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MainWood - Mainstreaming Wood Construction
Researchers
Focus Groups
WP-A System Dynamics and Transitions
WP-B Forest Growth and Wood Production
WP-C1 Low waste wood splitting technology
WP-C2 Laminated beams for taller and robuster buildings
WP-C3 Regenerating wood for non-load bearing elements
WP-C4 From local forest to architectural realisation
WP-D Construction sector
WP-E Global supply
WP-F Bioeconomy policies
Outcomes
Portfolio
࿄
MainWood - Mainstreaming Wood Construction
Researchers
Focus Groups
WP-A System Dynamics and Transitions
WP-B Forest Growth and Wood Production
WP-C1 Low waste wood splitting technology
WP-C2 Laminated beams for taller and robuster buildings
WP-C3 Regenerating wood for non-load bearing elements
WP-C4 From local forest to architectural realisation
WP-D Construction sector
WP-E Global supply
WP-F Bioeconomy policies
Outcomes
Portfolio
࿄
Researchers
Folder: Focus Groups
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WP-A System Dynamics and Transitions
WP-B Forest Growth and Wood Production
WP-C1 Low waste wood splitting technology
WP-C2 Laminated beams for taller and robuster buildings
WP-C3 Regenerating wood for non-load bearing elements
WP-C4 From local forest to architectural realisation
WP-D Construction sector
WP-E Global supply
WP-F 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) • ©2024 MainWood. All rights reserved.