A devastating combination of heat, drought, fire, storms and beetle plagues have destroyed a remarkable amount of forest area in Germany, as well as in…
Category: Forest conservation
On 15 May, Malgorzata Blicharska (Uppsala University) presented the findings of the Białowieża Science Initiative in the Permanent Representation of the State of North Rhine-Westphalia to the European Union in Brussels. EFI researchers, together with other representatives from academia, policy, forestry, nature conservation agencies and media debated on how to use the lesson learnt from the Białowieża Forest for other areas in Europe facing similar challenges.
Written by Lucie Vítková
“Deadwood has a major role for the conservation of saproxylic species and contributes to carbon sequestration, nutrient supply, natural regeneration and protection against falling rocks.” (Lachat et al., 2013:92)*
A substantial amount of literature on the importance of deadwood in Central European forests has been available providing partial recommendations to enhance deadwood-dependent biodiversity. However, a comprehensive review of science- and forestry experts-based recommendations effectively enhancing deadwood bearing in mind operational implications has not been presented in international literature.
During the meeting of the European Network Integrate in Toruń, Poland, Sanna Kasurinen, from the Finnish Forest Centre, presented the METSO-programme, an initiative aiming to halt the ongoing decrease of biodiversity of forest habitats and species in Finnish forests. The Forest Biodiversity Programme in particular addresses private forest owners. The overall objective is that based on a voluntary agreement, nature conservation is enhanced and communication improved on biodiversity of forest habitats and ecosystem services amongst stakeholders.
Written by Silvio Oggioni
In a forest of a hundred thousand trees, no two leaves are alike. And no two journeys along the same path are alike -Paulo Coelho-
Forests are ecosystems full of life, probably the richest on the planet. They host trees, shrubs, grasses, mammals, birds, insects, fungi, in short hundreds of living species. And they are vast: just think that one third of the surface of Europe is covered by forests, and is constantly increasing, according to the State of Europe’s Forests Report of 2015.
Within forests there are thousands of trees, each one slightly different from its neighbour. Trees from different species are obviously different, but even among those belonging to the same species are unique individuals, just like you and me. Each tree is special: more or less resistant, more or less beautiful, with better fruits or more productive. Forest genetics studies the variability of intrinsic traits in a species or individual that can be transmitted to the next generations, which is the very basis of diversity in the forest world. And it is this diversity that allows the dynamic equilibrium on which is based all life in the forests. Protecting genetic diversity of species and individuals is the basis for sustainable management of forest ecosystems. In Europe, more than 50% of woodlands are designated to protect water, soil and the ecosystems!