An aerial view of Panda shaped solar power station in Datong, China.
An aerial view of Panda shaped solar power station in Datong, China.

The expansion of China

In the following activity, you’ll be introduced to an example of a governing body investing in resilience. You’ll then investigate further and share your interpretation with your fellow learners.

From the beginning of the millennium, the Chinese government has invested heavily in roads and railways to help middle-class and affluent consumers get through and between major cities, leaving rural areas largely untouched.

In 2015, China invested $204bn in road construction and upgrades. The Chinese government’s current five-year plan, which runs through 2020, calls for at least 300,000 kilometres (and many billions of dollars) along with plans to complete nine separate north-south lines and 18 expressways running east to west. This ambitious effort includes seven additional routes that radiate from Beijing to China’s borders (Central Committee 2016).

These massive infrastructure projects kept citizens employed and helped China reach its $207bn investment goal to head off the traffic jams plaguing its major cities.

Experts see this massive effort as a high-speed attempt to close the gap between where China was in 2010 and where its leaders wish it to be in 10 years, taking big risks and investing heavily along the way.

The Chinese leadership expects that the roadways will play a critical role in transporting supplies and finished goods from factories to ports, and in helping make logistics more efficient.

An important question is whether the 10-year boom in new nationwide investment has brought high regard for resilience as a guiding standard.

To meet the growing urban demand of its largest cities and ensure that transport safety, reliability and quality of life are supported, China’s path to prosperity relies on more than just roads.

Further plans for 2019 include:

  • 5,400 more miles of superfast railway
  • 50 additional airports
  • 440 deep-water berths for ships

As a case in point, China is spending $27bn on an inland port in Wuhan (VanderMey 2013).

Gradually, as the coasts continue to modernise, basic manufacturing will move further inland. As eastern cities like Beijing and Shanghai rise up the value chain toward more sophisticated industries, China plans to shift more development (and freight) toward its relatively isolated western provinces.

By developing greater connectivity throughout the country, China hopes it will be better able to tap into the vast spending potential of its rising middle class. Domestic consumption, analysts say, is the key to the future of the Chinese economy.

The odd cloud on the horizon

World Bank investment in China’s projects continues largely unimpeded. But the institution will approve an undertaking only if they expect its broad benefits (the economic gains from reduced travel times, fewer accidents) which exceed costs by a large margin, leaving ample room for error.

Given the unprecedented expansion, China has to be concerned about recent risks, and their estimates of usage and cost need to be reconciled. If there is a significant discrepancy between net project costs and estimated user traffic, problems could arise.

Given these assumptions, a project becomes nonviable if costs overrun by more than 40%, traffic undershoots by 29% or some combination of the two. Of the 65 projects, China had underway at the end of 2017, nearly 55% fell into this category.


References

VanderMey, A. (2013) China’s new infrastructure [online]. available form https://fortune.com/2013/05/23/chinas-new-infrastructure/

Central Committee (2016) The 13TH Five Year Plan for Economic and Social Development of the People’s Republic of China (2016-2020) [online]. available from http://en.ndrc.gov.cn/newsrelease/201612/P020161207645765233498.pdf

Ansar, A., Flyvbjerg, B., Budzier, A., & Lunn, D. (2016) ‘Does Infrastructure Investment Lead to Economic Growth or Economic Fragility? Evidence from China’. Oxford Review of Economic Policy, 32(3), 360-390

Share this article:

This article is from the free online course:

Foundations in Resilience, Security and Emerging Technology

Coventry University