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China 2.0: MEGA Cities, SMART Cities

Over 180 teams contend for China's new area design
Source: Xinhua| 2017-07-07 12:18:35|Editor: ying



SHIJIAZHUANG, July 7 (Xinhua) -- A total of 183 global teams will compete for right to design Xiongan New Area, after north China's Hebei Province invited international bids in late June.

As of the July 3 deadline, 103 overseas and 176 Chinese design companies and organizations had signed up. They constitute 183 design teams, according to Xiongan New Area management committee.

Some 12 design teams will be selected to proceed to the next round of onsite consulting with local government officials and experts, before they submit a design plan on August 20.

According to China Association of City Planning, international design consultation is a common practice, with many global cities and China's Shenzhen Economic Zone and Pudong New Area all having invited global bidders.

In April, China announced plans to establish Xiongan New Area 100 kilometers south of Beijing. It will cover Hebei's Xiongxian, Rongcheng, and Anxin counties.
 
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Over 180 teams contend for China's new area design
Source: Xinhua| 2017-07-07 12:18:35|Editor: ying



SHIJIAZHUANG, July 7 (Xinhua) -- A total of 183 global teams will compete for right to design Xiongan New Area, after north China's Hebei Province invited international bids in late June.

As of the July 3 deadline, 103 overseas and 176 Chinese design companies and organizations had signed up. They constitute 183 design teams, according to Xiongan New Area management committee.

Some 12 design teams will be selected to proceed to the next round of onsite consulting with local government officials and experts, before they submit a design plan on August 20.

According to China Association of City Planning, international design consultation is a common practice, with many global cities and China's Shenzhen Economic Zone and Pudong New Area all having invited global bidders.

In April, China announced plans to establish Xiongan New Area 100 kilometers south of Beijing. It will cover Hebei's Xiongxian, Rongcheng, and Anxin counties.

Omg can't wait to see the designs. As per xi instructions it will be a green modern city.
 
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New type of permeable concrete to address urban flooding

2017-07-11 16:25

chinadaily.com.cn Editor: Feng Shuang

China Railway Construction Corporation has launched a new type of permeable concrete in a bid to address urban flooding, Shanghai-based thepaper.cn reported.

The public often joke about the "free sea view" in summertime, as the roads are always covered in puddles from the rain.

The official micro-blog of CRCC released a video showing how the water is absorbed by the new type of concrete on Monday. A worker turned the half-full bottle of water upside down on the floor, with tissues on either side. When the water spills out of the bottle, the tissues remain dry, as if the water has been absorbed by a sponge. The pavement is made of permeable concrete, through which the water flows into underground specialized pipes and storage tanks.

Permeable concrete, also called porous concrete, is a kind of lightweight concrete made of aggregate, cement, reinforcing agent and water. Compared with the traditional impervious road surface, it allows water to pass through, reducing the large amount of rainwater pooling on the road surface during heavy downpours.

To reduce the "sea view", China has initiated the sponge city strategy. The State Council issued the Guiding Opinions on Advancing the Construction of Sponge Cities in October 2015.

In sponge city, architecture, roads and the river system will soak up rainwater and storm water runoff will be accumulated, filtered and purified. Promotion of the construction of sponge city could repair the urban water ecology and prevent flash flooding.

For the first time, China has identified the development goals of sponge cities. Seventy percent of rainwater will be absorbed and utilized through the construction of sponge city. By 2020, more than 20 percent of the urban area will meet the requirements of sponge city construction. By 2030, that number will hit 80 percent. This year, "sponge city construction" was also written into the premier's government work report for the first time.

The central government grants special funds for the construction of sponge cities. In 2015, China began to carry out sponge city pilot construction in 16 cities. In 2016, another 14 cities will be in the sponge city pilot area funded by the central government.

http://www.ecns.cn/2017/07-11/264957.shtml
 
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Five city clusters planned to help boost balanced growth
By XIN ZHIMING and REN XIAOJIN | China Daily | Updated: 2017-07-12 06:21

Five plans for this year include south and northwest

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The National Development and Reform Commission said on Tuesday that by the year's end, it will finish compiling a plan on the development of five interregional city clusters, which analysts said will boost regional economies and contribute to China's balanced development.

They include the Guangdong-Hong Kong-Macao Greater Bay Area and the Western Taiwan Straits Economic Zone, which covers Fujian province and some neighboring areas.

They also include the Guanzhong Plain urban cluster, including major cities in Shaanxi province; the Lanzhou-Xining cluster in Gansu and Qinghai provinces; and the Hohhot-Baotou-Erdos-Yulin cluster in the Inner Mongolia autonomous region and Shaanxi province, the NDRC said on its website.

"The plan will help those regions achieve a more healthy, green and sustainable development," said Shen Chi, deputy director of the NDRC's China Center for Urban Development.

China will continue to compile such plans to boost regional development, Shen said, and could finish plans for a total of 19 city clusters by 2020. Last year, China compiled a development plan for six city clusters, with eight to be done in the coming two years.

Those clusters already have relatively mature economies, and by compiling such a plan, Shen said, policymakers can better coordinate their development. "The plan has been compiled on the basis of catering to the respective development potentials, environmental sustainability and economic conditions of those regions," he said.

Guangdong province, for example, has an advantage in manufacturing while Hong Kong has strength in education and corporate research and development capabilities; their coordination can accelerate the development of the whole Greater Bay Area, said Zheng Xinli, vice-chairman of the China Center for International Economic Exchanges.

While providing manufacturing bases and a vast market, the Western Taiwan Straits Economic Zone can benefit from Taiwan's strength in high-tech industries, such as electronics, said Zheng. "The two sides can cooperate to become a leader in the global electronics market."

Zheng said the three city clusters in the northwestern and northern regions can help stimulate the less developed local economies and contribute to the country's balanced economic growth. "They will promote the local job market, help build new industries, and reduce poverty."

Zheng suggested that in developing those regions, the power of the market should be fully used, and the government can provide policy support to ensure the market plays a decisive role in resource distribution.

"The government can sort out projects with good chances of returns in those regions to invite social investors, including foreign investors," he said.
 
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China plans to turn the Guangdong-Hong Kong-Macau greater bay area into the world’s largest bay area in terms of GDP by 2030. This would mean surpassing Tokyo, New York and the San Francisco bay area economies.

In 2016 combined regional GDP of the greater Guandong-Hong Kong and Macao bay area was 9.35 trillion yuan (US$1.38 trillion). China’s overall 2016 GDP of the Chinese mainland at 74.41 trillion yuan last year (about US$12 trillion).

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The average GDP (107,011 RMB) in 2015 was 2.2 times higher than China’s national average (49,992 RMB). Shenzhen’s per capita GDP with around 26,000 USD$ in 2015 was the highest among all mainland Chinese cities.

Shenzhen holds rank #3 and Hong Kong rank #5, followed by Guangzhou on rank #7 of the world’s busiest container harbors (2016).
Hong Kong ranks #6 and Shenzhen #8 of the world’s biggest stock-exchanges by market capitalization.

The South China Morning Post notes that Hong Kong’s special status (for the next 30 years) poses challenges for the integration plans. A few months ago, Guangdong development and reform director He Ningka called for a “national-level coordination mechanism” to ensure collaboration in the region.

Professor Lin Jiang of Sun Yat-sen University said he was not optimistic about the prospects for integration Hong Kong and Macau with the other nine Pearl River Delta cities, after observing various cross-border integration talks over the years.

Full integration is scheduled for Hong Kong by 2047 and in Macau by 2049. There will need to be interim frameworks in the meantime.

China wants to increase Guandong-Hong Kong and Macao regional GDP to $4.62 trillion by 2030, surpassing Tokyo, New York and San Francisco bay areas to become the world No 1, Zhang said.

Tokyo has over US$1.8 trillion in GDP.
New York has about US$1.7 trillion in GDP.
SF Bay Area has about 800-900 billion in GDP.

Soon to be completed Infrastructure

The Guangzhou-Hong Kong Express Rail Link is expected to be open for traffic in 2018. It will cut the travel time from Hong Kong to Guangzhou from two hours to only 48 minutes. Trains will leave from Hong Kong every 15 minutes.

The Hong Kong-Zhuhai-Macao bridge will let people drive to Macau from the western part of the Pearl River Delta.

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The Pearl River Delta has more than 60 million inhabitants, which is comparable to the population of the United Kingdom. The population of Guangdong province, where the Bay Area is located, together with that of Hong Kong and Macau counts more than 110 million people. By the way of illustration the German-speaking population in Europe has roughly the same number

The plan includes major infrastructure projects, important development platforms, and major economic and trade conditions that would have to follow the area.

By 2030, the area is expected to have the highest GDP among all bay regions worldwide, and become an advanced manufacturing center, as well as an important global hub of innovation, finance, shipping and trade,

The idea of creating a bay area was raised as early as 2009 in a research report for coordinated development of the city cluster in the greater Pearl River Delta region, total released by local governments of the three regions.

In 2015, building the Guangdong-Hong Kong-Macao greater bay area was included in a report on vision and actions toenter build the Belt and Road Initiative.

The area’s development entered a fast track this year after the annual government work report made it clear that China will draw up a plan for the greater bay area.

https://www.nextbigfuture.com/2017/...-be-tightly-integrated-and-surpass-tokyo.html
 
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The comparison isn't even valid. The other 3 are just metropolitan areas; 1 major city with surrounding towns and counties while the Pearl River Delta is the combination of 11 cities.

If we want to compare, use the following areas which also include other nearby American cities.

https://en.wikipedia.org/wiki/Northeast_megalopolis
https://en.wikipedia.org/wiki/Great_Lakes_Megalopolis

So what is the limit? Can we put England as a megalopolis area? Japan's Kanto-Chubu-Kansai region? The comparison then looks silly like a list like this.

https://en.wikipedia.org/wiki/Megalopolis

It includes:

https://en.wikipedia.org/wiki/Java
https://en.wikipedia.org/wiki/Blue_Banana




NYC metropolitan area has around 24 million people. 8.6 million refers to NYC proper.

China wants to increase Guandong-Hong Kong and Macao regional GDP to $4.62 trillion by 2030, surpassing Tokyo, New York and San Francisco bay areas to become the world No 1, Zhang said.

The entire Guangdong province with 109 million only has a GDP of $1.2 trillion in 2016 and he wants to triple it within less than 15 years? For the bay area with 66 million people to reach $4.62 trillion, it must have a GDP per capita of around $70K by 2030. Is it possible? Even HK, the most developed major city in the region, only has a GDP per capita of $43K.
 
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The comparison isn't even valid. The other 3 are just metropolitan areas; 1 major city with surrounding towns and counties while the Pearl River Delta is the combination of 11 cities.

If we want to compare, use the following areas which also include other nearby American cities.

https://en.wikipedia.org/wiki/Northeast_megalopolis
https://en.wikipedia.org/wiki/Great_Lakes_Megalopolis

So what is the limit? Can we put England as a megalopolis area? Japan's Kanto-Chubu-Kansai region? The comparison then looks silly like a list like this.

https://en.wikipedia.org/wiki/Megalopolis

It includes:

https://en.wikipedia.org/wiki/Java
https://en.wikipedia.org/wiki/Blue_Banana





NYC metropolitan area has around 24 million people. 8.6 million refers to NYC proper.



The entire Guangdong province with 109 million only has a GDP of $1.2 trillion in 2016 and he wants to triple it within less than 15 years? For the bay area with 66 million people to reach $4.62 trillion, it must have a GDP per capita of around $70K by 2030. Is it possible? Even HK, the most developed major city in the region, only has a GDP per capita of $43K.

This bay area is like a job and money magnet.
 
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Public Release: 21-Jul-2017
The way of change is important!
This research article by Dr. Zhang Qibin et al. has been published in The Open Civil Engineering Journal, Volume 11, 2017

Bentham Science Publishers

As we all know, developing the field of Green Building (GB) is one of the most effective measures to save energy and reduce carbon emissions in the world. How to promote the development of green building has puzzled plenty of scholars so far. However, a new research mind has to emerge in our minds from recent research article "The Relationship Between Green Building and Regional Economy: A Case Study in Guangdong, China", published in The Open Civil Engineering Journal. This paper has been studied and written by three scholars from Civil Engineering of North China University of Technology, for about two years. It is a landmark work to promote GB development and open up a new research angle of view in the previous studies of GB in the world. The article has analyzed driving factors and contributions in detail through the analysis for relationship between regional economy and green building. Based on the system dynamic (SD) theory, this paper constructs the structure model of the stock flow diagram, including the regional economic subsystem, social subsystem, government support subsystem and green building subsystem. Among the model, Guangdong province, as the most prosperous province of economic development with the largest numbers of certified green buildings in China, has been chosen to show the influence level of their relationship. Via simulation, results can be easily shown that development of GB can make contributions to the field of local economy, however, also be limited by the regional condition, including policy incentive, regional economic, technological, etc. Additionally, direct or indirect contributions can also be found quantitatively and qualitatively in this study, like employment opportunities, economic contributions and so on.

To develop green building vigorously, we are looking forward to further research in this field by subsequent scholars.

###​

For more information about the article, please visit https://benthamopen.com/FULLTEXT/TOCIEJ-11-216

Qibin Z et al (2017). The Relationship Between Green Building and Regional Economy: A Case Study in Guangdong, China, The Open Civil Engineering Journal , DOI: 10.2174/1874149501711010216



The way of change is important! | EurekAlert! Science News
 
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Industrial “edge cities” have helped China grow

Study: Commercial parks have boosted growth, created new urban centers.

Peter Dizikes | MIT News Office
August 17, 2017

China’s massive investment in industrial parks has paid economic dividends while reshaping the urban areas where they are located, according to a newly published study co-authored by an MIT expert on urban economics.

The study finds the creation of industrial parks does not just add to growth within the areas designated for manufacturing; it significantly increases economic production and consumption of many kinds for more than a mile in all directions from the boundaries of industrial parks.

Indeed, as the research shows, productivity, wages, employment, home sales, and retail activities all increased, even beyond the boundaries of the planned industrial parks. This carryover was striking enough that the study’s researchers say the industrial parks created “edge cities,” places that generate their own hubs of diverse economic activity and residential life.

“This kind of place-based policy can produce significant gains,” says Siqi Zheng, an associate professor in MIT’s Department of Urban Studies and Planning (DUSP) and Center for Real Estate (CRE), and co-author of a new paper detailing the findings.

The results speak to questions about the value of place-based industrial policy, while also providing valuable new data about economic spillover effects — the extent to which the presence of industries creates additional economic activity.

Indeed, as the new paper states, the typical industrial park “creates a spatially concentrated increase in local market potential as well-paid workers who seek nearby housing and retail opportunities.” For this reason, the researchers conclude, “The new parks lead to sharp improvements in worker quality of life.” Notably, the presence of significant new home construction around these “edge cities” reduces commute times, among other benefits.

The paper, “The birth of edge cities in China: Measuring the effects of industrial parks policy,” appears in the Journal of Urban Economics. The authors are Zheng, who is the Samuel Tak Lee Associate Professor of Real Estate Development and Entrepreneurship in DUSP; Weizeng Sun of the Institute for Economic and Social Research at Jinan University in China; Jianfeng Wu of the School of Economics and China Center for Economic Studies at Fudan University in China; and Matthew E. Kahn, a professor of economics at the University of Southern California.

The study examines the effects of 110 industrial parks near eight cities in China: Beijing, Shanghai, Shenzhen, Tianjin, Dalian, Wuhan, Xi’an, and Chengdu. That encompasses almost 10 percent of all industrial parks in the country. The researchers drew on several kinds of economic data to conduct the study, including plant-level data from the National Bureau of Statistics of China, and extensive data on local consumption. Most of the parks were built over the last quarter-century, and the study focuses on effects during the period from 1998 to 2007.

While building the industrial parks themselves clearly jump-started a considerable amount of economic activity, the spillover to the surrounding areas was also notable in multiple respects.

The researchers measured the areas two kilometers (1.2 miles) outside the industrial park zones and found that on average, in these neighboring places, employment increased 41 percent, total factor productivity increased 8 percent, and wages increased 3 percent.

“We found a multiplier effect,” Zheng says.

To be sure, that was not a universal outcome for all 110 industrial parks in the study. The researchers found that for about 70 percent of the industrial parks they examined, there was also an increase throughout the surrounding area in productivity, or, the ability of firms to create goods efficiently.

As the research showed, those increases have a lot to do with human capital investment: A 10 percentage-point increase in the number of industrial park workers with college degrees corresponds to a 26 percent increase in the total factor productivity of incumbent firms located near the parks. The underlying reason, it seems, has to do with the synergies at work in the successful industrial park areas. In places where the industries in the newly created parks had clearly defined connections with existing firms — such as a relationship between a supplier and manufacturer — more positive outcomes resulted.

But in places lacking these kinds of synergies, the industrial parks did not fare so well.

“One size does not fit all,” Zheng observes, noting the “heterogeneous effects” of the Chinese industrial parks in the study.

As the researchers note, the question of how broadly the results could inform policy around the globe remains open. The study’s results on spillover effects provide data that could be relevant to a wide range of economic conditions. In essence, industrial parks, among other things, solve what Zheng terms “a land assembly problem and a cross-firm coordination problem” and let firms “cluster together in a timely fashion” outside cities.

“Apparently, China’s unique political system grants city mayors with powers that far exceed their Western counterparts,” Zheng says. “They can easily convert agricultural land at the edge of cities into urban use, and allocate a large parcel of land to build an industrial park and engage in land assembly in a very efficient way. On the downside, if city leaders made a wrong decision, it would cause resource misallocation.”

The study was conducted with backing from the University of California at Los Angeles Ziman Center for Real Estate, the National Science Foundation of China, and Fudan University.


Industrial “edge cities” have helped China grow | MIT News

Reference:
Siqi Zheng, Weizeng Sun, Jianfeng Wu, Matthew E.Kahn. The birth of edge cities in China: Measuring the effects of industrial parks policy. Journal of Urban Economics (2017). DOI: 10.1016/j.jue.2017.05.002

Abstract
China's government has spent hundreds of billions of dollars to invest in new industrial parks with the intent of boosting the economic growth, by attracting new firms into the parks and also generating spillovers for the local economy. Do such place-based investments in capital raise urban productivity or is this another case of the powerful state misallocating capital in China? This paper measures the localized spillover effects of 110 parks built in eight major cities on firm productivity, wages, and local manufacturing employment growth. We find that the geographic spillover effect of parks is an increasing function of the park's overall human capital level, the FDI share, and its “synergy” with nearby incumbent firms (measured by Marshallian factors). Using geo-coded data, we document that the growth in local employment and wages stimulates nearby local housing construction and retail store openings. The rise of a new production sub-center causes the emergence of a suburban “consumer city”.
https://doi.org/10.1016/j.jue.2017.05.002
 
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Beijing unseats Silicon Valley to become world's top tech hub

TECH & SCI
location.png
12km to Beijing

2017-11-07 11:26 GMT+8

Beijing.jpg


Beijing's Zhongguancun has unseated San Francisco's Silicon Valley as the world's top technology hub, according to a report by Expert Market, a US-based business resource company.

The Zhongguancun tech community has become the top destination for the brightest tech talents around the world, due to its favorable climate for early-stage funding, good performance in startup output and the city's affordable cost of living, according to the report.

Silicon Valley road sign.jpg

Beijing unseats Silicon Valley to become the world's top tech hub. /Photo via CGTN America

About 10 data points were used to determine the rankings, including the average salaries for software engineers, how long it takes to get a business up and running, cost of living and monthly rent prices, growth index and startup output, said Forbes, citing the methodology of the report.

San Francisco, where Silicon Valley is located, took the third spot after Berlin. Shanghai grabbed sixth place as a new entrant on this year's list, with high growth index, relatively low monthly rent and good startup experience.

The report shows how fast-moving and internationally competitive the tech industry is. Although Silicon Valley still excels in a number of key areas, international competitors have overtaken the original tech hub city, especially when it comes to attracting the brightest new tech talents, said Jared Kelher, editor of Export Market.

Beijing's massive market, fast consumer adoption rate, rapid business development timelines and appetite for innovation contributed to the city's unique advantages.

Tian Anmen Square (Photo via Baidu Image).jpg

Tian Anmen Square (Photo via Baidu Image)

The government's injection of 1.5 billion US dollars in 2016 to renovate Zhongguancun, home to world's leading tech companies such as Xiaomi, Google and Intel, also added scores for the city, according to Recode.

The Chinese government's efforts in tech innovation and the achievements of Chinese companies such as Alibaba and Tencent are the reasons for the country's capital to top the list, according to Sophia Patsikas, lead researcher at Expert Market.

Zhongguancun Science Park's administrative committee released an industrial incubation plan to improve its innovation ability in artificial intelligence (AI) industry early this month and it indicated that Zhongguancun is expected to form an AI supergroup that will encourage international competitiveness by 2020.

Beijing map - AutoNavi.png


Source(s): China Daily

https://news.cgtn.com/news/7845544e34597a6333566d54/share_p.html
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I have heard in silicon valley's cities at night, it is as dangerous as other notorious american cites....
 
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Beijing unseats Silicon Valley to become world's top tech hub

TECH & SCI
location.png
12km to Beijing

2017-11-07 11:26 GMT+8

View attachment 435456

Beijing's Zhongguancun has unseated San Francisco's Silicon Valley as the world's top technology hub, according to a report by Expert Market, a US-based business resource company.

The Zhongguancun tech community has become the top destination for the brightest tech talents around the world, due to its favorable climate for early-stage funding, good performance in startup output and the city's affordable cost of living, according to the report.

View attachment 435457
Beijing unseats Silicon Valley to become the world's top tech hub. /Photo via CGTN America

About 10 data points were used to determine the rankings, including the average salaries for software engineers, how long it takes to get a business up and running, cost of living and monthly rent prices, growth index and startup output, said Forbes, citing the methodology of the report.

San Francisco, where Silicon Valley is located, took the third spot after Berlin. Shanghai grabbed sixth place as a new entrant on this year's list, with high growth index, relatively low monthly rent and good startup experience.

The report shows how fast-moving and internationally competitive the tech industry is. Although Silicon Valley still excels in a number of key areas, international competitors have overtaken the original tech hub city, especially when it comes to attracting the brightest new tech talents, said Jared Kelher, editor of Export Market.

Beijing's massive market, fast consumer adoption rate, rapid business development timelines and appetite for innovation contributed to the city's unique advantages.

View attachment 435472
Tian Anmen Square (Photo via Baidu Image)

The government's injection of 1.5 billion US dollars in 2016 to renovate Zhongguancun, home to world's leading tech companies such as Xiaomi, Google and Intel, also added scores for the city, according to Recode.

The Chinese government's efforts in tech innovation and the achievements of Chinese companies such as Alibaba and Tencent are the reasons for the country's capital to top the list, according to Sophia Patsikas, lead researcher at Expert Market.

Zhongguancun Science Park's administrative committee released an industrial incubation plan to improve its innovation ability in artificial intelligence (AI) industry early this month and it indicated that Zhongguancun is expected to form an AI supergroup that will encourage international competitiveness by 2020.

View attachment 435460

Source(s): China Daily

https://news.cgtn.com/news/7845544e34597a6333566d54/share_p.html
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Trust me this is bull shit.

Americans like to hype possible adversaries to stir their government and people.

Silicon Valley leads the world still in many areas.

This is specially true for software, AI, AI chips, etc.

This is why almost every major Chinese company is opening R&D centers in Silicon Valley, like Baidu (which has 2 there), Alibaba, Didi etc.
 
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Xiongan New Area to be built as AI city
Source: Xinhua| 2017-11-08 22:20:14|Editor: Liangyu


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SHIJIAZHUANG, Nov. 8 (Xinhua) -- Xiongan New Area, a new economic zone to be built southwest of Beijing, has teamed up with e-commerce giant Alibaba to build itself into a smart city.

The Xiongan New Area management committee and Alibaba signed a strategic cooperation agreement here Wednesday to jointly build "a city brain" run by artificial intelligence for Xiongan.

The smart city will have "cloud computing" as its most important infrastructure and the Internet of Things will serve its nerves system.

The two sides aim to build Xiongan into a digital city and global icon in the application of "the Internet of Things" technology.

The Internet of Things and big data processing technology will be used to help plan and manage the city's consumption, production and supply chains, creating secure digital logistics system for the city.

The "city brain" is expected to provide better solutions for the city's transport, energy and water supply.

Also on Wednesday, Alibaba announced the registration in Xiongan of three subsidiary companies, to provide technological, financial and logistics services, respectively.

China announced plans in April to establish Xiongan New Area, a new economic zone about 100 kilometers southwest of Beijing. It covers Xiongxian, Rongcheng and Anxin counties in Hebei Province.

http://news.xinhuanet.com/english/2017-11/08/c_136737900.htm
 
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China is trying to turn itself into a country of 19 super-regions
The planned city clusters are far larger than any others around the world
Jun 21st 2018| KUNSHAN

CHINA’S urbanisation is a marvel. The population of its cities has quintupled over the past 40 years, reaching 813m. By 2030 roughly one in five of the world’s city-dwellers will be Chinese. But this mushrooming is not without its flaws. Rules restricting migrants’ access to public services mean that some 250m people living in cities are second-class citizens (see chart), who could in theory be sent back to their home districts. That, in turn, has crimped the growth of China’s cities, which would otherwise be even bigger.

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Restraining pell-mell urbanisation may sound like a good thing, but it worries the government’s economists, since bigger cities are associated with higher productivity and faster economic growth. Hence a new plan to remake the country’s map. The idea is to foster the rise of mammoth urban clusters, anchored around giant hubs and containing dozens of smaller, but by no means small, nearby cities. The plan calls for 19 clusters in all, which would account for nine-tenths of economic activity (see map). China would, in effect, condense into a country of super-regions. Three are already well on track: the Pearl River Delta, next to Hong Kong; the Yangtze River Delta, which surrounds Shanghai; and Jingjinji, centred on Beijing.

For some urban planners, the strategy is beguiling. They see the clusters as engines for growth that could transform China into a wealthy, innovative powerhouse. But others think it is a trap—a government-driven exercise in development that will lead to gridlock and waste.

Hu Qiuping, a safety manager for a chemicals company, is in the urban vanguard. She lives in Wuxi, a city of 6m about 150km west of Shanghai. A trip between the two used to take a couple of hours. Today the bullet train takes just 29 minutes. Every Monday and Friday she works in Wuxi, inspecting the chemicals factory. From Tuesday to Thursday she travels to the firm’s headquarters in Shanghai. She could have based herself in either city, but living costs were much lower in Wuxi. At first she wondered whether her commute was unusual. It was not. “I see familiar faces on the train every day,” she says.

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For those in bedroom communities near London or Manhattan, Ms Hu’s train rides probably sound familiar. But three features make China’s super-regions exceptional. The first is scale. The biggest existing city cluster in the world is greater Tokyo, home to some 40m people. When it is fully connected the Yangtze delta, where Ms Hu is based, will be almost four times as big, with 150m people. The average population of the five biggest clusters that China hopes to develop is 110m. Part of the reason is that the physical area of most of the Chinese clusters will also be bigger. The most prosperous, the Pearl delta, is expected to cover 42,000 square kilometres, about the same as the Netherlands.

Given that spread, it might seem nonsensical to talk of the clusters as unified entities. But the second point is the speed of transport links, notably the bullet trains between cities. This expands the viable area of China’s clusters. The Jingjinji region around Beijing has five high-speed train lines today. By 2020 there should be 12 more intercity lines, and another nine by 2030. Towns that are woven into the networks can see their fortunes change almost overnight. Plans for a new intercity train to Haining, a smaller city in the Yangtze River Delta, partly explain a doubling of house prices there. “The way that we measure distances has changed from space to time,” says Ren Yongsheng of Vantown, a property developer in Haining.

The third difference is the top-down nature of the clusters. China is far from alone in wanting to knot cities together. “Cluster policy” has been in vogue in urban planning for years, with governments trying to devise the right mix of infrastructure and incentives to conjure up the next Silicon Valley, or something like it. But China has intervened more heavily than most. To encourage people to disperse throughout clusters, it has raised the barriers to obtaining a hukou, or official residency permit, in the wealthiest cities and lowered them in smaller ones nearby. Whereas Shanghai is picky about granting permits to migrants, Nanjing, to its west, has flung its doors open to university graduates. As construction gets under way in Xiong’an, a new city designed to relieve pressure on Beijing, efforts to push people out of the capital could become more aggressive. The scenes of police forcing thousands of migrant workers to leave Beijing last winter might prove to have been a preview.

The concept of city clusters is grounded in the theory of agglomeration benefits, which holds that the bigger the city, the more productive it is. A large, integrated labour market makes it easier for employers to find the right people for the right jobs. As companies gather together, specialised supply chains can take shape. Knowledge also spreads more easily. In advanced countries, the doubling of a city’s population can increase productivity by 2-5%, according to the Organisation for Economic Co-operation and Development, a club mostly of rich countries. Studies have found that the potential gains in China are even bigger, perhaps because of its cities’ surprising lack of density. Take Guangzhou, one of China’s more crowded cities. If it had the same density as Seoul, it could house an additional 4.2m people on its existing land, according to the World Bank.

But China’s government has long resisted the emergence of true megacities. It aims to prevent the population of its two biggest cities, Beijing and Shanghai, from exceeding 23m and 25m, respectively, in 2035—little bigger than they are today. City clusters are a workaround. In the jargon of urban planners, they represent “borrowed size”: cities can, in principle, have the benefits of agglomeration with fewer of the downsides such as congestion. Alain Bertaud of New York University says that, if integrated well, China’s city clusters could, thanks to their size, achieve levels of productivity never seen in other countries. He says it would be comparable to the differences between England and the rest of the world during the Industrial Revolution.

This vision of hyper-productive Chinese clusters is a pipe dream for now. The government first mentioned city clusters as a development strategy in 2006. It was not until 2016 that it elaborated the concept. Of its 19 identified clusters, just a few have published detailed plans so far. The gap between talk and policy remains vast. Officials have called for more region-wide governance, a welcome change from the municipal turf battles that have bedevilled China. In January the Yangtze River Delta area established an office for regional co-ordination, the first of its kind. But it is a bureaucratic minnow, with little more than a dozen employees. Stefan Rau of the Asian Development Bank says it is essential that regional offices have power over budgets if they are to play a useful role.

Lustrous clusters

Evidence about economic gains from clustering in China is promising, if limited. Counties enjoy a 6% boost in productivity from being tied into the Yangtze super-region, according to an article published last year in the Journal of the Asia Pacific Economy. But the researchers found few such gains in other regions. That might be because they looked at old data. A more recent study, published in April by the National Bureau of Economic Research in America, supported the idea of big knowledge spillovers in super-regions. When cities were connected by high-speed rail, the quantity and quality of academic papers by local researchers increased by nearly a third, according to the authors.

Sceptics, however, note that the most successful clusters tend not to be creations of the government. As China’s economy has modernised, the tendency towards concentration has been irresistible, especially in coastal areas. Some towns have specialised in electronics, others in the clothing industry and so on. There has also been much more migration to the coast than to other regions. It is the clusters that have coalesced naturally, especially the deltas of the Pearl and Yangtze rivers, that have the brightest prospects.

Beyond these coastal conurbations, the outlook is dimmer. Several of the 19 designated clusters seem fanciful. An economic zone linking Nanning, a poor provincial capital, to Haikou, a port on Hainan island, some 500km and a ferry crossing away, is unlikely to amount to much. The proposed cluster in the middle reaches of the Yangtze, a territory larger than Poland, is too expansive to make sense. Even within promising areas, government plans can be counter-productive. Beijing could benefit from shifting some of its universities and businesses to other cities in the Jingjinji region. But Xi Jinping, the president, has decided that an entirely new city, Xiong’an, should be created, some 100km away. A similar development closer to Beijing would have a better shot at success.

The main concern for those trying to lead productive lives across the vast super-regions is more mundane: how easy it is to get from A to B. The government classifies clusters as “one-hour economic zones” or “two-hour economic zones”, depending on the time it takes to cross the cluster by high-speed rail. But it often takes longer to get to train stations within cities than to travel by train between cities. Ding Shu works in Shanghai and lives in Kunshan, a satellite town linked to Shanghai by a subway. Factoring in her bus ride to the subway, security checks to enter the station, walking time and waiting time, she spends about four hours a day commuting. She says she is thinking about looking for a job closer to home. New rail lines to Shanghai might eventually help. But for now, Ms Ding sees herself as a victim of urban sprawl, not the denizen of a seamless city cluster.

This article appeared in the China section of the print edition under the headline "A tale of 19 mega-cities"



China is trying to turn itself into a country of 19 super-regions - A tale of 19 mega-cities | The Economist
 
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China is trying to turn itself into a country of 19 super-regions
The planned city clusters are far larger than any others around the world
Jun 21st 2018| KUNSHAN

CHINA’S urbanisation is a marvel. The population of its cities has quintupled over the past 40 years, reaching 813m. By 2030 roughly one in five of the world’s city-dwellers will be Chinese. But this mushrooming is not without its flaws. Rules restricting migrants’ access to public services mean that some 250m people living in cities are second-class citizens (see chart), who could in theory be sent back to their home districts. That, in turn, has crimped the growth of China’s cities, which would otherwise be even bigger.

20180623_CNC707_0.png

Restraining pell-mell urbanisation may sound like a good thing, but it worries the government’s economists, since bigger cities are associated with higher productivity and faster economic growth. Hence a new plan to remake the country’s map. The idea is to foster the rise of mammoth urban clusters, anchored around giant hubs and containing dozens of smaller, but by no means small, nearby cities. The plan calls for 19 clusters in all, which would account for nine-tenths of economic activity (see map). China would, in effect, condense into a country of super-regions. Three are already well on track: the Pearl River Delta, next to Hong Kong; the Yangtze River Delta, which surrounds Shanghai; and Jingjinji, centred on Beijing.

For some urban planners, the strategy is beguiling. They see the clusters as engines for growth that could transform China into a wealthy, innovative powerhouse. But others think it is a trap—a government-driven exercise in development that will lead to gridlock and waste.

Hu Qiuping, a safety manager for a chemicals company, is in the urban vanguard. She lives in Wuxi, a city of 6m about 150km west of Shanghai. A trip between the two used to take a couple of hours. Today the bullet train takes just 29 minutes. Every Monday and Friday she works in Wuxi, inspecting the chemicals factory. From Tuesday to Thursday she travels to the firm’s headquarters in Shanghai. She could have based herself in either city, but living costs were much lower in Wuxi. At first she wondered whether her commute was unusual. It was not. “I see familiar faces on the train every day,” she says.

20180623_CNM925_0.png

For those in bedroom communities near London or Manhattan, Ms Hu’s train rides probably sound familiar. But three features make China’s super-regions exceptional. The first is scale. The biggest existing city cluster in the world is greater Tokyo, home to some 40m people. When it is fully connected the Yangtze delta, where Ms Hu is based, will be almost four times as big, with 150m people. The average population of the five biggest clusters that China hopes to develop is 110m. Part of the reason is that the physical area of most of the Chinese clusters will also be bigger. The most prosperous, the Pearl delta, is expected to cover 42,000 square kilometres, about the same as the Netherlands.

Given that spread, it might seem nonsensical to talk of the clusters as unified entities. But the second point is the speed of transport links, notably the bullet trains between cities. This expands the viable area of China’s clusters. The Jingjinji region around Beijing has five high-speed train lines today. By 2020 there should be 12 more intercity lines, and another nine by 2030. Towns that are woven into the networks can see their fortunes change almost overnight. Plans for a new intercity train to Haining, a smaller city in the Yangtze River Delta, partly explain a doubling of house prices there. “The way that we measure distances has changed from space to time,” says Ren Yongsheng of Vantown, a property developer in Haining.

The third difference is the top-down nature of the clusters. China is far from alone in wanting to knot cities together. “Cluster policy” has been in vogue in urban planning for years, with governments trying to devise the right mix of infrastructure and incentives to conjure up the next Silicon Valley, or something like it. But China has intervened more heavily than most. To encourage people to disperse throughout clusters, it has raised the barriers to obtaining a hukou, or official residency permit, in the wealthiest cities and lowered them in smaller ones nearby. Whereas Shanghai is picky about granting permits to migrants, Nanjing, to its west, has flung its doors open to university graduates. As construction gets under way in Xiong’an, a new city designed to relieve pressure on Beijing, efforts to push people out of the capital could become more aggressive. The scenes of police forcing thousands of migrant workers to leave Beijing last winter might prove to have been a preview.

The concept of city clusters is grounded in the theory of agglomeration benefits, which holds that the bigger the city, the more productive it is. A large, integrated labour market makes it easier for employers to find the right people for the right jobs. As companies gather together, specialised supply chains can take shape. Knowledge also spreads more easily. In advanced countries, the doubling of a city’s population can increase productivity by 2-5%, according to the Organisation for Economic Co-operation and Development, a club mostly of rich countries. Studies have found that the potential gains in China are even bigger, perhaps because of its cities’ surprising lack of density. Take Guangzhou, one of China’s more crowded cities. If it had the same density as Seoul, it could house an additional 4.2m people on its existing land, according to the World Bank.

But China’s government has long resisted the emergence of true megacities. It aims to prevent the population of its two biggest cities, Beijing and Shanghai, from exceeding 23m and 25m, respectively, in 2035—little bigger than they are today. City clusters are a workaround. In the jargon of urban planners, they represent “borrowed size”: cities can, in principle, have the benefits of agglomeration with fewer of the downsides such as congestion. Alain Bertaud of New York University says that, if integrated well, China’s city clusters could, thanks to their size, achieve levels of productivity never seen in other countries. He says it would be comparable to the differences between England and the rest of the world during the Industrial Revolution.

This vision of hyper-productive Chinese clusters is a pipe dream for now. The government first mentioned city clusters as a development strategy in 2006. It was not until 2016 that it elaborated the concept. Of its 19 identified clusters, just a few have published detailed plans so far. The gap between talk and policy remains vast. Officials have called for more region-wide governance, a welcome change from the municipal turf battles that have bedevilled China. In January the Yangtze River Delta area established an office for regional co-ordination, the first of its kind. But it is a bureaucratic minnow, with little more than a dozen employees. Stefan Rau of the Asian Development Bank says it is essential that regional offices have power over budgets if they are to play a useful role.

Lustrous clusters

Evidence about economic gains from clustering in China is promising, if limited. Counties enjoy a 6% boost in productivity from being tied into the Yangtze super-region, according to an article published last year in the Journal of the Asia Pacific Economy. But the researchers found few such gains in other regions. That might be because they looked at old data. A more recent study, published in April by the National Bureau of Economic Research in America, supported the idea of big knowledge spillovers in super-regions. When cities were connected by high-speed rail, the quantity and quality of academic papers by local researchers increased by nearly a third, according to the authors.

Sceptics, however, note that the most successful clusters tend not to be creations of the government. As China’s economy has modernised, the tendency towards concentration has been irresistible, especially in coastal areas. Some towns have specialised in electronics, others in the clothing industry and so on. There has also been much more migration to the coast than to other regions. It is the clusters that have coalesced naturally, especially the deltas of the Pearl and Yangtze rivers, that have the brightest prospects.

Beyond these coastal conurbations, the outlook is dimmer. Several of the 19 designated clusters seem fanciful. An economic zone linking Nanning, a poor provincial capital, to Haikou, a port on Hainan island, some 500km and a ferry crossing away, is unlikely to amount to much. The proposed cluster in the middle reaches of the Yangtze, a territory larger than Poland, is too expansive to make sense. Even within promising areas, government plans can be counter-productive. Beijing could benefit from shifting some of its universities and businesses to other cities in the Jingjinji region. But Xi Jinping, the president, has decided that an entirely new city, Xiong’an, should be created, some 100km away. A similar development closer to Beijing would have a better shot at success.

The main concern for those trying to lead productive lives across the vast super-regions is more mundane: how easy it is to get from A to B. The government classifies clusters as “one-hour economic zones” or “two-hour economic zones”, depending on the time it takes to cross the cluster by high-speed rail. But it often takes longer to get to train stations within cities than to travel by train between cities. Ding Shu works in Shanghai and lives in Kunshan, a satellite town linked to Shanghai by a subway. Factoring in her bus ride to the subway, security checks to enter the station, walking time and waiting time, she spends about four hours a day commuting. She says she is thinking about looking for a job closer to home. New rail lines to Shanghai might eventually help. But for now, Ms Ding sees herself as a victim of urban sprawl, not the denizen of a seamless city cluster.

This article appeared in the China section of the print edition under the headline "A tale of 19 mega-cities"



China is trying to turn itself into a country of 19 super-regions - A tale of 19 mega-cities | The Economist
I read this article from top down in my gadget, without knowing first what's the media that carries this reporting news, a kind of journalism work. At the end of my read, it comes out the carrier is the old familiar name, a publication controlled by the Rothschild family since long until today.

No wonder I have great difficulty to follow the narration, the seemingly much conflicting notions in the article. In short, is a super-region cluster beneficial in overall to the China's progress or not? Reading this piece, I will say that the answer inclines to say NO, the incurred costs exceed its benefits.

I'll leave this super-cities cluster behind, let us see as the developments and time go by...

However, I wanna put some reminders to all concerned readers to investigate back the ways The Economists forwards its standings upon those serious issues. For practical causes, I will limit the subject to two only. But feel free to investigate it in broader aspects.

First, what did The Economist say decades ago when China made known its plan to build The Gorges Dam in the Yangtze River, a mega project that affected a vast region and enormous numbers of population?

Second, what did or does the usual taglines this media carry about the Russian Federation and Vladimir Putin all these years until today?

Personally I won't buy into the lines of the Rothschild's mouthpiece, esp. for those substantial issues! It's merely a publication with its own agenda!! REUTERS, AP, AFP (all the three are controlled by Rothschild family too) and many other well-known names controlled by some particular tribal or -ism.
 
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