indian state of Sikkim meet.

But even before the dispute flared in mid-June, China was seething over India’s boycott of its May 14-15 summit promoting the much-vaunted “Belt and Road” initiative. The denial of data apparently began as an attempt to punish India for condemning China’s massive, cross-border infrastructure agenda as an opaque, neocolonial enterprise. China’s desire to punish India was then reinforced by the Doklam standoff.

For China, it seems, international agreements stop being binding when they are no longer politically convenient. This reading is reinforced by China’s violations of its 1984 pact with the United Kingdom, under which China gained sovereignty over Hong Kong in 1997. China claims that the agreement, based on the formula “one country, two systems,” had lost “practical significance” over the last 20 years.

Were the roles reversed, a downstream China would have stridently accused an upstream India of exacerbating flood-related death and destruction by breaching its international obligations. But just as China has unilaterally and aggressively asserted its territorial and maritime claims in Asia, it is using the reengineering of cross-border riparian flows and denial of hydrological data to deepen its regional power.

In fact, China’s cutoff of water data, despite the likely impact on vulnerable civilian communities, sets a dangerous precedent of indifference to humanitarian considerations. It also highlights how China is fashioning unconventional tools of coercive diplomacy, whose instruments already range from informally boycotting goods from a targeted country to halting strategic exports (such as of rare-earth minerals) and suspending Chinese tourist travel.

Now, by seizing control over water — a resource vital to millions of lives and livelihoods — China can hold another country hostage without firing a single shot. In a water-stressed Asia, taming China’s hegemonic ambition is now the biggest strategic challenge.

© Project Syndicate, 2017.

China’s water war on India by other means

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Brahma Chellaney, The Hindustan Times

Tibet, a treasure-trove of natural resources, including water and precious metals, is a great strategic asset for China in its pursuit of an often-improvident style of economic growth. The sprawling Tibetan plateau also arms Beijing with water leverage over downstream countries because it is the starting point for most of Asia’s great rivers, many of which are being heavily dammed just before they cross into neighbouring nations.

China is sharpening its leverage with co-riparian India. Water indeed has emerged as a new divide in Sino-Indian relations, as Beijing quietly and opaquely builds dams, barrages and other structures on rivers flowing to India. It spurned then Prime Minister Manmohan Singh’s 2013 proposal that the two countries enter into a water treaty or establish an intergovernmental institution to define mutual rights and responsibilities on shared rivers. The flash floods that ravaged Himachal Pradesh and Arunachal Pradesh between 2000 and 2005 were linked to the unannounced releases from rain-swollen Chinese dams and barrages.

At a time when the Doklam face-off has entered its third month and the risk of a Chinese military attack on India is growing, there is more troubling news: Beijing is fashioning water into a political weapon by denying India flood-related hydrological data since May, even as major flooding has hit the region from Assam to Uttar Pradesh. Data on upstream river flows is essential for flood forecasting and warning in order to save lives and reduce material losses. China’s data denial crimps flash flood modelling in India.

By embarking on a dangerous game of water poker, Beijing has demonstrated how the denial of hydrological data in the critically important monsoon season amounts to the use of water as a political tool against a downstream country. Indeed, even while supplying data in past years, China’s lack of transparency raised questions. After all, like rice traded on the world market, hydrological data comes in different grades and qualities — from good, reliable data to inferior data and broken data.

China’s latest action actually violates two bilateral MOUs of 2013 and a 2014 accord, which obligate it to transfer hydrological data to India from three upstream monitoring stations in Tibet every year from May 15 to October 15. No data has been transferred thus far this year, although India, in keeping with the MOUs, paid for the data in advance. While China sells hydrological data to downriver countries, India provides such data free to both its downstream neighbours — Pakistan and Bangladesh.

China has long displayed contempt for international law. No bilateral accord seems to have binding force for it once its immediate purpose has passed, as Beijing recently highlighted by trashing the 1984 Sino-British treaty that paved the way for Hong Kong’s handover in 1997. China said that pact had lost “practical meaning” because 20 years had passed since Hong Kong’s return. Yet it selectively invokes a 19th-century, colonial-era accord to justify its Doklam intrusion, while ignoring its own violations — cited by Bhutan and India — of more recent bilateral agreements not to disturb the territorial status quo.

India should not be downplaying China’s breach of commitment to supply hydrological data from May 15. Yet, for two months, the ministry of external affairs hid China’s contravention, which began much before the Doklam standoff. When MEA finally admitted China’s breach of obligation, it simultaneously sought to shield Beijing by saying there could be a “technical reason” for non-transfer of data (just as MEA sought to obscure China’s Aug. 15 twin raids in the Lake Pangong area by gratuitously telling the Financial Times that “no commonly delineated boundary” exists there). How can a technical hitch explain data withholding from three separate stations for over two months? MEA also went out of its way to reject a linkage between China’s data denial and the flooding, for example, in Assam. Wouldn’t the timely transmission of data have generated flood warnings and thus helped save lives and movable assets?

Had China been in India’s place, it would have promptly raised a hue and cry about the commitment violation and linked it to the downstream floods and deaths.

More fundamentally, the Doklam standoff, the Chinese hydro-engineering projects to reengineer cross-border river flows, the denial of hydrological data, and China’s claims to vast tracts of Indian land are all a reminder that Tibet is at the heart of the India-China divide. The 1951 fall of Tibet represented the most far-reaching geopolitical development in modern India’s history, with the impact exacerbated by subsequent Indian blunders. India must subtly reopen Tibet as an outstanding issue, including by using historically more accurate expressions like “Indo-Tibetan border” (not “India-China border”) and emphasizing that its previously stated positions were linked to Tibet securing real autonomy.

Brahma Chellaney is a geostrategist and author.

© The Hindustan Times, 2017.

India’s nuclear industry deserves a place in the sun

New nuclear power has become increasingly uneconomical in the West but electricity from Indian-made reactors is still competitive.

Brahma Chellaney, Nikkei Asian Review, July 3-9, 2017.

22_06_2017_016_023_010The Indian government recently approved the construction of 10 commercial nuclear power reactors of indigenous design, initiating the largest nuclear building program in the world since the 2011 Fukushima disaster in Japan. The global nuclear power industry is still reeling from that calamity: Just three of Japan’s 42 reactors are currently operating, while France — the poster child for nuclear power — plans to cut its reliance on atomic energy significantly.

New nuclear power has become increasingly uneconomical in the West, in part because of rapidly spiraling plant-construction costs, prompting the U.S. and France to push reactor exports aggressively, including to “nuclear newcomers” such as the cash-laden oil and gas sheikhdoms of the Arabian peninsula. Still, the bulk of the new reactors under construction or planned worldwide are located in just four countries — China, Russia, South Korea and India.

The Indian decision to turn to a “fully homegrown initiative” reflects the continuing problems in implementing a 2005 agreement on nuclear power with the U.S. Nine years after the U.S. Congress ratified the landmark deal, commercialization is still not within sight.

India, duped by its own hype over the nuclear deal, had announced plans to import reactors costing tens of billions of dollars from two U.S.-based vendors, Westinghouse Electric and GE Hitachi Nuclear Energy, and France’s state-owned Areva. The Indian plans helped motivate Toshiba to acquire Westinghouse — a takeover that ultimately proved a huge blunder, plunging Toshiba into a grave financial crisis. Westinghouse filed for bankruptcy protection in March.

One missing link in commercializing the U.S.-India deal has been Japan, which signed a separate civil nuclear agreement with New Delhi only in 2016 after other supplier-nations had already concluded such accords. The Japanese parliament’s approval in early June of the agreement with India clears the legal path for Japanese exports. The accord is to take effect in early July.

Japan is a top nuclear equipment supplier, not merely because Toshiba largely owns Westinghouse. Hitachi has a global nuclear power alliance with GE, while Mitsubishi Heavy has one with Areva. Just one Japan-based company, Japan Steel Works, controls 80% of the international market for heavy nuclear forgings.

The Japanese parliamentary approval, although an important development, has come at a time when Westinghouse, GE Hitachi and Areva — which dominate the international reactor export business — are in a dire financial state, with their futures at stake. These are the companies that were to principally benefit from the U.S.-India nuclear deal, although none had secured a supply contract thus far.

Fading promise

Having invested considerable political capital in the vaunted nuclear deal with the U.S., India today confronts an embarrassing situation: The nuclear power promise is fading globally before New Delhi has signed a single reactor contract as part of that deal. To save face, India, with one of the world’s oldest nuclear energy programs, has embarked on a major expansion of domestically designed power reactors.

The monumental nature of the decision to construct 10 reactors with 700 megawatts of capacity each is underscored by the fact that the total size of these units surpasses the current installed nuclear generating capacity in the country. India has 22 nuclear reactors in operation which produce 6,219MWe of electricity. The 10 new reactors will be in addition to seven others already under construction which will have a combined capacity of 5,300MWe.

The 10-reactor decision fits well with India’s commitment under the Paris climate accord to reduce reliance on fossil fuels. India is committed to cutting the carbon intensity of its economy by about a third by 2030, including by generating 40% of its electricity from non-fossil fuels. The single-minded focus on carbon, however, threatens to exacerbate India’s water crisis, given the water-guzzling nature of the energy sector, especially nuclear power.

Moreover, U.S. President Donald Trump’s decision to exit the Paris accord has cast unflattering light on the onerous climate-related obligations India has taken on before it has provided electricity to all its citizens. According to a review of global trends by the Netherlands Environmental Assessment Agency the U.S. produces eight times more carbon dioxide emissions than India, on a per capita basis. Under current plans, India will link the last remaining 4,141 villages without power to its electricity grid in 2018, but 24-hour electricity will not be available nationwide to all communities until 2022.

India’s decision to ramp up its nuclear power capacity may contribute little to meeting the 2022 goal, given that the time frame for domestic nuclear plant construction averages seven years. But it will yield major economic dividends, including boosting domestic industry and creating thousands of jobs. By providing $11 billion worth of likely manufacturing orders to Indian industry, the 10-reactor decision will help to transform the domestic nuclear industry, according to Prime Minister Narendra Modi.

By contrast, had India relied primarily on imports of Western reactors to accelerate new capacity additions, the financial costs would have been substantially higher, without tangible benefits accruing to domestic industry. India is already a top weapons importer. Reliance on Western reactors would have made it the world’s largest importer of nuclear power plants — a double whammy for Indian taxpayers, especially given that the country is the only major Asian economy that is import-dependent rather than export driven.

In this light, the travails of the nuclear deal with the U.S. may be a blessing in disguise for India. But for the serious financial woes of Westinghouse, GE Hitachi and Areva — each of which was to build a cluster of reactors at a separate Indian park — Indian taxpayers would have been potentially saddled with plants like Areva’s reactor project in Finland, which is currently almost a decade behind schedule and billions of euros over budget.

Rightful place

To be sure, a dispute with Western suppliers over nuclear accident liability also put a break on India’s reactor-import plans. After India’s 2010 legislation put off foreign reactor vendors by giving plant operators the right of recourse against equipment suppliers in the event of a nuclear accident resulting from substandard equipment or material, New Delhi established a nuclear insurance pool in 2016 to extend protection to suppliers. By then, however, the global nuclear power scene had fundamentally changed due to the impact of the Fukushima disaster.

mapNuclear power may be on a downward trajectory globally, yet it has earned a rightful place in India’s energy mix. The country’s domestic nuclear power industry, without technological assistance from overseas, has done a good job in beating the mean global plant-construction time frame and in producing electricity at a price that is the envy of Western reactor vendors. As a result, power from domestic reactor models is competitive with cheap coal-fired electricity. By contrast, in the U.S., where five reactor closures have been announced since 2013, utilities are seeking greater state subsidies to keep other nuclear plants operating.

India was compelled to establish nuclear autarky, including an independent fuel cycle, because it was excluded from international civil nuclear trade on the grounds that it developed nuclear-weapons capability in 1974 after the Nuclear Non-Proliferation Treaty had already taken effect in 1970. (The five countries that tested bombs before the NPT was concluded were accorded the status of nuclear-weapons states under the NPT.) The Indo-U.S. nuclear deal sought to remedy this situation somewhat by opening civil nuclear commerce to India while recognizing the reality of its nuclear-weapons capability.

For many in India’s governing elite, the nuclear deal with the U.S. — despite the conditions quietly put into the American ratifying legislation — became the acme of their aspirations for the country. They believed the deal would turn the U.S. into India’s enduring benefactor and catapult the country into the big-power league. Years later, for example, New Delhi is still not in the U.S.-led Nuclear Suppliers Group, with China unyielding in its opposition to India’s entry.

A cost-benefit analysis against this background is helping to lower India’s expectations from the nuclear deal. By expanding construction of its own reactor models, India is laying the base for its emergence as a reactor exporter. Compared with the larger reactors of Westinghouse, GE Hitachi and Areva, India’s midsize reactors are better suited for the developing countries, considering their grid limitations.

India may still buy some Western reactors, but the latest decision clearly signals that its focus will be on building its own reactors. It has taken 12 years for Indian hype over the nuclear deal to give way to sober realism. The inward turn reaffirms India’s embrace of a zero-carbon power source and underscores its faith in the likely advent of commercially attractive reactors based not on uranium — a resource it lacks — but on thorium, which it has in plenty.

Brahma Chellaney is a geostrategist and the author of nine books, including the award-winning “Water, Peace, and War.”

© Nikkei Asian Review, 2017.

 

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The Kudankulam nuclear power plant seen from a beach in the southern Indian state of Tamil Nadu © Reuters