Wooden building materials have obvious greenhouse benefits when they substitute functionally equivalent but more energy-intensive materials, and these benefits appear to be higher than those of other biomass uses. Wood materials also serve as a temporary biogenic carbon stock which can potentially be recycled for energy after its useful life. Numerical estimates of carbon emission displacement factors for wooden building materials, whole buildings and, for comparison, pure energy end-uses of wood are presented. The carbon balance of the Finnish forest sector and options for efficient wood use are also discussed
Bioeconomy helps to move to a renewable, fossil-free future. The environmental impact is significant...
Due to the heavy environmental impacts on the building industry, wood-based building materials are g...
Greenhouse gas (GHG) impact of wood and paper products, in the following referred as harvested wood ...
Construction sector has high environmental impact throughout entire life cycle of buildings. One way...
This paper demonstrates the advantages of using wood materials for the design of sustainable buildin...
In this study a method is suggested to compare the net carbon dioxide (CO2) emission from the constr...
Abstract Lifecycle greenhouse gas emission and carbon stock of domestic wood resources and products ...
The paper discusses and draws conclusions about the assessment principles of the global warming pote...
This study investigates the climate change effects in terms of greenhouse gas emissions and radiativ...
Sustainable forest management and harvested wood products together can create a growing carbon sink ...
Abstract. Based on an interdisciplinary perspective the role of wood as a carbon sink, as a multi-pu...
In the field of construction, wood products are known to have environmental benefits in comparison w...
Although buildings produce a third of greenhouse gas emissions, it has been suggested that they migh...
Countries and cities alike have set carbon neutrality goals for the near future. Urban areas are exp...
Bioeconomy helps to move towards a renewable, fossil-free future. The environmental impact is signif...
Bioeconomy helps to move to a renewable, fossil-free future. The environmental impact is significant...
Due to the heavy environmental impacts on the building industry, wood-based building materials are g...
Greenhouse gas (GHG) impact of wood and paper products, in the following referred as harvested wood ...
Construction sector has high environmental impact throughout entire life cycle of buildings. One way...
This paper demonstrates the advantages of using wood materials for the design of sustainable buildin...
In this study a method is suggested to compare the net carbon dioxide (CO2) emission from the constr...
Abstract Lifecycle greenhouse gas emission and carbon stock of domestic wood resources and products ...
The paper discusses and draws conclusions about the assessment principles of the global warming pote...
This study investigates the climate change effects in terms of greenhouse gas emissions and radiativ...
Sustainable forest management and harvested wood products together can create a growing carbon sink ...
Abstract. Based on an interdisciplinary perspective the role of wood as a carbon sink, as a multi-pu...
In the field of construction, wood products are known to have environmental benefits in comparison w...
Although buildings produce a third of greenhouse gas emissions, it has been suggested that they migh...
Countries and cities alike have set carbon neutrality goals for the near future. Urban areas are exp...
Bioeconomy helps to move towards a renewable, fossil-free future. The environmental impact is signif...
Bioeconomy helps to move to a renewable, fossil-free future. The environmental impact is significant...
Due to the heavy environmental impacts on the building industry, wood-based building materials are g...
Greenhouse gas (GHG) impact of wood and paper products, in the following referred as harvested wood ...