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Category: Climate change

Integrating nature protection into forest management the Danish way

Did you know that Denmark has a relatively low forest cover of 14 percent, but nonetheless has great ambitions regarding the ecosystem services they wish those forests to provide? All the more reason to understand more about how they integrate different forest functions into forest management.

I had the chance to find out more about Danish sustainable forest management – or Close-to-Nature Silviculture, as the Danes would call their particular brand – when I participated in the most recent meeting of the European Network INTEGRATE , which is currently chaired by the Danish Nature Agency.

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EFI Bonn looking for a PhD Researcher on Perceptions of Wildfire Risks

The European Forest Institute (EFI) is now looking for a PhD Researcher on understanding perceptions of wildfire risks and related land management at its Bonn, Germany, office.

Deadline for the application is 16 December 2019 COB.

The objectives of the research are:
• To analyse perceptions of fire risk and related concepts of fire (risk) management in different regional and sectoral contexts across Europe amongst a) fire and land management experts, b) land owners and managers in different regional settings;
• To enhance learning and generate transferable knowledge on risk and its management through interconnecting experts across regional contexts.

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Disaster Risk Management via app?

The European Commission’s Disaster Risk Management Knowledge Centre and the Directorate General for Research and Innovation have developed a platform, Gaps Explorer, that collects pre-analysed information on recent and ongoing Disaster Risk Management (DRM) projects and provides recommendations for actions to three groups: practitioners, policy makers and scientists.

The first pilot was developed on Forest Fires. This is a major hazard throughout Europe, producing large environmental and economic losses and having an impact on human lives. Effective forest fire management and decision-making requires science-based information. The analysis of the knowledge, methodologies and technologies produced in the last two decades opens up new perspectives for enhanced forest fire risk management in the face of climate change, social and cultural trends and growth dynamics.

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“Watching trees grow, shrink, drink and breathe”

“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.

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State-aid to protect Germany’s forests (Waldgipfel)

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 many countries across the globe. To discuss how this affects Germany’s forests and the different measures to counteract the impact of such threats, the Federal Agriculture Minister, Julia Klöckner, convened a Forest Summit on 25 September 2019 in Berlin. On the occasion of the summit, several institutions have published their own position to point out their perspective of what is needed to strengthen climate-resilient forests.

Besides its undoubtedly high value for nature ecosystem services, forests are the largest terrestrial carbon sink we have, and are regarded as highly important for some economies. Last two years, however, many forest owners have faced financial troubles.

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Resilience: what tree rings can say

A single definition of forest resilience is yet to be found, so we decided to establish a series of interviews introducing scientists who deal with this term every day. Meet Ute Sass-Klaassen from Wageningen University. Her research focuses on tree growth in relation to environmental factors. Droughts, flooding, heat waves, fires, and frost events play an important role for productivity and survival of trees and may cause severe disturbances in forest ecosystem services. Knowledge about forest growth and mortality provides valuable information for understanding how surviving trees have reacted to these disturbances and determining basic parameters of a functioning forest ecosystem.

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EFI looks at lowering its own carbon footprint

Limiting global warming to 1.5°C requires societies to simultaneously work on land-based mitigation options and reduce emissions in other sectors. This means approximately 45% reduction in CO2 emissions from 2010 levels by 2030. As an environmental management trainee at EFI, my task is to look at the environmental impacts of our own work and our daily operations.

In terms of climate change mitigation, the most important categories for EFI are most likely procurement of goods and services, energy consumption and employee work travel

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