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MainWood - Mainstreaming Wood Construction
Researchers
Focus Groups
System Dynamics and Transitions
Forest Growth and Wood Production
Low waste wood splitting technology
Laminated beams for taller and robuster buildings
Regenerating wood for non-load bearing elements
From local forest to architectural realisation
Construction sector
Global supply
Bioeconomy policies
Outcomes
Portfolio
࿄
MainWood - Mainstreaming Wood Construction
Researchers
Focus Groups
System Dynamics and Transitions
Forest Growth and Wood Production
Low waste wood splitting technology
Laminated beams for taller and robuster buildings
Regenerating wood for non-load bearing elements
From local forest to architectural realisation
Construction sector
Global supply
Bioeconomy policies
Outcomes
Portfolio
࿄
Researchers
Folder: Focus Groups
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System Dynamics and Transitions
Forest Growth and Wood Production
Low waste wood splitting technology
Laminated beams for taller and robuster buildings
Regenerating wood for non-load bearing elements
From local forest to architectural realisation
Construction sector
Global supply
Bioeconomy policies
Outcomes
Portfolio
࿄
Modelling Progressive Collapse of Timber Buildings and Its Applications</span>
Publication Maaike Goedkoop 12/1/24 Publication Maaike Goedkoop 12/1/24

Modelling Progressive Collapse of Timber Buildings and Its Applications

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Policy Transitions Towards a Circular Wood (Bio)economy
Publication Maaike Goedkoop 10/25/24 Publication Maaike Goedkoop 10/25/24

Policy Transitions Towards a Circular Wood (Bio)economy

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Maximising the use of wood in construction as a contribution to net zero: the MainWood research project.
Publication Maaike Goedkoop 11/23/23 Publication Maaike Goedkoop 11/23/23

Maximising the use of wood in construction as a contribution to net zero: the MainWood research project.

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Drought and heat reduces the carbon uptake in forests.
Publication Maaike Goedkoop 10/6/23 Publication Maaike Goedkoop 10/6/23

Drought and heat reduces the carbon uptake in forests.

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Biodiversity improvement or climate change mitigation: will we have to choose?
Publication Maaike Goedkoop 1/27/23 Publication Maaike Goedkoop 1/27/23

Biodiversity improvement or climate change mitigation: will we have to choose?

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ETH Zürich

Ecosystem Management Group (D-USYS)
Prof. Dr. Jaboury Ghazoul

Forest Ecology Group (D-USYS)
Prof. Dr. Harald Bugmann
Prof. Dr. Andreas Rigling

Forest Resources Management Group (D-USYS)
Prof. Dr. Verena Griess

Timber Structures Group (D-BAUG)
Prof. Dr. Andrea Frangi

Sustainable Construction Group (D-BAUG)
Prof. Dr. Guillaume Habert

Ecological System Design (D-BAUG)
Prof. Dr. Stefanie Hellweg

Natural Resource Policy Group (D-USYS)
Prof. Dr. Eva Lieberherr

Project Consortium

EPFL

Laboratory of Timber Construction IBOIS
Prof. Dr. Yves Weinand

EMPA

WoodTec Group
Prof. Dr. Ingo Burgert

WSL

Sustainable Forestry Group
Dr. Janine Schweier

Project Duration: 
March 2023 - Feb 2026

Funded by:

Advisory Board
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Address

ETH Zürich, MainWood
Universitätstrasse 16
CHN G 73.2
8092 Zürich

Leading House
Prof. Dr. Jaboury Ghazoul

Coordination
Maaike Goedkoop

Contact

MainWood Joint Initiative is funded by ETH-RAT (2023-2026) • ©2025 MainWood. All rights reserved.