Latest articles and publications

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Sustainably managed forests provide renewable raw material that can be used for primary/secondary conversion products and as biomass for energy generation. The potentially available amounts of timber, which are still lower than annual increments, have been published earlier.

Resulting from the collaboration between FAO and EFI, the first voluntary guidelines for forest concessions in the tropics have been published.

This paper is the work from AGFORWARD project funded from the European Union´s Seventh Framework Programme for Research, Technological Development and Demonstration under Grant Agreement no. 613,520.

Many have asserted that Sacred Natural Sites (SNS) play an important role in nature protection but few have assessed their conservation effectiveness for different taxa. The study analyses sacred groves in Epirus, NW Greece, where a large number of such SNS have been identified.

Forest ownership is changing in Europe. Reasons include recent institutional changes in Eastern Europe, changing lifestyles of non-agricultural owners and afforestation. At present, there is little comparative analysis across Europe, and the implications that these changes have for forest management and for the fulfilment and redefinition of policy objectives have not been addressed systematically.
The newly published paper is by EFI researchers Marko Lovrić, Nataša Lovrić and Georg Winkel, and Ulrich Schraml from EFI member organisation Forest Research Institute of Baden-Wuerttemberg, Germany.

A new science-policy report from EFI demonstrates how different Climate-Smart Forestry measures in three European regions can enhance the role of forests in tackling climate change.

The newly published paper is the collaboration of Filip Aggestam, from EFI's Resilience Programme and Helga Pülzl from our Central Eastern European Regional Office (EFICEEC).

Many EFI researchers have contributed to a new Europe-wide analysis on private forest owners' property rights.

A new paper describes the participatory approach that was used to define three cross-sectoral visions of sustainable land use in Europe in 2040. EFI Senior Researcher Hans Verkerk was one of the authors.

Agroforestry is a sustainable land management system recognized worldwide but not implemented in a extensive form in temperate and developed countries. Agroforestry has been promoted in the last decades at global level as it provides more efficient and sustainable farming systems.

A new study uses EFI's ToSIA (Tool for Sustainability Impact Assessment) to assess the environmental benefits of integrating a pyrolysis plant with an existing CHP plant.
Forest owners and managers are on the frontline of adapting forest management to climate change. Their decisions are affected by their own knowledge and beliefs and the mapping of management options for the current as well as anticipated future environmental and socioeconomic conditions. This baseline knowledge influences the way forest owners and managers evaluate and make their decisions.

EFI's Elias Hurmekoski is one of the authors of a new review which identifies and summarises the factors and assumptions affecting forest bioenergy potential estimates.

Climate change will impact forests and may impair their ability to provide essential ecosystem services in the decades to come. Addressing this challenge requires adjustments to forest management strategies as of now, but it is still unclear to what extent this is already in progress.

Wood is a very versatile raw material and thus an important resource for many industries, such as construction, furniture, pulp and paper, bioenergy and biorefineries (new chemical products). Using wood is one of the safest ways to reduce the CO2 emissions that are the main cause of climate change.

In a context of highly fragmented woodland's ownership, joint forest management implies a reduction of transaction costs for its members and improves the coherence of forestry actions at the landscape scale.

Reforestation with multiple tree species is a promoted strategy to mitigate global change and to improve forest resistance against natural hazards. Dryland reforestation often fails because seedlings suffer from harsh conditions in degraded areas.

The bioeconomy has mobilised significant investments in technology, research and innovation. New and innovative bio-products and related services have emerged, and related niche markets show dynamic growth. The future of the bioeconomy, however, raises questions relating to its development potential, but also its sustainability. 

The approach developed during the BeWater project to make society an active participant in adapting river basin management to climate change is now available online.

A team of researchers from EFI and five of its member organisations has published a paper looking at the potential climate change mitigation effects of EU forests. European forests and the forest-based sector are already contributing significantly to climate change mitigation and substitution for fossil raw materials.

Small forest patches embedded in agricultural (and peri-urban) landscapes in Western Europe play a key role for biodiversity conservation with a recognised capacity of delivering a wide suite of ecosystem services. Measures aimed to preserve these patches should be both socially desirable and ecologically effective.

In the autumn of 2015, EFI’s Project Centre MOUNTFOR (Preserving and Enhancing the Multifunctionality of Mountain Forests) organised the 30th session of the European Forestry Commission Working Party on the Management of Mountain Watersheds.

The year 2016 was a turning point: the 2030 Agenda for Sustainable Development and its Sustainable Development Goals (SDGs) were adopted, and the Paris Agreement on climate change came into effect.

Catastrophic forest fires claimed lives this summer across the world, from California to Portugal and Spain. The Mediterranean basin is a global wildfire hotspot and the threat of wildfires to forests and society is expected to increase with climate change.