Written by Laura Dieguez Finding a balance between the changing social demands on various forest ecosystem goods and services has for long challenged policy makers and…
Category: Forest Trends
by Alessandra Lagomarsino
Did you know that worldwide forests each year absorb 30% of the CO2 emitted globally by fossil fuels and are huge carbon sinks, thus contributing to climate change mitigation and storing carbon in different pools (i.e., biomass, soil, dead organic matter, or litter)? However, when a forest is degraded with many dead, fallen and damaged trees, it does not remove enough CO2 from the atmosphere to compensate the emissions due to the decomposition of dead trees and soil organic matter.
Written by Ewa Hermanowicz & Maria Schlossmacher
2019 marks a milestone for EUFORGEN as it signifies 25 years since its establishment in 1994 – a time to reflect on what has been achieved and to look forward to the future. 25 years have shown that EUFORGEN was able to strengthen capacities in member countries to build a strong network and to start implementing a coordinated pan-European strategy on the genetic conservation of forest trees.
Founded as a result of a resolution adopted by the 1st Ministerial Conference of the Forest Europe process, EUFORGEN aims to make the conservation and sustainable use of forest genetic resources an integral part of sustainable forest management. The resolution called for the establishment of a voluntary instrument for cooperation on conservation of genetic diversity of European forests and EUFORGEN became that instrument.
Do you know that kid whose parents want it to excel at music and to take piano classes at the age of six? Only to then also get enrolled at the local football club, arts class, scouting, ballet, mathematics tutoring class, swimming and theater lessons? Well, that kid is the forest.
“This oak tree and me, we’re made of the same stuff, ” Carl Sagan, one of the most inspiring science communicators of the 20th Century once said. But what did he mean?
Probably, he thought of Darwin and his famous universal tree of life, that was used not only as a metaphor, but also as a model and research tool. Furthermore, by choosing an oak tree as a comparison, Sagan might have referred to himself being strong, tall, long-standing. More generally, his quote could refer to the ancient relationship of human beings and the forest. And finally, Carl Sagan obviously used a personification to relate to the tree, to “humanize” it – a common approach in science communication.
By “humanizing” nature, we create empathy. That is one reason why German forester Peter Wohlleben’s book “The Hidden Life of Trees: What They Feel, How They Communicate” was so successful. However, Wohlleben is quite controversially discussed among both foresters and scientists. “Not scientific enough,” researchers say. “Too emotional,” forest practitioners complain.
“And into the forest I go, to lose my mind and find my soul.” -John Muir
Forests have more to offer than timber and wood products. Through its multifunctional nature, it provides several other goods and services such as carbon sequestration, erosion control and the provision of clean water. These benefits which people obtain from forests can collectively be referred to as “forest ecosystem services”.
The Millennium Ecosystem Assessment (MA) 2005 report classifies ecosystem services into three categories:
- Provisioning services (e.g. food, fresh water, firewood)
- Regulatory services (e.g. climate regulation, carbon sequestration)
- Cultural ecosystem services (nonmaterial benefits people obtain from ecosystems through spiritual enrichment, cognitive development, reflection, recreation, and aesthetic experiences)
Written by Michael Herrmann, ForestFireWatch and Alexander Held
„One firefighter within the first 15 minutes is worth more in the forest than 100 firefighters after an hour” – motto of Polish forest fire protection services, emphasizing the importance of initial attack
From 6-7 June 2019, Polish forest officers from the State Forests organization, firefighter and representatives of the Forest Research Institute met with members of the German volunteer organization “ForestFireWatch” for an exchange of knowledge and experience in Rzepin (Forest District), Poland. Main objective of the meeting was the exchange of experience in the field of wildfire prevention.
written by Lukas Giessen, Pia Katila and Maria Schlossmacher
As a chartered member of the Global Landscape Forum (GLF), EFI Bonn was delighted to host a jointly organized event together with our long-term partners and friends from IUFRO-WFSE, FAO, and Luke at the GLF in Bonn, Sunday 23 June 2019.
Through an introductory presentation by Pia Katila (IUFRO-WFSE, Luke) followed by a panel discussion, several questions were discussed: How are tenure and rights included in the Sustainable Development Goals (SDGs)? What is the evidence on the links between rights/tenure and sustainable landscapes? Why has the progress on strengthening tenure rights of local communities been so low? And what are the most promising approaches to strengthening the link?
The SDGs call for equal access and rights to land and other productive resources. Pia Katila noted that rural land rights are implicitly included in three SDGs: SDG 1 on poverty, SDG 2, on hunger and SDG 5, on gender. However, tenure and rights are instrumental for moving forward with several other SDGs as well, such as e.g. SDG 8 on employment and economic growth. They are also crucial for SDG 10 to reduce inequality within and among countries, SDG 14 to conserve and sustainably use coastal areas and mangrove forests and SDG 15 on protection and sustainable use of terrestrial ecosystems such as forests.
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.
This blog post was translated and is now available in English here
Letzte Woche hat das Magazin Science eine viel beachtete Studie der Arbeitsgruppe von Prof. Crowther vom Institut für Integrative Biologie der ETH Zürich publiziert, in der mithilfe von Satellitenaufnahmen, Felddaten und Computermodellen das enorme Potential von großflächiger Waldvermehrung für den globalen Klimaschutz herausgestellt wurde.
Das Besondere an dieser Studie ist der Fokus auf „Restoration“, also Wiederbewaldung. Es gibt viele Abschätzungen zu CO2 Minderungspotenzialen durch Aufforstungen, und es ist wichtig, bei solchen Abschätzungen den Landbedarf einer wachsenden Weltbevölkerung sowie aus anderen Sektoren realistisch abzuschätzen (Canadell and Schulze 2014). Die Autoren der Studie haben daher von der global theoretisch möglichen Waldfläche den Flächenbedarf für Landwirtschaft und Siedlungen abgezogen. Als Resultat ergab sich eine riesige Fläche von fast 1 Mrd ha für potenzielle Wiederbewaldung.