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Tag: forest management

How can the EU double its forests’ climate change mitigation impact by 2050? New Horizon Europe project INFORMA to provide answers

Forests can act as carbon sinks or emitters, as made clear by this summer’s catastrophic forest fires that ravaged southwestern France and the Iberian Peninsula. The devastating events following August’s record heatwave resulted in Europe’s highest wildfire emissions in 15 years. Only in the region of Valencia, Spain, the fires released more than 1 million tons of CO2 into the atmosphere, equivalent to the annual emissions of all private cars in the three capital cities of the province: Castellón, Valencia and Alicante.

Although climate change played a major role in the catastrophe, the fires were aggravated by rural exodus, which led to the abandonment of forest management in the area and to the accumulation of flammable vegetation, explains José Vicente Oliver, professor at the Polytechnic University of Valencia (UPV).

In cooperation with EFI, Oliver and his team are looking for ways to prepare the EU’s forests for future climate scenarios and realise their full carbon absorption potential by mainstreaming Sustainable Forest Management (SFM) into more conventional management practices. In the new Horizon Europe project INFORMA, EFI, UPV and other partners are tackling crucial questions around SFM that remain partially unanswered by science, unaddressed by policies and unexplored by most carbon offsetting schemes. How can we manage existing forests in different European biogeographic regions for enhanced carbon capture while ensuring the provision of other ecosystem services such as biodiversity conservation and wood production? Where and how should we grow new forests, and which species should be used? How can we adapt and increase forests’ resilience to more frequent disturbances such as drought, fires, windstorms and pests?

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Let’s talk fire: How to move Integrated Fire Management forward?

The last training of the Pyrolife project for its 15 Early-Stage Researchers (ESRs) took place on the 19th-30th of September in the Netherlands. Pyrolife is an Innovative Training Network funded under the Marie Curie Programme (MSCA-ITN) which supports the PhD training and research of 15 candidates working on wildfire-related issues across different European countries, covering a wide array of disciplines from engineering to human geography and sociology.

The whole Pyrolife training program is designed and anchored upon the recognition of the urgent need for change in the way our (highly heterogeneous) societies manage, govern and relate to wildfires across the globe. The project takes up the imperative of building landscape resilience through a better understanding of fire drivers, risk, and impacts, as well as creative approaches to risk reduction that are sustainable in the long term.

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Rise from the ashes

by Bas Lerink, supported by Judit Torres and Iñigo Oleagordia Montaña

The sun peaks over the roof of Cathedral Santa Maria as I make my way downtown the city of León. The huge stained-glass windows light up in red and yellow, as a promise for a hot day. I am meeting our Spanish SUPERB colleagues in their CESEFOR office, to catch up with recent activities in our SUPERB demonstration site. It is great to meet again with the demo representatives Judit Torres (CESEFOR) and Iñigo Oleagordia Montaña (Junta CyL) and to get to know Rafael, the forest manager of the El Bierzo sites. A lot has happened since we last met, so we take the time to discuss the events of the past weeks.

The Castilla y León demo gives a fascinating insight in the relationship between men and bear. The aim of the demo is to improve the habitat of the brown bear, while simultaneously engaging the rural population. If not challenging enough, there is always the lurking danger of forest fires in the region. Two weeks ago, Judit organised the demo’s stakeholder workshop, uniting friend, and foe of the bear. They discussed the forest restoration measures planned by the local partners, with room for adjustments. The presence of the brown bear can incidentally trouble activities of the local population, especially for beekeepers. But they already found a solution by subsidising e.g. electric fencing around the beehives, to fend off curious bears with a sweet tooth. In the coming weeks, the workplan will be finalised, with detailed descriptions of the restoration measures on specific sites, and I am already curious to read them.

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Wrangling resilience from concept to forest management application

Record breaking temperatures, minimal rainfall, drying rivers and burning forests. The news from this summer show how acutely the warming climate is affecting our environment and lives. To me, the damages to forests due to fires, drought and insect outbreaks are particularly worrisome as we as a society are counting on forests to sequester our carbon emissions, to replace the fossil fuel products and to foster biodiversity that is rapidly declining. This concern on the capacity of forests to cope with increased disturbances started years ago and led me to pursue a PhD on forest resilience and how it could be improved with forest management. Now it is time to summarise my work from the last four years.

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Improving forest resilience and enhancing biodiversity in European Forests: findings, experiences, and prospects

For two days, on June 28-29, over 50 marteloscope managers, researchers, and further forestry experts from more than 12 European countries participated in a workshop…

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How we can better understand our forest ecosystems with laser scanning

by Luiza Tyminska and Jean-Matthieu Monnet

If you want to investigate the influence of management on forest resilience after disturbances, you can of course put your walking shoes on and do field measurements. However, how can you evaluate forest areas of several hundreds of square kilometers? In forest science, we consider Airborne Laser Scanning (ALS) a strong solution for mapping forest characteristics – including forests’ internal structure – at high resolution over wide areas. ALS is a remote sensing technology based on the emission of laser pulses. The laser light can penetrate the tree canopy and reflect on objects located inside the forest, or even by the ground. The Earth’s surface is then modelled as point clouds in three dimensions with geometric information on the height of the vegetation, but also on its internal structure. In the project Innovative forest management strategies for a resilient bioeconomy under climate change and disturbances (I-MAESTRO), we used ALS for two purposes: describing the forests to get an initial state for simulations, and analysing forest dynamics with repeated measurements.

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Expecting the unexpected: how to manage forest landscapes in a highly uncertain future?

In past blog posts we have been discussing how forest landscapes can be seen as interconnected and functional complex networks – and shown how network analysis can be combined with modelling and forest management. But is the so-called functional network approach really an efficient way to optimize forest landscape management and to promote ecological resilience in the face of unexpected global change stresses?

When we go hiking in the mountains, we know that before reaching an appealing and gratifying view we often need to walk up a few hundred meters inside a forest. Sounds natural, it has always been this way. We have cities, crop fields, grasslands, forests, rocky mountain peaks, etc. Forests are intrinsically part of our cultural landscape, and it is normal to think they will always be. Although such landscapes look simple, when we disentangle each single element, we realise that it is a very complex socio-ecological network, with both human and biophysical processes linked across different spatial and temporal scales.

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New Policy Brief out now: Challenges and solutions for European forests and related value chains in times of climate change

How can we increase the sustainability and resilience of our European forests and related value chains in times of climate change? I-Maestro (Innovative forest management…

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