- Project plans
- Project activities
- Legislation and standards
- Industry context
Last edited 17 Dec 2018
The use of underground space, or rather its' lack of use in our cities fascinates us.
During the Industrial Revolution, humankind discovered how to excavate tunnels mechanically. Travelling through inhospitable mountain ranges with newly invented steam engines led to a transport infrastructure still in use today.
We can get it right but also horribly wrong. Many interventions below the surface were abandoned after the resources being excavated ran out.
Throughout the world, we can find disused salt mines, copper mines, steel mines and coal mines. It was either depletion of the resources that stopped the activity or the lower cost of production elsewhere.
Most recently we can see the Netherlands cutting its extraction of natural gas to zero due to the human-induced earthquakes. Many of these activities have been covered and are forgotten, trapped in time and underground space for posterity. Others are given a new lease of life as part of renewable energy systems.
 The underground is an undervalued and precious asset
It can be an asset in providing urban areas with additional space when surface space runs out. It can be a foe when forgotten interventions cause sinkholes in urban areas. It can add quality to the urban fabric if done right.
The most complicated and least understood aspect remains the fact that the subsurface, depending on the type of geology, delivers ecosystem services that are key to human survival.
This aspect causes the duality between exploitation and conservation. It means that neither a strategy of total exploitation nor total protection is going to lead to sustainable development of the subsurface. The balance between humanity and nature needs to be struck below the surface as much as above the surface.
 Exploring underground space
Our book is about the future of humanity and its survival. It's about exploring underground space the way we explore outer space. The rationale is the same; the difference is we don’t have to leave this planet to do it. And we can reap the benefits a lot sooner.
The past seven years have seen us travel the world and give presentations, host sessions, take part in workshops and provide training classes.
We felt there was a need to explore this topic in a book and make more people aware of the potentials of underground space.
We hope that urban planners, policy makers and decision makers will take to heart what we write. The future of our cities could well depend on planning the use of underground space in a comprehensive manner.
Only then can we be sure that use is made where possible, delivering the most significant contribution to our cities. At the same time, planning will allow to safeguard and protect valuable ecosystem services and avoid interventions.
 Harnessing the potential
It provides shelter, and the ability to create connections that bypass obstacles that we have created on the surface. As such, it allows for efficient, straight-line networks, minimising distance and maximising connectivity.
This article was originally published here by ICE on 30 July 2018. It was written by Han Admiraal and Antonia Cornaro.
 Related articles on Designing Buildings Wiki
Featured articles and news
BSRIA examines factors driving the industry.
Ensuring designs are developed, validated and can be effectively implemented.
The Homebuyer Survey most suitable for newer homes or simple properties.
Health and safety practices for body and mind.
28 leading bodies set out their vision for the future.
Chancellor announces latest Winter Support packages.
Tapping technology to boost infrastructure and create jobs.
4 ways to ensure certificates are valid.
White elephant construction projects.
How Paul Williams bent over backwards to overcome racial barriers.
Organisation revises actions around dealing with COVID-19.
CIOB, NFCC, RIBA, RICS call for changes ahead of Building Safety Bill.
Developments in the Future Homes Standard.
An American chimney feature with a colourful past.