Washington: Pain perception is essential for survival, but how much something hurts can sometimes be amplified or suppressed: for example, soldiers who sustain an injury in battle often recall not feeling anything at the time. A new study published in Cell Reports on Tuesday honed in on the brain circuitry responsible for upgrading or downgrading these pain signals, likening the mechanism to how a home thermostat controls room temperature.
Yarimar Carrasquillo, the paper’s senior author and a scientist for the National Center for Complementary and Integrative Health (NCCIH), told AFP the region responsible was the central amygdala, which according to her work appeared to play a dual role.
Studying mice, Carrasquillo and her colleagues found that the activity in neurons that express protein kinase C-delta amplified pain, while neurons that express somatostatin inhibited the chain of activity in the nerves required to communicate pain. The central amygdala isn’t completely responsible for pain itself: if it were removed entirely, then “the ‘ouch’ of things, or the protective pain, would remain intact,” said Carrasquillo.
“It seems to be sitting there waiting for something to happen,” for example responding to stress or anxiety that amplifies pain, or being forced to focus on a task that diverts your attention and reduces pain. Experiencing pain can be a vital warning to seek help, for example in a person experiencing appendicitis or a heart attack.
People who are born with insensitivity to pain, meanwhile, often do not realize the severity of injuries and are at greater risk of early death. But not all pain is useful. According to a 2012 survey, about 11 per cent of US adults have pain every day and more than 17 per cent have severe levels of pain.
Often this leads to dependence on potent painkillers like opioids, or attempting to self-medicate through counterfeit or illicit drugs which are increasingly laced with deadly fentanyl. By better understanding the brain mechanisms responsible for pain modulation, researchers hope to eventually find better cures: potentially ones that target only those forms of pain that are “bad” and not useful.
“The healthy response is you get pain, it tells you something is wrong, it heals, and the pain goes away,” said Carrasquillo. “In chronic pain, that doesn’t happen, the system gets stuck. If we can identify what makes the system gets stuck, then we can reverse it.”
NEW DELHI: The Sino-Pak military axis is now eyeing export markets in third countries in India’s neighbourhood and among Delhi’s traditional defence partners in Africa. The subject of Chinese fighter aircraft and other military hardware supplied to Pakistan for exports to third countries figured high on the agenda of Pakistan Army chief’s visit to Beijing last week, media has learnt.
ET has further learnt that Pakistan plans to sell batches of JF-17 Thunder fighters that it has built with Chinese assistance to India’s neighbour Myanmar and Nigeria, India’s old defence partner in Africa. Myanmar has already ..
Myanmar has already purchased four JF-17s through Chinese assistance. Pakistan also plans to export JF-17 to Malaysia and Azerbaijan as well as additional fighter jets to Nigeria, which now has three JF-17s, ET has learnt.
Interestingly, India has expanded defence partnerships with old and new partners in Africa, including Nigeria in recent months.
Pakistan has relied on Chinese military hardware for more than five decades, though Islamabad has US weaponry. But while the US is no longer a predictable defence equipment supplier for Pakistan, China remains consistent amid India’s defence modernisation plans and acquisition of modern system.
Technology transfers from China have allowed Pakistan to begin producing military hardware on its own. Pakistan is also increasingly foraying into the production of tanks and other equipment for land forces, thanks to technology transfers from China. The equipment could be exported to third countries in future as China is helping Pakistan create a more commercially-run defence industry, according to some reports.
“Pakistan’s reliance on Chinese military hardware will grow. China has signed a contract to supply eight new submarines to Pakistan’s navy… Although neither party has revealed the value of the contract, Western defence analysts say it could be worth from $4 billion to $5 billion depending on weapon systems and other add-ons,” according to a report in NikkeiAsian Review.
Besides traditional partners in eastern and southern Africa, western African states have also sought to deepen defence ties with India including training for its officers and joint defence exercises, ET had earlier reported. India and Africa plan to hold a comprehensive security dialogue in near future. The military to military ties are being revived as India seeks to emerge as a net security provider in Africa amid common challenges from terrorism and piracy.
India has had defence partnerships with Zambia, Nigeria, Ghana, Ethiopia. Botswana, Uganda, Namibia and Mozambique, and is seeking to expand this to include more countries across the vast continent. It may be recalled that in the post-colonial Africa, India had assisted to set up military academy in Ethiopia, defence college and naval war college in Nigeria, besides setting up the air force in Ghana and training military personnel in a number of African countries.
Several army chiefs from Nigeria have been trained in India and Delhi is focussing on increasing joint military exercises with the African nations. (Agencies)
The Tumpek Kandang ceremony is a tribute to God of Creator and Preserver (God Shiva).
The most recent Tumpek Kandang ceremony in Bali Zoo was held on October 12. The main purpose of the ceremony was to pray for an eternal safety and a healthy state of the animals, also to hope for a disease-free condition. It was also celebrated in order to respect the meaningful bond that grow in a relationship between human and other well-beings, especially animals, which by some means, the celebration also gave hope to wildlife preservation. What have been mentioned above are essentially aligned with the mission of Bali Zoo, which always put animal preservation on top missions. With that alignment, the ceremonies that had been held at Bali Zoo always sparked joy. During the most recent ceremony, all animals were well-fed with special treats and the temple master sprinkled each of them with holy water. The special treats consisted of food and drink that symbolize a worship to Sang Hyang Rare Angon – an embodiment of Dewa Siwa (God Shiva) whose in power of all beings, notably animals.
In the Hindu philosophy, Tumpek Kandang falls once every 210 days, thus the Hindus are usually celebrating this tradition twice a year and the day always falls on Saturday. For Bali Zoo, Tumpek Kandang is a sacred tradition that has to be commemorated every half-yearly. The zoo celebrates it for the entire animals that reside in the zoo, which in total have reached more than 500 faunas.
“The Tumpek Kandang ceremony is a tribute to God of Creator and Preserver (God Shiva). The Hindus are familiar with this ceremony as it is a solemn prayer to ask for animals’ safety, as well as to hope for disease-free and healthy animals. This ceremony is also a way to appreciate compassion towards all animals at Bali Zoo. On a different note, Tumpek Kandang is also associated with Tri Hita Karana, a Balinese philosophy of life. The philosophy teaches us three causes of well-being, one of them is Palemahan which is a Balinese word to remain care about our surroundings and that surely include animals,” said Lesmana Putra, Bali Zoo’s General Manager.
The unique vibe and colorful atmosphere of Tumpek Kandang succesfully attracted many domestic and international tourists that happened to be at Bali Zoo during the ceremony was held. They watched and fascinated by the wonderful rituals. All the employees of Bali Zoo joined the ceremony, they were all wearing their traditional Balinese attire which showed vibrant color and beautiful patterns. They were fully aware that the spirit of this ceremony is to keep the balance between human and animals since they have mutually beneficial relationship. PTI
No trace of four missing employees believed to have been washed away
The ruptured water pipeline that washed away four people engaged in central Assam’s Kopili hydroelectric project on October 7 was repaired a year ago, raising questions about the quality of the work.
The four people remained untraced 48 hours after the disaster struck at about 6.30 a.m. Three of them were identified as Robert Baite, Prem Pal Balmiki and Joy Sing Timung — all employees of the North Eastern Electric Power Corporation (NEEPCO) that runs the 275 MW Kopili project.
The fourth was employed by a firm engaged in tunnel repair work.
“We are trying out best to check the inflow of water and sort things out within a day or two so that the powerhouse is approachable. This is not a normal situation and it is difficult to assess the damage until and unless we start restoring the system,” project manager Debotosh Bhattacharjee said.
A project technician, declining to be quoted, said that they have been struggling to block the intake point of the penstock pipe that burst. The pipe had been carrying water from the NEEPCO reservoir to the Kopili powerhouse at 12,000 litres per second.
A lot of the water entered the powerhouse, forcing the officials to shut it down. The three NEEPCO employees were said to have been washed away from the powerhouse.
“Apart from our own people, a team of the State Disaster Response Force is standing by to help find the missing people,” Mr. Bhattacharjee said.
The family members of the missing employees said they were losing hope by the hour. One of them blamed NEEPCO for slack maintenance, leading to the disaster.
Himanshu Thakkar of the South Asia Network on Dams, Rivers and People quoted a NEEPCO statement that said the penstock pipes and tunnels at Kopili were repaired a year ago. “If that was the case, who executed the repairs and who certified the adequacy of such repairs? These and many such questions are destined to remain unanswered going by the experience of past dam-related disasters,” he said.
One such disaster happened on October 9, 1963, at Vajont dam in Italy, killing at least 2,000 people.
The Kopili hydroelectric project in Dima Hasao district has two concrete gravity barriers — the 66m tall Khandong dam on the Kopili River and the 30m Kopili dam on its tributary Umrang stream located at Umrangso.
Water from the Khandong reservoir is utilised in the Khandong power station through a 2,852 m long tunnel to generate 50 MW of power. The tail water from this powerhouse is led to the Umrong reservoir. The water from Umrong reservoir is taken through a 5,473 m long tunnel to the Kopili power station to generate 200 MW of power.
An additional 25 MW was added to the Khandong dam in Stage 2 of the Kopli project to make the total capacity 275 MW in July 2004. The work on the project started in 1976 and its first unit was commissioned in March 1984.
In winter, the birds must remember where they’ve hidden tens of thousands of seeds. Biologist Vladimir Pravosudov explains what this can teach us about how the brain evolves.
Despite weighing less than half an ounce, mountain chickadees are able to survive harsh winters complete with subzero temperatures, howling winds, and heavy snowfall. How do they do it? By spending the fall hiding as many as 80,000 individual seeds, which they then retrieve — by memory — during the winter. Their astounding ability to keep track of that many locations puts their memory among the most impressive in the animal kingdom.
It also makes chickadees an intriguing subject for animal behavior researchers. Cognitive ecologist Vladimir Pravosudov of the University of Nevada, Reno, has dedicated his career to studying this tough little bird’s amazing memory. Writing in 2013 on the cognitive ecology of food caching in the Annual Review of Ecology, Evolution, and Systematics, he and coauthor Timothy Roth argued that answers to big questions about the evolution of cognition may lie in the brains of these little birds.
In July, at a meeting of the Animal Behavior Society in Chicago, Pravosudov presented his group’s latest research on the wild chickadees that live in the Sierra Nevada mountains. He and his graduate students were able to show for the first time that an individual bird’s spatial memory has a direct impact on its survival. The team did this by building an experimental contraption that uses radio-frequency identification (RFID) technology and electronic leg bands to test individual birds’ memory in the wild and then track their longevity. The researchers found that the birds with the best memory were most likely to survive the winter.
Knowable Magazine spoke to Pravosudov about what his research means for our understanding of memory and cognition. This conversation has been edited for length and clarity.
What are some of the big ideas driving your work on chickadees?
If some species are smart, or not smart, the question is: Why? Cognitive ecologists like me are specifically trying to figure out which ecological factors may have shaped the evolution of these differences in cognition. In other words, the idea is to understand the ecological and evolutionary reasons for variation in cognition.
A lot of the classical work in the field of cognitive ecology has looked at why some species have bigger brains, especially an area of the brain called the hippocampus. In my lab, we work on spatial memory, which is well-known to be linked to the hippocampus. So we’ve been looking at variation in hippocampus size, number of neurons, size of the neurons, and how it all links to variation in memory.
Why did you choose to study chickadees?
We use food-caching birds because they’re like memory machines — they rely on memory a lot, so they’re a good model for these types of things. Other people have looked at differences between male and female parasitic cowbirds, because females have to find and monitor many, many nests of other species to lay their eggs in — which is a pretty heavy memory-based task. People have also looked at differences between monogamous voles and voles where males have multiple mates and bigger territories; the latter have better memory and a larger hippocampus.
Cognitive ecology research was quite popular at the conference this year. Is this a field that is growing and advancing quickly right now?
I think so. The field initially started with comparing multiple species, and that was good in some ways, but in other ways it didn’t quite work. I think this was largely because when you’re comparing different species, there are a lotof differences between them, not just cognition. And when you test them, all of these differences contribute to how they perform. For example, species react very differently to captivity. All animals have evolved to function a certain way and when you bring different species into the lab and put them all in a white room, even closely related species will respond to that room differently. This makes it hard to know which behavioral differences are due to differences in cognition.
I decided that, to solve this, you need to look at differences between populations of the same species. Once you look at the same species, at the very least it’s more similar than comparing, let’s say, jays and chickadees. So we started by comparing chickadees from Alaska to chickadees from Colorado in the lab. The idea was that in Alaska it’s really harsh in the winter, but in Colorado it’s milder and the chickadees would have to rely less on food-caching, so their memory wouldn’t need to be as good. And sure enough, we found giant differences between the two populations: Birds from Alaska had better memory, a larger hippocampus and more neurons.
Your presentation drew a standing-room-only crowd. Can you explain what had everyone so interested?
Comparative studies still don’t directly show how the cognitive differences happen. They suggest, and everybody assumes, it’s natural selection, but nobody could show it. People attempted to test birds in the lab and then release them to see how their cognitive differences affected their survival, but it didn’t work. So that kind of forced me years ago to go into the field. And part of it was building the apparatus with RFID capabilities so we could test their cognition in the wild. We can also track the chickadees’ survival, reproduction, who they mate with.
The work I presented at the meeting was specifically looking at juveniles in their first year to see if natural selection affects cognition. If so, we would expect to see that the birds who did better on the cognitive test, who have a better spatial memory, will be more likely to survive their first winter, and the ones that do worse will be more likely to die. And that’s what we found. We directly confirmed for the first time what everybody suspected — that yes, it looks like what’s happening is that spatial cognition is directly acted upon by natural selection.
We also compared mountain chickadees living at higher and lower elevations in the Sierras. At higher elevation, almost 70 percent of juveniles may die during their first winter, every year. That’s a lot! That’s good, though, if you’re interested in selection. If more animals are dying and there’s some reason for some animals to survive better, well, that’s where you can best see the results of selection: Those that survive will reproduce and their offspring should be better equipped to survive harsh conditions.
So at high elevations we already know the birds cache significantly more food than those living at lower elevations. They also show much better spatial cognition, and they have a larger hippocampus, more neurons, bigger neurons, and more new neurons forming. The difference between the two populations is startling — it’s very big. Tricks and traits that let insects take flight
And now we have also shown that mortality of juveniles is higher at high elevations. But that isn’t the case for adults at high elevation: For those that manage to survive, the mortality rate is lower than for adults at lower elevations, where conditions are milder. So in other words, if they have the cognitive traits to get through the tough selection at higher elevation and survive their first winter, they can live much longer. This is despite a crazy amount of snow at those elevations — we’re talking about 20 or 25 feet of snow in some years.
Do the differences in cognition affect more than just survival?
Yes, we’ve also shown that females that mate with males with a better memory lay bigger clutches and produce bigger broods. Now we’re trying to figure out why. It’s not because these males are able to provide more food for the young, because they don’t use caches for feeding young. (Both adults and young eat insects in spring.) And the males don’t seem to use their superb memory for reproduction. Their memory is so good because they need to recover all these tens of thousands of caches. As far as breeding goes, it’s overbuilt — a bit like having space technology to put butter on your sandwich.
So any individual differences in memory would be critical for survival during the winter, when finding caches is essential for survival, but not likely to make a difference during breeding, when demands on memory are much lower.
A mountain chickadee grasps a seed in its beak in winter. The birds’ seed stashes can number in the tens of thousands, making a good memory a huge benefit. | (Courtesy of Vladimir Pravosudov)
The only way we can think of to explain it is as an investment for the future: Females produce more because their offspring will more likely survive, because they will have the genetics that will allow those offspring to have a better memory. A big question we’re working on now is how the females know which males have better memory. It may be that they can watch the males retrieving caches. But we think a more logical potential explanation is that variation in cognition is somehow indicated by male song quality or by some other characteristic, maybe plumage.
Can what you’ve learned about chickadees teach us anything about memory and cognition in general?
It can explain, I think, how memory evolves across multiple species, why some species’ memory may be better and some species’ worse, how that can change over time, and why. We’re looking at genetics as well, collaborating with Scott Taylor at the University of Colorado Boulder on sequencing chickadee genomes. We’ve already sequenced the genomes of 40 individuals — 20 from high elevation, 20 from low elevation. From each elevation, we selected the birds with the best and worst performances on memory tests. Now we’re trying to see what genetic differences may contribute to these memory differences.
And if we track and test the animals in the wild for their entire life, we may have a better chance to detect and study senescence. It could maybe lead to a better understanding of things like Alzheimer’s.
It was more than two decades ago that a Chinese president last crossed the Himalayas and landed in Kathmandu. But on Saturday, Xi Jinping did not cross the Himalayas, he flew over the Tarai plains—straight from Chennai, India, after the second informal summit with Indian Prime Minister Narendra Modi.
While Xi’s visit, the first by a sitting Chinese president after 23 years, no doubt holds great significance for Nepal, analysts say it is up to Nepal to make the most out of China’s goodwill, which may come with strings attached.
As far as Beijing is concerned, it is clear about its foreign policy, how it wants to expand its influence in South Asia and beyond, and what measures it will take to broaden the reach and appeal of Xi’s ambitious Belt and Road Initiative (BRI). But in the past week, South Asia was on Xi’s mind.
Just before flying to Chennai on Friday, Xi welcomed Imran Khan, the prime minister of Pakistan. In the aftermath of New Delhi’s August 5 decision to strip Kashmir of its autonomous status, Beijing and Islamabad appeared to be on the same page, much to India’s chagrin. The meeting between Xi and Modi too materialised after some level of uncertainty.
But in Kathmandu, despite no official communication from Beijing regarding Xi’s visit until just a few days earlier, preparations to welcome the Chinese president were underway a fortnight ago. China has been Nepal’s all-weather friend, but despite enjoying over six decades of diplomatic ties, high-level visits from the north have been sparse.
That’s one reason why Xi’s visit is a watershed moment in Nepal-China ties, say analysts.
“Xi’s visit definitely takes China-Nepal relations to a new stage,” said Ajaya Bhadra Khanal, a political analyst who is also a columnist for the Post. “The visit is a positive response from China.”
Khanal, however, did not miss the symbolism of Xi’s arrival from across the plains.
President Bidhya Devi Bhandari welcomes Chinese President Xi Jinping (left) in Kathmandu. Angad Dhakal /TKPbookmark12
“Nepal wants China to look at Kathmandu without bringing in New Delhi, but Xi arrived straight from India. So doubts persist,” he said.
This long overdue visit from a friendly neighbour was not particularly due to China’s unwillingness to engage with Nepal on a high level, say foreign policy watchers. It was largely due to political instability in Nepal. The 2015 constitution and the 2017 elections have brought about a semblance of stability in Nepal, installing a strong government that is largely seen as much more open to engagement with China.
Political stability certainly paved the way for a visit, but Nepal’s concerns are more material.
Constantino Xavier, a foreign policy fellow at the Brookings India, a think tank in New Delhi, said that Nepal seeks greater connectivity with China to reduce its reliance on India, whether on trade, energy security or digital connectivity.
“This also explains the strategic debate within the Nepali government, between those arguing for China’s BRI and a northward focus to Tibet, across the Himalayas, and those who have made a case for diversification by linking Nepal southwards, beyond India, to the Bay of Bengal region and the Indo-Pacific,” Xavier told the Post in an email interview.
Unlike India, Nepal lacks the economic and geopolitical heft to abstain from a project as ambitious as the BRI. China is a global power and Xi one of the most powerful leaders in the world. China has engineered an economic boom in recent years, while the United States and Europe were licking their wounds after financial crises. With the West, particularly the US, wringing its hands regarding China’s rise, American President Donald Trump has launched a trade war against China.
But Beijing is not naive. It knows that the US move is not just about trade, say analysts. For China, this is a good moment to shore up its backyard.
“Economy and security are the two factors that China is concerned with,” said Khanal. “Taking neighbours along is a must for China, which has as an aspiration to expand its influence globally.”
According to Khanal, how Nepali politicians carry forward their foreign policy will also decide Nepal’s future course.
“Foreign policy must not become a tool for domestic politics,” he said. “But unfortunately, the Nepal Communist Party and its leaders are trying to benefit politically from their relations with China.”
Prime Minister KP Sharma Oli won the 2017 elections on the back of nationalist posturing against India, which had just imposed a months-long economic blockade when Nepal was still reeling from devastating earthquakes. Oli played up ties with China as a counter-balance to Nepal’s unhealthy dependence on India, even signing a transit and transport agreement with the northern neighbour. India has not been particularly pleased with these developments, especially since it has long considered Nepal to be within its sphere of influence.
But India isn’t the only country watching Nepal in its pursuit of China. The US, which has long been wary of a rising China, has time and again cautioned Nepal against Chinese goodwill, sometimes bluntly. During their visits to Nepal, American officials have reminded Nepali leaders that any assistance from the north should be in Nepal’s interest, not China’s. Even though they have stopped short of mentioning the Belt and Road Initiative, their references to Sri Lanka and some African countries, which have fallen into what the West calls a “debt trap”, clearly demonstrate what they mean. The Chinese have been quick to counter such statements and they maintain that the Belt and Road Initiative is meant for shared benefits.
The US has also included Nepal in its broad Indo-Pacific Strategy. Even though American officials have attempted to qualify that the strategy is not targeted at any particular country, many, including the Chinese, see it as an attempt to counter China.
An article in The Global Times, the mouthpiece of the Communist Party of China, on Wednesday said that Xi’s visit to India would improve China’s ties with the South Asian country and also “serve as a response to the Indo-Pacific Strategy intended to contain China”.
In this tussle between the great powers, Nepal is a footnote, but its geostrategic location gives its an edge that belies its small stature.
“Chinese support for infrastructure and foreign direct investment is what Nepal is looking forward to,” said Tanka Karki, a former Nepali ambassador to China. “At the same time, it is an opportunity to show Nepal is China’s trusted neighbour.” Connectivity with China would not just benefit Nepal but also the region, which is in the shared interest of everyone, including China and India, who aim to take their bilateral trade over the $100 billion mark by the end of the year.
Railway connectivity to India via Nepal is certainly in China’s interest, analysts say.
“After the Wuhan normalisation, China has been insistently advocating trilateral connectivity or infrastructure projects with India, which Beijing calls the ‘India-China plus one’ model,” said Xavier. “Recognising Indian concerns about the BRI and its projects in PoK [Pakistan-occupied Kashmir], China has been testing India’s openness to develop a Himalayan economic and transportation corridor between India, Nepal and China.”
The cross-border railway is high on the Xi visit agenda. While there is euphoria among Nepalis regarding a rail link to China, a railway across the Himalayas, by their own admission, will be a test for China’s technological might.
While there are sections in Kathmandu that caution Nepal against falling into a debt trap over a train line, ruling party leaders have rejected the notion of a debt trap wholesale, saying it is an “imported notion”, created by westerners. The experience of many African countries, however, says otherwise. Even China itself is “recalibrating” its BRI in response to criticisms of creating indebtedness among poorer nations.
Nevertheless, around a dozen agreements related to connectivity, infrastructure and hydropower are expected to be signed during Xi’s 20-hour stay in Kathmandu. But more than the material, Xi’s presence in Kathmandu is laden with symbolism.
“More than a few projects Xi is expected to inaugurate or announce, his visit marks the rise of China as an influential political actor in Nepal,” said Xavier. “Beyond financing, China has been silently cultivating a new generation of Nepali politicians, journalists and scholars through public diplomacy and exchange programmes.”
Xi’s visit to Nepal follows a two-day symposium on “Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era” in Kathmandu, which was attended by leaders of the ruling Nepal Communist Party (NCP), including Prime Minister Oli.
“The recent workshop conducted in Kathmandu for ruling party members indicates Beijing is using its sharp power to shape the politics and institutions of one of Asia’s least developed democracies,” said Xavier.
But amid all these maneuverings, what is important for Nepal is how it maintains its autonomy, say analysts. Nepali politicians should make prudent moves and exhibit deft diplomacy to make the most of its friendly nations.
“Nepal should be able to maintain its strategic autonomy,” said Khanal. “Relations must be transparent to ensure other friendly nations aren’t skeptical.”
With Xi’s arrival, however, the consensus is that the Oli administration has pulled off a coup by materialising a visit from the northern neighbour.
“In the contemporary world where China is expanding its role, Xi’s visit has huge diplomatic and strategic meaning with long-term implications,” said Ramesh Nath Pandey, a former foreign minister. “Traditional and ritualistic diplomacy has been replaced with direct and tactical diplomacy.”
According to Pandey, while deals on infrastructure and other support from the Chinese side matter, what’s more significant is how the one-on-one meeting between Prime Minister Oli and President Xi moves ahead.
“That meeting will pave the future course of the Nepal-China relationship,” said Pandey.
To evolve a consolidated strategy for management of its north-east region’ water resources, India will shortly set up a North East Water Management Authority (NEWMA), according to government officials. The authority is being set up on the recommendations of a high level committee headed by NITI Aayog vice-chairman Rajiv Kumar, in the backdrop of China’s ambitious $62 billion south-north water diversion scheme.
NEWMA will be the apex authority for developing all projects related to hydropower, agriculture, bio-diversity conservation, flood control, inland water transport, forestry, fishery and eco-tourism in the region. It will also help spearhead India’s efforts to establish prior user rights on waters from the rivers that originate in China.
The committee was set up in October 2017 with the aim of helping India’s flood-ravaged north-east. Its mandate was to facilitate optimising benefits of appropriate water management and NITI Aayog, the federal policy think tank headed the efforts. This assumes significance as India has been pushing to establish prior user rights on rivers that originate in China in an effort to fast-track projects in the northeast. Also, Japan has joined hands with India to aggressively develop infrastructure projects in the region with an India-Japan Coordination Forum for Development of North East been set up.
“The committee’s report has been finalised and its is on that basis that a structured approach is being considered. The main purpose is to take care of power generation, irrigation, flood control, soil erosion among all other measures,” said a senior Indian government official requesting anonymity.
“The report has been submitted some months back. We are going ahead with constituting the NEWMA. The vice chairman of Niti Aayog chaired this. Niti Aayog has been at the forefront of this,” said a second Indian government official who also did not want to be named.
With one of the focus areas being hydropower, the strategy will also help establish first-user rights to the waters of the Brahmaputra. The total hydropower generation potential of India’s North-Eastern states, and Bhutan, is about 58,000MW. Of this Arunachal Pradesh alone accounts for 50,328MW, the highest in India.
Queries emailed to NITI Aayog vice-chairman Kumar and a Niti Aayog spokesperson on Thursday morning wasn’t immediately answered.
To have all states on board to work in tandem for implementing a concerted strategy, the chief secretaries of all the eight states of the region were included in the committee. The committee also comprises secretaries from the ministries of development of north-eastern region (DoNER), power, water resources, river development and Ganga rejuvenation, National Disaster Management Authority, departments of border management and space.
Developing hydropower projects has been a recurring theme of India’s strategic play in the border areas, specifically with China and Pakistan in mind. A case in point being the 330 MW Kishanganga hydro power project in Jammu and Kashmir that was commissioned last May on the river Kishanganga, a tributary of Jhelum. While Pakistan had challenged the project under the Indus Waters Treaty of 1960, the International Court of Arbitration at The Hague ruled in India’s favour in 2013.
India is now also looking at expediting strategically important hydropower projects in Jammu and Kashmir to fully utilize its share of water under the Indus Waters Treaty. State run NHPC Ltd plans to construct these hydropower projects in the context of China developing the controversial China-Pakistan Economic Corridor (CPEC).
The committee’s terms of reference against the backdrop of floods that have brought life to a standstill in Assam, Arunachal Pradesh and Manipur also included identification of gaps in the existing mechanisms and arrangements for water resource management, and suggesting policy interventions.
Mint reported on 30 August that 103 private hydropower projects in Arunachal Pradesh with a total capacity of 35 gigawatts (GW) still to take off despite the government’s Act East policy. This comes against the backdrop of growing concerns on the delay in India’s plans to generate power from rivers originating from neighbouring China. A delay in building hydropower projects on rivers originating in China will affect India’s strategy of establishing its prior-use claim over the waters, according to international law.
China on its part is going ahead on its south-north water diversion scheme of the rivers that feed downstream into the Brahmaputra, known in China as the Yarlung Tsangpo. Of the 2,880km of the Brahmaputra’s length, 1,625km is in Tibet, 918km in India, and 337km in Bangladesh. Of the eight river basins in Arunachal Pradesh, Subansiri, Lohit and Siang are of strategic importance, as they are closer to the border with China.
On 07 September 2012, our former President Late Dr APJ Abdul Kalam made a prophetic statement while speaking at St Thomas College, Pala saying, “Future wars will be over water”. While referring to this, one is not talking about the present Cauvery Water Crisis between Karnataka and Tamilnadu. There has been a lot of discomfort in the Indian strategic circles that China may choke the water of Brahmaputra, known as Yarlong Zangbo in China, either by constructing dams on it or by diverting her waters, thereby affecting the availability of water for the middle riparian state of India and the lower riparian state of Bangladesh. China has not signed a water sharing treaty with any country and that increases the uncertainties about her behaviour over water.
All strategists studying China know about her penchant for building her asymmetric capabilities. Colonel Qiao Liang and Colonel Wang Xiangsui, two Chinese Colonels who wrote a book titled ‘Unrestricted Warfare’ in which they described all types of asymmetric capabilities that China may use against her adversaries. They mention that modern technology can be employed to influence the natural state of rivers under the subject of Ecological Warfare. Such writings by Chinese themselves have added to the concerns about China’s intentions with respect to the dams that she is building on Brahmaputra.
For long, there has been an uneasy expectation that China will divert the waters of Brahmaputra from the Great Bend (that is created by the Yarlong Zangbo going around the massive Namcha Barwa Feature), to get water to the parched Northern parts of China (Refer Map1).
More worrying than China’s construction of Hydro power dams on the Brahmaputra is the proposed northward diversion of its waters at the Great Bend. If this diversion takes place, it may result in a significant drop in the river’s water level as it enters India. Should that happen, then it will have a serious impact on agriculture and fishing in the downstream areas as the salinity of water will increase. Some analysts predict the extreme view that “water wars” could break out between India and China while a few others reject such predictions of a Sino-Indian war over the Brahmaputra.
However, Jiao Yong, the then Chinese Vice Minister for Water Resources is on record saying that, “The Yarlung Zangbo river flows across China’s Qinghai Tibet Plateau. Many Chinese citizens have been calling for greater usage of this river. However, considering the technical difficulties, actual need of diversion, possible impact on the environment and state-to-state relations, the Chinese government has no plans to conduct any diversification project in this river”. He said this in response to a query during a press conference in Beijing on 13 October 2011.
Many a time the Brahmaputra water diversion project is also confused with the three water diversion projects that China is undertaking (Refer Map 2).
All these are part of the river linking projects that China thought of during Mao Zedong’s regime in the 1950s. The $62 billion South-North Water Transfer Project aims to divert 44.8 billion cubic meters of water per year from the Yangtze River in Southern China to the Yellow River Basin in arid Northern China. The Eastern and Central Diversions are already functioning. The project suffers from cost over runs and environmental problems.
The problem of water issues gets compounded if it is taken in conjunction with the number of dams that China is constructing on the Yarlung Zangbo river. There have been divergent views on the dams on Brahmaputra. As per Romesh Bhattacharji, a former Indian bureaucrat “India has nothing to be worried about”. The Zangmu hydropower station is a run-of-the-river project and Brahmaputra’s waters will continue to flow to India as before. He also says, “Brahmaputra gets most of its waters after entering India.” Dr Jabin Jacob, Assistant Director of Institute of China Studies echoes his view. He says, “Brahmaputra gets most of its waters after entering India.” It is the Brahmaputra’s tributaries in India and the heavy rainfall here that provides roughly 70 percent of the water volume of the Brahmaputra River. However, some analysts warn that even though the Brahmaputra gathers the bulk of its volume in India, 30 percent of the river’s flow is a large enough component to have adverse effects and even as low as a 10 percent diversion could have serious consequences for downstream areas.
In October 2015, the Zangmu Hydroelectric Project was commissioned on the Yarlung Zangbo, which flows into India as the Siang River and then becomes the Brahmaputra. Zangmu is located approximately 250 Kms West of the Great Bend. Three more hydroelectric projects, Dagu, Jiexu and Jiacha are being constructed on the Yarlung Zangbo (Refer Map3).
China’s Xinhua reported on 30 September 2016 that China has blocked the Xiabuqu river, a tributary of the Yarlung Zangbo, at Xigatse in the Tibetan Autonomous Region to build the Lalho hydroelectric project. (Refer Map4) This project started in June 2014 and is expected to finish in 2019. Therefore, blocking of the this river for the project is not related to the present crisis with Pakistan. On 08 October 2016, China’s Foreign Ministry assured India that this dam will have no impact on down stream flows as it can hold only 0.02% of the rivers average run off. It further said that India is monitoring the volumes of the river and is provided the hydrological data from 15 May to 15 October every year.
The jury is still out on whether China will divert the Brahmaputra’s water to her parched North. Even when China was constructing the Three Gorges Dam and the Qinghai – Tibet Railway doubts were being raised about the technical problems that these projects would face. Not only did she overcome the technical problems but she also finished these projects one year ahead of time. Therefore, prudence demands that we plan that China may sometime in future go for diversion of water from Brahmaputra. Water and land issues are greatly influenced by emotions. Since China is an upper riparian state, we should make constant efforts to convince China that the negative results of the water diversion projects will far outweigh the advantages. As far as the run of the river projects are concerned, since they will not materially affect the flow of water on the Brahmaputra, one need not be very vociferous about them. It goes without saying that the areas of Great Bend and the areas where the dams are coming up need to be constantly monitored. The dam on the Xiabuqu River for the Lalho Hydro Electric Project is located on a tributary that drains into Yarlung Zangbo. How much it will affect the flow of water in Brahmaputra needs to studied and should it be significant, our concerns should be discussed with China. It should be understood that the Lalho Project is in China’s territory and she has no treaty obligation with us. Reasoning with China may or may not work. But it seems to be the better choice available with India because the other path of confrontation and conflict will not be fruitful to India till at least the middle of the next decade.
As a repartee, in a bid to exploit the enormous hydropower potential of the Brahmaputra, India is also planning the construction of a number of mega dams and micro hydel projects in Arunachal Pradesh. (Refer Map 5)
In India also, the Interlinking of River (ILR) programme is of national importance and has been taken up on high Priority. Hon’ble Minister for Water Resources, RD & GR is monitoring the progress of ILR on weekly basis. The mission of this programme is to ensure greater equity in the distribution of water by enhancing the availability of water in drought prone and rain fed area. The National Perspective Plan (NPP) prepared by Ministry of Water Resources, has already identified 14 links under Himalayan Rivers Component and 16 links under Peninsular Rivers Component for inter basin transfer of water based on field surveys and investigation and detailed studies. Out of these, Feasibility Reports of 14 links under Peninsular Component and 2 links (Indian portion) under Himalayan Component have been prepared.
It is easily seen that countries like India and China carry out such projects based on the necessity. We need to see China’s handling of the Brahmaputra issue also in that light. There are lurking shadows in the Brahmaputra River Issue but India should be confident of herself in handling them with China.
A special U.N. fact-finding mission has urged that Myanmar be held responsible in international legal forums for alleged genocide against its Muslim Rohingya minority.
The Independent International Fact-Finding Mission on Myanmar said in a report Monday wrapping up two years of documentation of human rights violations by security forces that counterinsurgency operations against Rohngya in 2017 included “genocidal acts.”
It said the operations killed thousands of people and caused more than 740,000 Rohingya to flee to Bangladesh.
The mission said the threat of genocide continues for an estimated 600,000 Rohingya still inside Myanmar living in “deplorable” conditions and facing persecution. The situation makes the repatriation of Rohingya refugees impossible, it said.
“The threat of genocide continues for the remaining Rohingya,” mission head Marzuki Darusman said in a statement.
The report summarized and updated six others previously issued by the mission that detailed accounts of arbitrary detention, torture and inhuman treatment, rape and other forms of sexual violence, extrajudicial, summary or arbitrary killings, enforced disappearances, forced displacement and unlawful destruction of property.
It is to be presented Tuesday in Geneva to the Human Rights Council, which established the mission in 2017.
Muslim Rohingya face heavy discrimination in Buddhist-dominated Myanmar, where they are regarded as having illegally immigrated from Bangladesh, even though many families have lived in Myanmar for generations. Most are denied citizenship and basic civil rights.
The homes of many were destroyed during the counterinsurgency operation and there is little sign that refugees will not face the same discrimination if they return.
A plan to repatriate an initial group last month collapsed when no one wanted to be taken back.
The U.N. mission has focused on the Rohingya in Rakhine state but also covered actions by Myanmar’s military — known as the Tatmadaw — toward other minorities in Rakhine, Chin, Shan, Kachin and Karen states.
It said those groups also experienced “marginalization, discrimination and brutality” at the military’s hands.
“Shedding light on the grave human rights violations that occurred and still are occurring in Myanmar is very important but not sufficient,” said Radhika Coomaraswamy, a Sri Lankan lawyer who was one of the mission’s three international experts.
“Accountability is important not only to victims but also to uphold the rule of law. It is also important to prevent repetition of the Tatmadaw’s past conduct and prevent future violations,” he said in a statement.
According to the mission, it has a confidential list of more than 100 people suspected of involvement in genocide, crimes against humanity and war crimes, in addition to six generals whom it already named a year ago.
Citing the problem of military impunity under Myanmar’s justice system, the report called for accountability to be upheld by an international judicial process.
This could include having the U.N. Security Council refer the matter to the International Criminal Court, establishing an ad-hoc tribunal on Myanmar, such as was held for crimes in the former Yugoslavia or Rwanda, or invoking the 1948 Genocide Convention — which Myanmar has ratified — to ask the International Court of Justice to rule on compensation and reparations for the Rohingya.
With its work concluded, the mission has handed over the information it collected to another specially established U.N. group, the new Independent Investigative Mechanism for Myanmar.
The new group’s mandate is to “build on this evidence and conduct its own investigations to support prosecutions in national, regional and international courts of perpetrators of atrocities in Myanmar.”
Myanmar’s government and military have consistently denied violating human rights and said its operations in Rakhine were justified in response to attacks by Rohingya insurgents.
Zingiber perenense was found growing in moist areas.
Southeast Asia is a centre of diversity for the genus; several species have been found in northeast India
Scientists from the Botanical Survey of India (BSI) have discovered two new species of Zingiber, commonly referred to as ginger, from Nagaland. While Zingiber perenense has been discovered from the Peren district of Nagaland, Zingiber dimapurense was found in the Dimapur district of the State.
Details of both discoveries were published in two peer-reviewed journals earlier this year. Of the two species, Zingiber dimapurense is taller in size, with leafy shoots measuring 90-120 cm high, whereas the leafy shoots of Zingiber perenense reach up to 70 cm in height.
For Zingiber dimapurense, the lip of the flower (modified corolla) is white in colour, with dense dark- purplish red blotches. Its pollen is a creamy-white and ovato-ellipsoidal, whereas the fruit is an oblong 4.5 cm-5.5 cm long capsule. In the case of Zingiber perenense, which was discovered about 50 km from where the other species was found, the lip of the flower is white with purplish-red streaks throughout, and the pollen is ellipsoidal.
The type specimens of Zingiber perenense were collected in September 2017, when botanists were working on the ‘State flora of Nagaland’ in the Peren district. “The plant was found growing in moist shady places on the bank of a small steam in the hilly terrain forest of the Tesen village under the Peren subdivision,” the publication authored by four botanists said.
The specimen of Zingiber dimapurense was collected in October 2016 from the Hekese village forest under the Medziphema subdivision. Some rhizomes of this plant collected along with field data were planted in the Botanical Survey of India’s Eastern Regional Centre garden in Shillong, where itself they began flowering in June 2018.
Centre of diversity
According to Dilip Kumar Roy, who has contributed to both the publications, the genus Zingiber has 141 species distributed throughout Asia, Australia and the South Pacific, with its centre of diversity in Southeast Asia. “More than 20 species have been found in northeastern India. Over the past few years, more than half a dozen species have been discovered from different States of northeast India only,” Dr. Roy said.
Previous discoveries of Zingiber include Hedychium chingmeianum from the Tuensang district of Nagaland, Caulokaempferia dinabandhuensis from the Ukhrul district in Manipur in 2017, and Zingiber bipinianum from Meghalaya in 2015.
Nripemo Odyou, another scientist with the BSI, who also contributed to both the new discoveries in 2019, said that the high diversity of ginger species in northeast India reveals that the climate is conducive for the growth and diversity of the genus.
“Most species of ginger have medicinal values. More studies are required to ascertain the medicinal properties of the newly discovered species,” Dr. Odoyu said.
The rhizome of Zingiber officinale (common ginger) is used as a spice in kitchens across Asia, and also for its medicinal value. Botanists said that other wild species of Zingiber may have immense horticultural importance.