Abstract
The latest generation of timber products enable complete multi storey neighbourhoods to be built from sustainably sourced softwood.
This chapter explores how a large-scale transition to timber building in urban environments could contribute to solving the three major global crises we are currently facing with climate, natural resources, and health. If key external determinants are used to set the right preconditions, by 2030, the combined forestry and construction sectors in Europe could mitigate23 per cent of greenhouse gas emissions and provide sufficient timber to sustainably meet housing demand in Europe while contributing significantly to the well-being of urban citizens.
This chapter explores how a large-scale transition to timber building in urban environments could contribute to solving the three major global crises we are currently facing with climate, natural resources, and health. If key external determinants are used to set the right preconditions, by 2030, the combined forestry and construction sectors in Europe could mitigate23 per cent of greenhouse gas emissions and provide sufficient timber to sustainably meet housing demand in Europe while contributing significantly to the well-being of urban citizens.
| Original language | English |
|---|---|
| Title of host publication | Future Cities - City Futures |
| Subtitle of host publication | Emerging Urban Perspectives |
| Editors | Christian Veddeler, Joran Kuijper, Michal Gath Morad, Iris van der Wal |
| Place of Publication | Delft |
| Publisher | TU Delft OPEN |
| Chapter | 24 |
| Pages | 318-331 |
| Number of pages | 14 |
| ISBN (Print) | 9789463666428 |
| Publication status | Published - 2023 |
Keywords
- mass timber
- biobased building
- climate
- circularity
- health and well-being