Perceptions of construction stakeholders constraining the development of multi-storey wood buildings

Engineered wood products have emerged as a sustainable alternative to conventional materials in multi-storey buildings. However, their adoption is limited by negative perceptions within the construction industry and related sectors. This study investigates these views and explores their underlying causes, by analysing the perspectives of stakeholders from seven countries in South America and Europe, including forest-sector firms, manufacturers, designers, developers, contractors and policymakers. The results reveal attitudes mainly associated with environmental concerns, building performance, and business risks, which cluster into three domains: technical performance, contextual perceptions and economic-regulatory conditions. Resistance to change is a central driver of these negative and often unfounded views across all contexts analysed, in which stakeholders lack experience and show reluctance to collaborate within a fragmented supply chain. The industry, therefore, prefers familiar solutions for predicting costs, facilitating insurance, and managing established supply chains. This preference results in fewer precedents and corresponding data, reinforcing perceptions that extend beyond the construction industry to policymakers, financiers, and insurance companies, which in turn impose new restrictions, limit funding, and offer premium insurance policies. This study demonstrates how such perceptions themselves function as constraints to establish wood as a viable option for multi-storey buildings and to drive decarbonization in construction.

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Publication Details

Journal
Building Research & Information
Published
2026-07-23
DOI
https://doi.org/10.1080/09613218.2026.2703872
Primary Topic
Wood Treatment and Properties
Type
article
Field-Weighted Citation Impact
0.00

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article

Perceptions of construction stakeholders constraining the development of multi-storey wood buildings

Eduardo Wiegand, Michael H. Ramage, Darshil U. Shah
Building Research & Information
Wood Treatment and Properties
article

Perceptions of construction stakeholders constraining the development of multi-storey wood buildings

Eduardo Wiegand, Michael H. Ramage, Darshil U. Shah
article en

Abstract

Engineered wood products have emerged as a sustainable alternative to conventional materials in multi-storey buildings. However, their adoption is limited by negative perceptions within the construction industry and related sectors. This study investigates these views and explores their underlying causes, by analysing the perspectives of stakeholders from seven countries in South America and Europe, including forest-sector firms, manufacturers, designers, developers, contractors and policymakers. The results reveal attitudes mainly associated with environmental concerns, building performance, and business risks, which cluster into three domains: technical performance, contextual perceptions and economic-regulatory conditions. Resistance to change is a central driver of these negative and often unfounded views across all contexts analysed, in which stakeholders lack experience and show reluctance to collaborate within a fragmented supply chain. The industry, therefore, prefers familiar solutions for predicting costs, facilitating insurance, and managing established supply chains. This preference results in fewer precedents and corresponding data, reinforcing perceptions that extend beyond the construction industry to policymakers, financiers, and insurance companies, which in turn impose new restrictions, limit funding, and offer premium insurance policies. This study demonstrates how such perceptions themselves function as constraints to establish wood as a viable option for multi-storey buildings and to drive decarbonization in construction.

Building Research & Information
University of Cambridge (GB)
Cambridge Trust, Agencia Nacional de Investigación y Desarrollo, Department of Anglo-Saxon, Norse and Celtic, Faculty of English, University of Cambridge, Smuts Memorial Fund, University of Cambridge, Wolfson College, University of Cambridge, German Academic Exchange Service
Openalex Percentile: Top 12%
Wood Treatment and Properties
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