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Tag: Integrated Forest Management

Schools’ Reaction to Fridays for Future: “Green Campus Day” in Freiburg

by Sonja Mewes

The Fridays for Future movement has received not only a lot of attention but also support in our University Town of Freiburg in the south of Germany. This led the Montessori School ANGELL in Freiburg – where I am teaching – to reflect on how to channel this energy of the students to engage and work on concrete projects related to climate change and environment.
In this context, the Montessori Zentrum ANGELL decided to launch an initiative called ‘The Green Campus Day’ on November 15th, 2019. Our teachers suggested a range of projects in the area of climate change, biodiversity, waste reduction and upcycling. We selected all these projects on the basis that our students would learn about their contributions to reduce their carbon footprint, their impact on biodiversity and waste reduction. It was up to the students to select a project of their choice. The age of the students in our group ranged from 12 to 18 years.

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Discussions of economic impacts and long-term benefits of Integrated Forest Management

French forest professionals visit forest enterprise in Germany

Within European Forest Institute, we frequently organize Exchange of Experts (EoE) to share knowledge on integrative forest management concepts. With foresters from the French Office National des Forêts, we recently co-organised and participated in an EoE addressing nature conservation managers, forest contractors and representatives from local municipalities. In a two-day excursion event they were introduced to the integrative forest management concept applied in the Bavarian State Forest Enterprise of Ebrach, Germany.

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Siberian fire smoke: where does it go?

The European Union’s Observation Programme, Copernicus, and its Atmosphere Monitoring Service (CAMS) predicted that in July smoke from fires in the Sakha, far east of Russia, would travel an astonishing 9500 km – across the Arctic Ocean to Alaska, North-West Canada and the west coast of Greenland.
According to a recent press release, “CAMS Global Fire Assimilation System (GFAS) estimates that between 2003 and 2017 Russian wildfires emitted on average about five mega tonnes of carbon dioxide into the atmosphere per day. At the end of June this year, the fires suddenly increased in intensity, upping their carbon dioxide output to approximately 20 mega tonnes per day.” This is not new; Siberian summer season is no stranger to wildfires, but being able to predict the movement of the smoke can help to prevent effects of affected areas.

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