WOOD CONSUMPTION IN EUROPE

The European Union (EU) accounts for approximately 5 % of the world’s forests and, contrary to what is happening in many other parts of the world, the forested area of the EU is slowly increasing. European forests are an important factor in mitigating climate change. Socio-economically, forests vary from small family holdings to state forests or to large estates owned by companies, but they also provide a wide range of ecosystem services, most of which are not recorded by economic accounts and statistics, such as carbon sequestration, protection of soil from erosion or providing opportunities for recreation.

Currently. 30% of the wood used in the EU comes from countries where illegal logging and partial deforestation is usual. In such a situation, certified forests, wood and products, combined with ecodesign and framed withing a circular economy can be considered as the most appropriate approach to deal with these issues.

In today’s market, environmentally-friendly products have a competitive advantage due to the emergence of consumers concerned about the environmental impact of their activities and goods they purchase. There is a trend in the market to buy certified products instead of noncertified products because some companies just deal with certified products. The trend started with the biggest actors, and the rest are following this path. At the end of 2019, approximately 97% of the wood used by IKEA was from sustainable sources.

Over the recent years, the sensitivity of world public opinion on the issues of sustainable forest management in light of climate change and the resulting impacts has increased. Forests provide several ecosystem services from timber and non-wood forest products to carbon sequestration and recreation for human well-being. Globally, the annual growth in area of certified forests has been quite constant. Well-managed forests have tremendous potential to contribute to sustainable development and to a greener economy.

MANAGING THE SUSTAINABILITY OF  FOREST BASED PRODUCTS…

In this context, different certifications have been created to manage forest-based products, like the Forest Stewardship Council (FSC) and EU Timber Regulation (EUTR). Such schemes are normally integrated into environmental management systems, based on standards like ISO 14001 or EMAS, that, along with other tools and schemes like life cycle assessment and Ecolabels, help companies in the processes and procedures related to the use of certified wood in construction or furniture manufacturing.

…WITHIN THE TWIN TRANSITION

On the other hand, the tremendous rise of Industry 4.0 (I4.0) leads to the discussion of how forestry can benefit from this development. Several publications are discussing the potential of I4.0 for the forestry sector and give examples for practical applications. The economic potential of I 4.0 in forestry has an estimated increase in added gross value of 15%. Other sources identify general trends towards a smart wood supply chain and concrete I4.0 application examples, which are already in practical use or still in the stage of research and development. On a process level, the I4.0 application examples range from computerized decision support aids to electronic control, machine vision and post-harvest management. The value of I4.0 mainly lies in the interconnection of process steps along the value chain, with close to unlimited information flow and allocation in an internet of trees and services. This can lead to significant changes and value added in harvest planning, harvest organization and control, operations, transport and logistics as well as timber sales. Furthermore, developments of simulation modelling based on remote sensing data in forestry have appeared. This turns out to be the basis for the concept of a virtual forest as a digital copy of reality. We can argue that data within an internet of trees and services sounds like a promising avenue for manufacturing enterprises of the sector.

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