Chindia Alert: You’ll be Living in their World Very Soon
aims to alert you to the threats and opportunities that China and India present. China and India require serious attention; case of ‘hidden dragon and crouching tiger’.
Without this attention, governments, businesses and, indeed, individuals may find themselves at a great disadvantage sooner rather than later.
The POSTs (front webpages) are mainly 'cuttings' from reliable sources, updated continuously.
The PAGEs (see Tabs, above) attempt to make the information more meaningful by putting some structure to the information we have researched and assembled since 2006.
BEIJING, April 28 (Xinhua) — China has achieved much progress in environmental protection and taken the lead in green development in recent years.
The efforts have exemplified Chinese President Xi Jinping’s proposal of “working together for a green and better future for all” made a year ago in his speech at the opening ceremony of the International Horticultural Exhibition 2019 Beijing.
In the keynote speech, Xi proposed a five-point initiative on promoting green development, namely pursuing harmony between man and nature, pursuing the prosperity based on green development, fostering a passion for nature-caring lifestyle, pursuing a scientific spirit in ecological governance, and joining hands to tackle environmental challenges.
China’s hard work on environment protection has paid off.
The ecological environment has improved significantly. People are enjoying more days of blue sky, cleaner water, and fertile land.
China has achieved the goal of zero growth of desertified land by 2030 set by the United Nations ahead of time. Besides, forest stock volume increased by 4.56 billion cubic meters compared with that of 2005.
Carbon dioxide emissions per unit of GDP in 2018 fell by 45.8 percent compared with that of 2005, exceeding the target set for the year.
After more than 30 years of hard work, the seventh largest desert in China, the Kubuqi Desert in Inner Mongolia Autonomous Region, once known as the “sea of death” difficult for birds to fly across, has turned into a green valley.
In January 2020, in a letter in reply to the student representatives of the Global Alliance of Universities on Climate, the Chinese president mentioned his thoughts about ecological civilization in his youth.
“Over four decades ago, I lived and worked for many years in a small village on the Loess Plateau in western China. Back then, the ecology and environment there was seriously damaged due to over-development and the local people were trapped in poverty as a result,” Xi wrote.
“This experience taught me that man and nature are a community of life and that the damage done to nature will ultimately hurt mankind,” said Xi.
China’s progress and achievements are recognized worldwide.
The ecological civilization and green development advocated by China are actually an endeavor to find a way to balance economic development and environmental protection, said John Cobb, Jr., the founding president of the Institute for Postmodern Development of China and member of the American Academy of Arts and Sciences.
Noting that the endeavor is a remarkable exploration, he expressed his hope that it will succeed.
China is on the right path in dealing with global climate change and achieving sustainable development, said Borge Brende, president of the World Economic Forum.
In addition to making efforts at home, China has also rolled out a series of measures to support the global combat against climate change.
In September 2015, ahead of the Paris climate change conference, Xi pledged a 20-billion-yuan (3-billion-U.S. dollars) China South-South Climate Cooperation Fund, which was dedicated to help other developing countries combat climate change.
China has also been fulfilling the obligations of the United Nations Framework Convention on Climate Change and the Paris Agreement, and achieved the goal of its intended nationally determined contributions submitted to the secretariat of the Climate Change Convention as scheduled.
UN Secretary-General Antonio Guterres expressed his appreciation for China’s important contributions to addressing the climate change and building a green “Belt and Road,” and said he expects China to continue to play a leading role in addressing the climate change and other issues.
“Lucid waters and lush mountains are invaluable assets,” a concept put forward by Xi in 2005 when he visited Yucun Village in southeast China’s Zhejiang Province as the party chief of the province, has become the motto of the Lao Ministry of Natural Resources and Environment.
In March 2020, when Xi returned to Yucun, he said that economic development should not be achieved at the expense of the ecological environment. To protect the ecological environment is to develop the productive forces, he said.
The history of civilizations shows that the rise or fall of a civilization is closely tied to its relationship with nature, Xi said at the International Horticultural Exhibition last year.
Only by joining hands can the humankind advance a global ecological civilization and march towards the bright future of building a community with a shared future for mankind.
The Eyes of Darkness features a Chinese military lab in Wuhan that creates a virus as a bioweapon; civilians soon become sick after accidentally contracting it
In fact, the one lab in China able to handle the deadliest viruses is in Wuhan and helped sequence the novel coronavirus the world is currently battling
The Eyes of Darkness, a 1981 thriller by bestselling suspense author Dean Koontz, tells of a Chinese military lab that creates a virus as part of its biological weapons programme. The lab is located in Wuhan, which lends the virus its name, Wuhan-400. A chilling literary coincidence or a case of writer as unwitting prophet?
In The Eyes of Darkness, a grieving mother, Christina Evans, sets out to discover whether her son Danny died on a camping trip or if – as suspicious messages suggest – he is still alive. She eventually tracks him down to a military facility where he is being held after being accidentally contaminated with man-made microorganisms created at the research centre in Wuhan.
If that made the hair on the back of your neck stand up, read this passage from the book: “It was around that time that a Chinese scientist named Li Chen moved to the United States while carrying a floppy disk of data from China’s most important and dangerous new biological weapon of the past decade. They call it Wuhan-400 because it was developed in their RDNA laboratory just outside the city of Wuhan.”
In another strange coincidence, the Wuhan Institute of Virology, which houses China’s only level four biosafety laboratory, the highest-level classification of labs that study the deadliest viruses, is just 32km from the epicentre of the current coronavirus outbreak.
The opening of the maximum-security lab was covered in a 2017 story in the journal Nature, which warned of safety risks in a culture where hierarchy trumps an open culture.
Koontz has written more than 80 novels and 74 works of short fiction. Photo: Douglas Sonders
Fringe conspiracy theories that the coronavirus involved in the current outbreak appears to be man-made and likely escaped from the Wuhan virology lab have been circulated, but have been widely debunked. In fact the lab was one of the first to sequence the coronavirus.
In Koontz’s thriller, the virus is considered the “perfect weapon” because it only affects humans and, since it cannot survive outside the human body for longer than a minute, it does not demand expensive decontamination once a population is wiped out, allowing the victors to roll in and claim a conquered territory.
It’s no exaggeration to call Koontz a prolific writer. His first book, Star Quest, was published in 1968 and he has been churning out suspense fiction at a phenomenal rate since with more than 80 novels and 74 works of short fiction under his belt. The 74-year-old, a devout Catholic, lives in California with his wife. But what are the odds of him so closely predicting the future?
Albert Wan, who runs the Bleak House Books store in San Po Kong, says Wuhan has historically been the site of numerous scientific research facilities, including ones dealing with microbiology and virology. “Smart, savvy writers like Koontz would have known all this and used this bit of factual information to craft a story that is both convincing and unsettling. Hence the Wuhan-400,” says Wan.
British writer Paul French, who specialises in books about China, says many of the elements around viruses in China relate back to the second world war, which may have been a factor in Koontz’s thinking.
The Eyes of Darkness, by Koontz.
“The Japanese definitely did do chemical weapons research in China, which we mostly associate with Unit 731 in Harbin and northern China. But they also stored chemical weapons in Wuhan – which Japan admitted,” says French.
Publisher Pete Spurrier, who runs Hong Kong publishing house Blacksmith Books, muses that for a fiction writer mapping out a thriller about a virus outbreak set in China, Wuhan is a good choice.
“It’s on the Yangtze River that goes east-west; it’s on the high-speed rail [line] that goes north-south; it’s right at the crossroads of transport networks in the centre of the country. Where better to start a fictional epidemic, or indeed a real one?” says Spurrier. (Spurrier works part-time as a subeditor for the Post.)
Albert Wan runs the Bleak House Books store in San Po Kong, Hong Kong.
Hong Kong crime author Chan Ho-kei believes that this kind of “fiction-prophecy” is not uncommon.
“If you look really hard, I bet you can spot prophecies for almost all events. It makes me think about the ‘infinite monkey’ theorem,” he says, referring to the theory that a monkey hitting keys at random on a typewriter keyboard for an infinite amount of time will almost surely type any given text.
“The probability is low, but not impossible.”
British writer Paul French.
Chan points to the 1898 novella Futility, which told the story of a huge ocean liner that sank in the North Atlantic after striking an iceberg. Many uncanny similarities were noted between the fictional ship – called Titan – and the real-life passenger ship RMS Titanic, which sank 14 years later. Following the sinking of the Titanic, the book was reissued with some changes, particularly in the ship’s gross tonnage.
“Fiction writers always try to imagine what the reality would be, so it’s very likely to write something like a prediction. Of course, it’s bizarre when the details collide, but I think it’s just a matter of mathematics,” says Chan.
Many of Koontz’s books have been adapted for television or the big screen, but The Eyes of Darkness never achieved such glory. This bizarre coincidence will thrust it into the spotlight and may see sales of this otherwise forgotten thriller jump.
Hong Kong crime author Chan Ho-kei.
Amazon is currently offering it on Kindle for just US$1. Perhaps, like Futility, it will also be reissued with some updates to make it really echo the current outbreak.
Brahma Chellaney writes that excessive damming and drastic overuse of water resources are causing the world’s major waterways to run dry
Vessels head for the lock of the Three Gorges Dam in Yichang, in central China’s Hubei province. Sediment build-up in the dam’s reservoir stems from silt flow disruption in the Yangtze River, Brahma Chellaney writes. Photo: Xinhua
Thanks to excessive damming and drastic overuse of water resources, an increasing number of major rivers across the world are drying up before reaching the sea.
Nowhere is this more evident than in China, where the old saying, “Follow the river and it will eventually lead you to a sea,” is no longer wholly true.
While a number of smaller rivers in China have simply disappeared, the Yellow River – the cradle of the Chinese civilisation – now tends to run dry before reaching the sea.
This has prompted Chinese scientists to embark on a controversial rainmaking project to help increase the Yellow’s flow. By sucking moisture from the air, however, the project could potentially affect monsoon rains elsewhere.
For large sections of the world’s population, major river systems serve as lifelines. The rivers not only supply the most essential of all natural resources – water – but also sustain biodiversity, which in turn supports human beings.
Yet an increasing number of rivers, not just in China, are drying up before reaching the sea.
A major new United Nations study published early this month offers grim conclusions: human actions are irremediably altering rivers and other ecosystems and driving increasing numbers of plant and animal species to extinction.
“Nature across the globe has now been significantly altered,” according to the study’s summary of findings.
The Yangtze and Jialing rivers come together in the southwestern city of Chongqing. Photo: Simon Song
Water sustains life and livelihoods and enables economic development.
If the world is to avert a thirsty future and contain the risks of greater intrastate and interstate water conflict, it must protect freshwater ecosystems, which harbour the greatest concentration of species.
The Mekong is mighty no more: book charts river’s demise
Yet, according to another study published in Nature this month humans have modified the flows of most long rivers, other than those found in the remote regions of the
Amazon and Congo basins and the Arctic.
Consequently, only a little more than one-third of the world’s 246 long rivers are still free-flowing, meaning they remain free from dams, levees and other man-made water-diversion structures that leave them increasingly fragmented.
Humans have modified the flows of most long rivers, including the Yangtze, home to some of China’s most spectacular natural scenery. Photo: WWF
Such fragmentation is affecting river hydrology, flow of nutrient-rich sediment from the mountains where rivers originate, riparian vegetation, migration of fish and quality of water.
Take the Colorado River, one of the world’s most diverted and dammed rivers. Broken up by more than 100 dams and thousands of kilometres of diversion canals, the Colorado has not reached the sea since 1998.
Sinking sands along the Mekong River leave Vietnamese homeless
The river, which originates in the Rocky Mountains and is the lifeblood for the southwestern United States, used to empty into the Sea of Cortez in Mexico.
But now, owing to the upstream diversion of 9.3 billion cubic metres (328.4 billion cubic feet) of water annually, the Colorado’s flow into its delta has been reduced to a trickle.
Altering the flow characteristics of rivers poses a serious problem for sustainable development, because they affect the ecosystem services on which both humans and wildlife depend. Photo: AP
Other major rivers that run dry before reaching the sea include the Amu Darya and the Syr Darya, the two lifelines of Central Asia; the Euphrates and the Tigris in the Middle East; and the Rio Grande, which marks the border between Texas and Mexico before heading to the Gulf of Mexico.
The overused Murray in Australia and Indus in Pakistan are at risk of meeting the same fate.
Are China’s Mekong dams washing away Cambodian livelihoods?
More fundamentally, altered flow characteristics of rivers are among the most serious problems for sustainable development, because they seriously affect the ecosystem services on which both humans and wildlife depend.
Free-flowing rivers, while supporting a wealth of biodiversity, allow billions of fish – the main source of protein for the poor – to trek through their waters and breed copiously.
Urgent action is needed to save the world’s rivers, including improving agricultural practices, which account for the bulk of freshwater withdrawals
Free-flowing rivers also deliver nutrient-rich silt crucial to agriculture, fisheries and marine life.
Such high-quality sediment helps to naturally re-fertilise overworked soils in the plains, sustain freshwater species and, after rivers empty into seas or oceans, underpin the aquatic food chain supporting marine life.
China’s hyperactive dam building illustrates the high costs of river fragmentation. No country in history has built more dams than China. In fact, China today boasts more large dams than the rest of the world combined.
China’s chain of dams and reservoirs on each of its long rivers impedes the downstream flow of sediment, thereby denying essential nutrients to agricultural land and aquatic species.
A case in point is China’s Three Gorges Dam – the world’s largest – which has a problematic build-up of sediment in its own massive reservoir because it has disrupted silt flows in the Yangtze River.
Likewise, China’s cascade of eight giant dams on the Mekong, just before the river enters Southeast Asia, is affecting the quality and quantity of flows in the delta, in Vietnam.
Yangtze dams may spell end to sturgeon in a decade
Undeterred, China is building or planning another 20 dams on the Mekong.
How the drying up of rivers affects seas and oceans is apparent from the Aral Sea, which has shrunk 74 per cent in area and 90 per cent in volume, with its salinity growing nine-fold.
People beat the heat by cooling off in the Yangtze River in Wuhan, in central China’s Hubei province. Photo: Nora Tam
This change is the result of the Aral Sea’s principal water sources, the Amu Darya and Syr Darya, being so overexploited for irrigation that they are drying up before reaching what was once the world’s fourth-largest inland lake.
Compounding the challenges is the increasing pollution of rivers. Aquatic ecosystems have lost half of their biodiversity since the mid-1970s alone.
Chinese court jails nine for dumping toxic waste in Yangtze
Urgent action is needed to save the world’s rivers. This includes action on several fronts, including improving practices in agriculture, which accounts for the bulk of the world’s freshwater withdrawals.
Without embracing integrated water resource management and other sustainable practices, the world risks a parched future.
163-million-year-old fossil represents something new in evolutionary history
Researchers say discovery is extraordinary
A small, tree-climbing dinosaur discovered in China has overturned evolutionary history with its cape-like membrane. Photo: Handout
Chinese scientists have discovered a new dinosaur species which appears to have been equipped – like Batman – with a cape that may have given it the ability to glide.
Researchers say the finding is extraordinary, representing something new in evolutionary history.
The little tree-climbing dinosaur – about the size of a magpie – was equipped with a soft, smooth membrane draped over its long, strong forearms that may have looked like the wings of a bat when spread.
The 163-million-year-old fossil has been named Ambopteryx longibrachium and was found at Wubaiding village, Liaoning province, northeast China, in 2017, according to a paper published in the journal Nature on Thursday.
The 163-million-year-old fossil found in eastern China showed long, strong forearms draped in a smooth cape-like membrane. Photo: Handout
Lead author Dr Wang Min, a researcher with the Chinese Academy of Sciences’ Institute of Vertebrate Palaeontology and Palaeoanthropology in Beijing, said quite a number of dinosaurs had birdlike feathers and some eventually evolved into birds.
“But bat-like wings? The idea has not been widely accepted,” he said.
The possibility was first raised a few years ago when a close relative of the newly discovered dinosaur was found, also in China, with a finger bone which had never before been seen in dinosaurs.
Scientists discover ‘nightmare’ crab with cartoon eyes
A small number of researchers suspected the bone could have been used to hold membrane, but the mainstream scientific community remained sceptical.
Why on earth, some critics argued, would a dinosaur need membrane when it already had feathers?
In the 2008 film “The Dark Knight”, Batman uses his cape to glide among the skyscrapers of Hong Kong. Researchers believe the new dinosaur may have used its cape-like membrane in a similar way. Photo: Handout
Ambopteryx longibrachium, nonetheless, had the same peculiar finger bone, only this time scientists were also able to observe a large membrane and a thick layer of hair over its head, neck and shoulders.
The hair and membrane was not an efficient combination for flight aerodynamics. But “in evolution, nothing is impossible”, Wang said.
The tiny T. rex cousin that humans could look down on
The dinosaur lived in thick forest and could have been easy prey to large predators. But its wings might have given it the ability to hop from tree to tree, and they could also have been useful when hunting.
The dinosaur had a slim body about the size of a magpie, with a soft, smooth membrane draped over its forearms like a cape. Photo: Handout
Wang and his colleagues found traces of small bones in the remnant of its stomach. While a tree-climbing dinosaur’s main diet should have been fruit, it could sometimes hunt as well, according to the researchers.
An absence of a large chest bone suggested the dinosaur could not fly at will, like a bird or bat. It remains unclear how long the species survived, but it eventually vanished, probably because of competition from better-equipped winged animals with all-feather or all-membrane wings.
CFC-11 is also known as trichlorofluoromethane, and is one of a number of chloroflurocarbon (CFC) chemicals that were initially developed as refrigerants during the 1930s.
However, it took many decades for scientists to discover that when CFCs break down in the atmosphere, they release chlorine atoms that are able to rapidly destroy the ozone layer which protects us from ultraviolet light. A gaping hole in the ozone layer over Antarctica was discovered in the mid 1980s.
Media caption Twenty-five years of ice loss in the Antarctic
The international community agreed the Montreal Protocol in 1987, which banned most of the offending chemicals. Recent research suggests that the hole in the Northern Hemisphere could be fully fixed by the 2030s and Antarctica by the 2060s.
When was the CFC problem discovered?
CFC-11 was the second most abundant CFCs and was initially seen to be declining as expected.
Image caption Monitoring stations in Korea and Japan were key to detecting the mystery sources of CFC-11
That team reasoned that they were seeing new production of the gas, coming from East Asia. The authors of that paper argued that if the sources of new production weren’t shut down, it could delay the healing of the ozone layer by a decade.
What did investigators find on the ground?
Further detective work in China by the Environmental Investigation Agency in 2018 seemed to indicate that the country was indeed the source. They found that the illegal chemical was used in the majority of the polyurethane insulation produced by firms they contacted.
One seller of CFC-11 estimated that 70% of China’s domestic sales used the illegal gas. The reason was quite simple – CFC-11 is better quality and much cheaper than the alternatives.
So what does this latest study show?
This new paper seems to confirm beyond any reasonable doubt that some 40-60% of the increase in emissions is coming from provinces in eastern China.
Using what are termed “top-down” measurements from air monitoring stations in South Korea and Japan, the researchers were able to show that since 2012 CFC-11 has increased from production sites in eastern China.
Image copyright GETTY IMAGES
They calculated that there was a 110% rise in emissions from these parts of China for the years 2014-2017 compared to the period between 2008-2012.
“This new study is based on spikes in the data on air that comes from China,” lead author Dr Matt Rigby, a reader at the University of Bristol, told BBC Inside Science.
“Using computer simulations of the transport of these gases through the atmosphere we can start to put numbers on emissions from different regions and that’s where we come up with this number of around 7,000 tonnes of extra CFC-11 emissions coming out of China compared to before 2012.
“But from the data, all we just see are the ultimate releases to the atmosphere, we don’t have any information on how that CFC-11 was used or where it was produced, it is entirely possible that it was manufactured in some other region, some other part of China or even some other country and was transported to the place where they are making insulating foams at which point some of it could have been emitted to the atmosphere.”
Where are the rest of the emissions coming from?
The researchers are not sure. It’s possible that the missing emissions are coming from other parts of China, as the monitoring stations just can’t see them. They could also be coming from India, Africa or South America as again there is very little monitoring in these regions.
Does this have implications for climate change?
Yes – the authors say that these CFCs are also very potent greenhouse gases. One tonne of CFC-11 is equivalent to around 5,000 tonnes of CO2.
“If we look at these extra emissions that we’ve identified from eastern China, it equates to about 35 million tonnes of CO2 being emitted into the atmosphere every year, that’s equivalent to about 10% of UK emissions, or similar to the whole of London.”
Will China clampdown on the production?
The Chinese say they have already started to clamp down on production by what they term “rogue manufacturers”. Last November, several suspects were arrested in Henan province, in possession of 30 tonnes of CFC-11.
Clare Perry from the Environmental Investigations Agency (EIA) said that the new findings re-affirmed the need to stamp out production.
“I think with this study, it is beyond doubt that China is the source of these unexpected emissions, and we would hope that China is leaving no stone unturned to discover the source of the CFC-11 production.
“Unless the production of the chemical is shut down it will be near impossible to end the use and emissions in the foam companies.”
The study has been published in the journal Nature.
Inspired by early colour television, method can create thousands of alloys quickly
Leader of Beijing team says a ‘revolution in material science’ is close to hand
Speedy development of alloys may accelerate programmes to explore the harsh environments of space and ocean depths. Photo: Xinhua
Chinese physicists say they have developed a method that can cut the time involved in the discovery of alloys from years to hours.
The technique has led to the creation of high performance alloys, including the world’s toughest amorphous metal, or metallic glass, for use in extremely hot environments.
The search for an alloy typically takes years, but now it can be done in less than two hours, the Chinese researchers said.
Part of their findings was published in the journal Nature this month.
Inspired by the colour gun method used to create images for television sets, the Beijing
In the conventional method, metals needed to be weighed, melted to an alloy and tested for performance. To find the right formula, researchers might need to test more than a thousand combinations and each test might take a day or two.
Professor Wang Weihua, researcher with the institute of physics at the Chinese Academy of Sciences in Beijing and lead scientist of the study, said his team’s research was inspired by early colour televisions, which used three electric devices known as guns that fired red, green and blue light onto the back of the screen to create real-world colours for the viewer.
Wang’s team’s alloy technology also involved three guns, but instead of electronic pulses they fired “bullets” made of different metals. These struck a silicon board simultaneously and fused to form alloys.
Chinese University becomes first in world to build and test its own hypersonic plane
Sensors quickly measured the alloys’ properties and picked the most appropriate for the researchers.
This approach allowed scientists to create more than 1,000 samples, test their performance and select the most promising within a couple of hours.
“We proved it works,” Wang said. “It will increase people’s confidence. There will be a revolution in material science.”
The alloy reported in the Nature paper contained iridium, nickel and tantalum. It had a distorted atomic structure similar to that of glass. Metallic glasses can be extremely strong but they usually weaken by temperatures of 400 degrees Celsius or more.
The Beijing team hopes artificial intelligence, in tandem with its technique, will start a materials revolution. Photo: Handout
The new alloy can maintain a tensile strength nearly eight times that of steel at more than 700 degrees Celsius, researchers said.
It can also remain intact for months in aqua regia, the mixture of nitric acid and hydrochloric acid that can dissolve gold and platinum.
Such properties make the alloy an ideal candidate material for manufacturing critical components for use in harsh environments such as space, ocean depths and battlefields.
“We are introducing artificial intelligence into the design and search for new amorphous metals,” Wang said. “It can further increase the speed of discoveries. In the near future, we may even be able to create material on demand.
CHINDIA ALERT: You'll be living in their world, very soon 