New Call for Proposals: Climate-Smart Forestry and Forest Restoration Pilots in Europe

FORWARDS via the European Forest Institute (EFI) has launched a new call for proposals, G-07-2025, inviting applications to establish Climate-Smart Forestry (CSF) and forest restoration pilot projects across Europe, with a strong focus on citizen and stakeholder engagement. The call aims to generate practical, region-specific evidence on how CSF and restoration approaches influence forest functioning and contribute to climate change mitigation, adaptation, and biodiversity, while addressing uncertainties and real-world implementation challenges.

A core element of the call is the active involvement of citizens and stakeholders in forest management. Coordinating with local communities and practitioners is crucial for the successful implementation of climate-smart solutions, ensuring that diverse perspectives and place-based knowledge are fairly integrated. Through stakeholder engagement, projects are expected to foster social learning, build trust, reduce marginalisation, and strengthen collective capacity for action, ultimately improving the effectiveness and uptake of sustainable forest management and adaptation measures.

Up to five grants of up to EUR 150,000 each will be awarded, across three thematic lots, for projects with a maximum duration of 12 months. Proposals must be received by EFI no later than 1 February 2026 at 21:00 (UTC+2). EFI encourages forest practitioners, researchers, and practitioner–science partnerships to apply and contribute to advancing climate-smart forestry and restoration practices across Europe.

For full details on eligibility, scope, and application requirements, please check the respective website: G-07-2025: Establishing Climate-Smart Forestry and forest restoration pilots in Europe with citizen and stakeholder engagement | European Forest Institute

New SUPERB policy brief: forest restoration as a pillar of Europe’s climate and biodiversity action

Our newly released policy brief brings together scientific knowledge and hands-on experience from our 12 large-scale forest restoration initiatives across Europe, offering timely and practical guidance for policymakers, forest managers, and other key stakeholders.

The brief underlines that restoring forests is not a single action, but a long-term, multi-phase process. Effective restoration typically moves from assessing initial conditions and drivers of degradation, through planning and implementation, to long-term maintenance, monitoring, and evaluation. Success depends on flexibility, adaptive management, and strong engagement with multiple stakeholders, including forest owners, local communities, policymakers, and practitioners.

In the face of climate change, increasing disturbances, and shifting socio-economic demands, our policy brief stresses the need for future-oriented restoration targets. These should focus not only on biodiversity, but also on the ecosystem services forests provide – such as carbon storage, water regulation, and recreation – and the ecological processes that sustain them. Because the benefits of restoration often become visible only after decades, our brief highlights the critical importance of sustained funding for monitoring and adaptive management.

Drawing on insights from our 12 large-scale forest restoration demonstration areas across Europe, our experts identified shared challenges despite the diversity of forest types, ownership structures, and management traditions. Key issues include high ungulate browsing pressure that damages young trees and increases restoration costs, difficulties in engaging private forest owners – who manage around 60% of Europe’s forests – and constraints related to forest reproductive materials, such as shortages of climate-adapted seeds and seedlings.

To address these challenges, the brief puts forward clear and actionable recommendations. These include increasing flexibility in restoration objectives and timelines, adapting hunting and forest reproductive materials legislation, and strengthening monitoring of browsing impacts. Further recommendations suggest improving dialogue among forest managers, hunters, and communities, and supporting nurseries through long-term planning and investment. Our experts also call for contingency planning to cope with natural disturbances and for the strategic use of pioneer and climate-adapted species to build resilient mixed forests.

By translating lessons learned from real-world restoration efforts into policy-relevant recommendations, this policy brief provides a valuable roadmap for scaling up forest restoration across Europe. At a time when resilient forests are more important than ever, it offers concrete guidance to help turn ambitious restoration commitments into lasting outcomes.

Reference: Filipek, S., Jacobs, S., Nabuurs, GJ., Barnkob Lehrmann, M., Bílek, L., Campana, F., Cotten, L., de Dios, J., de Graaf, M., de Guerry, B., Đodan, M., Galić, Z., Gallego, R., García, R., Gómez Fernández, M., Granberg, Å., Hoch, T., Jactel, H., Janzen, L., Lastra González, D., Lindner, M., Locatelli, T., Marušák, R., Mijatović, L., Nicoll, B., Oleagordia, Í., Olsen, H., Orazio, C., Olrik, D. C., Raats, L., Saini, M., Schmidt, C., Svoboda, M., Svensson, J., Tognetti, R., Vacchiano, G., Zorić, M., Zotta, M., Schatzdorfer, E. (2025): Common challenges in implementing forest restoration: Experiences from 12 large-scale demonstration areas across Europe. Policy brief. https://doi.org/10.36333/rs15

WEBINAR: Beyond Boundaries: Linking Science, Policy, and Practice in Forest Knowledge Systems

Join us for a 1.5–2-hour interactive webinar that brings together scientists, policymakers, practitioners, and civil society to explore how knowledge on forests and biodiversity can be better connected, communicated, and put into action. Rather than a series of presentations, this event will emphasize open dialogue and active engagement among all participants.

We’ll kick off with short, insightful inputs from our diverse panelists – representatives from science, policy, practice, indigenous communities, and NGOs – who will share how they prepare and exchange knowledge in their work.

A lively panel discussion will then dive into key questions:

  • How can scientific, practical, indigenous, and policy knowledge be made more accessible and actionable?
  • How can we bridge these different knowledge systems to strengthen biodiversity conservation and sustainable forest management in a changing climate?

Participants are warmly invited to join the conversation before and during the event via this Padlet board – submit your questions, share your experiences, and help shape the discussion.

The webinar will also spotlight where to find reliable and tailored knowledge on forest management and biodiversity under climate change, including an introduction to the newly launched Forest Knowledge Gateway.

The panel session, moderated by Jo O’Hara, aims to strengthen knowledge exchange networks and inspire more inclusive, effective collaboration across forest-related communities.

Panelists:

  • Gesche Schifferdecker, Manager of the Forest Knowledge Gateway, European Forest Institute
  • Jonathan Spazzi, Forestry Development Officer, Teagasc
  • Karin Nutti Pilflykt, EU-Advisor, The Saami Council
  • Martin Belcher, Director of Impact, Climate, Environment and Natural Capital, The Palladium Group 
  • Kelsey Perlman, European Forest Campaigner, FERN
  • Marie Vandewalle, Senior Scientist and leader of the Biodiversity Science Policy Interface Research Group at UFZ, Co-coordinator of BioAgora

Date and time: 26th November 2025, 4:00 pm – 5:30 pm CET

Register here!

“Restoring forests and facts: how Social Media analysis can shape environmental stories

A new article from researchers involved in SUPERB underscores how social media platforms can serve as valuable sources for climate and environmental journalism. Published as the first in a two-part series titled “Climate Reporting: 5 Tips for Sourcing Stories Online,” the piece offers practical guidance for journalists seeking to use digital data to better understand public engagement with nature and restoration initiatives.

The SUPERB project provided the research basis for this work. By analysing online conversations across five digital platforms and twelve European forest sites, including our demonstration sites in Scotland’s Queen Elizabeth Forest Park and Romania’s Făgăraș Mountains, the researchers demonstrated how online engagement can reveal diverse and evolving narratives about forests, biodiversity, and ecological recovery.

The authors Thais Lobo (Kings Colleague London/KCL), Rina Tsubaki (European Forest Institute), Liliana Bounegru, Jonathan Gray (both KCL), and Gabriele Colombo (Politechnical University of Milan) emphasize that social media data, while not neutral, can offer rich leads for environmental storytelling when used critically. Their checklist advises journalists to “mind the platform,” “collect creatively,” and “search smart,” reflecting the varied ways people and communities relate to nature online.

Importantly, the research highlights that looking beyond viral trends can help surface under-represented voices and perspectives, such as local citizens, seasonal workers, and lesser-known species that form part of restoration ecosystems. These insights are vital for projects like SUPERB, which aim to connect ecological restoration with social inclusion and public participation.

As part of SUPERB’s broader mission to enhance Europe’s forest resilience, the study positions digital platforms as powerful tools for transparency, engagement, and evidence-based storytelling – bridging the gap between scientific research, community experience, and public awareness in the climate crisis.

Three Words for Forest: Where Theatre Meets the Trees

What if a play could change the way we see forests?

In a small rehearsal room at the University of Glasgow, words gathered like leaves. They weren’t just any words, but the real voices of forestry practitioners, researchers, and policymakers: thirty people who spend their lives among trees, wrestling with the question of how to care for them in a rapidly changing climate.

Those voices became Three Words for Forest: Exploring Uncertainty in a Time of Climate Crisis, a verbatim theatre production co-created by University of Glasgow’s Professor Deirdre Heddon and Dr Rachel Clive, which can also be watched online now.

Performed by a professional creative team, the play doesn’t shy away from difficult conversations. It dives into the tensions and uncertainties of forestry today: the urgency of climate change, the spread of disease, the pressure to plant millions of new trees, and the disagreements about the best way forward. Yet through it all runs a deep current of care – for forests, for landscapes, and for future generations.

The project is part of newLEAF, a research programme within the UK’s Future of Treescapes, which explores how trees adapt to climate change and the vital role humans play in their survival. With only 13% of the UK currently covered in woodland, and the government pledging to increase that significantly, the stakes could not be higher. Resilience will depend not just on science, but on people – people willing to connect, learn, and imagine together.

Now, thanks to new funding from the Arts and Humanities Research Council (AHRC), the filmed play will be shared more widely. Accessible versions – complete with audio description, sign language interpretation, and supported viewing formats – open the conversation to more communities. Workshop guides are also being created so schools, community groups, and forestry organisations can use the film as a springboard for dialogue and reflection.

For Professor Heddon, this is about building what she calls forest citizenship:

“Our research showed that forestry specialists want better conversations across differing views, and that while the public cares about forests, many feel disconnected from the forestry sector. This funding allows us to build bridges and raise awareness of forestry as a career and sector.”

Dr Clive, who co-wrote and directed the play, sees theatre itself as a bridge:

“Theatre helps us to connect emotionally and practically with change. This funding lets us co-create new resources with partners to support wider engagement with the play’s insights.”

The project has also drawn praise from scientists within newLEAF. Dr Stephen Cavers of the UK Centre for Ecology & Hydrology highlights how the arts are helping bring diverse voices together:

“Three Words for Forest has really shown the power of interdisciplinary collaboration, to connect us with new audiences and highlight the voices of the diverse community of people engaged with our trees and forests.”

And for Dr David Edwards of Forest Research, the project shows how creativity can unlock new ways of seeing:

“The project demonstrates the power of the arts and humanities to collaborate meaningfully with scientists and help us see the world in new ways. The follow-on funding will help more people connect with forest science, foresters, and forests.”

In a time when the climate crisis can feel overwhelming, Three Words for Forest invites us into a different kind of conversation – not just about what we can do for forests, but about what forests mean to us, and how listening to each other might shape a more resilient future.


Featured image: Production Forestry – Charlotte Driessler, Helen Cuinn and Tam Dean Burn (Photo credit: Rachel Clive)

Forest Modelling: Exploring the Future of Scottish Forests under Diverse Restoration Actions 

Restoration Story by Louisa Bouri-Saouter

Have you ever wondered what it would be like to look into the future? With climate change on the horizon, many hope to understand what we are walking into. So, what if we could get a glimpse of tomorrow’s forests? What if we could see what this vital ecosystem is becoming or could become? When it comes to Scottish forests, that’s exactly what six researchers have explored*. 

By using forest resource modelling, researchers have projected what would happen to forests in Scotland when different forest restoration activities are applied. In total, 1,411,958 hectares of forests were simulated, within which the forest restoration activities were carried out on 33% of this total area (approximately 463,536 hectares). Forest development under a « Business-As-Usual » scenario and two different restoration scenarios were projected over the next 30 years, until 2055. 

Map of initialized NFI plots in Scotland, in total 15 523 plots. Colour of the bar represents the initial dominant species or species group per plot, and height of the bar shows the initial growing stock volume.

Here’s what the projections reveal about these two restoration scenarios: 

Following current Scottish Government regulations on sanitation felling in larch forests infested with pathogen Phytophthora ramorum, the first scenario focused on the implication of Larch removal on 65,007 hectares (5% of Scotland’s forest area). This large-scale sanitation felling, including the removal of larch trees near infested areas to prevent the spread of pathogen, was followed by the replanting of a mix of future-suitable species such as Sitka spruce, birch, and rowan.

Projection results show a clear increase in harvested volumes during the first five years as a direct result of the larch removal. However, this short-term rise gradually declines and stabilizes over time, aligning with the harvested volumes observed in Business-As-Usual scenario. Replanting with a diverse mix of future-suitable species also supports faster forest recovery and has a positive long-term effect on soil carbon stocks.

Since the primary constraint to the management of productive forests in Scotland is the risk of wing damage, the second scenario meant to support the conversion of 28% of Sitka spruce forests located in high-risk wind areas to coniferous continuous cover forest (CCF), creating more complex and diverse forest structures. Despite an overall decline in growing stock and harvested volumes, forest structure began to shift: after 30 years, more medium- to large-sized Sitka spruce trees (20–50 cm in diameter) were present.

This structural diversification is expected to result in higher growing stock volumes and greater structural diversity in Sitka spruce forest stands in wind-prone areas, potentially contributing to improved resilience over the next three decades. 

Growing stock (m3/ha) development per species over diameter classes (cm) from 2025 till 2055 for the three different scenarios.

Today, monocultures of Sitka spruce cover 45% of Scottish forests. But recent shifts in UK forest policies are set to transform this landscape, reducing these vast monocultures to create room for more structurally diverse forests. These changes hold great promise for improving biodiversity, flood mitigation, and the recreational value of these forests. 

These scenarios, brought to life through advanced forest resource modelling, give us the chance to better understand the trajectories and consequences of applied restoration measures. A glimpse into tomorrow’s forests that could significantly change their course. 

*Projections of Scottish forest restoration activities are part of SUPERB project’s deliverable D6.5 on the projected ecosystem data and were carried out by Sara Filipek, Silke Jacobs, Tom Locatelli, Bruce Nicoll, Daniele Ferraretto and Gert-Jan Nabuurs.

Forest owner of SUPERB demo site wins German Forest Award 2025 

Torsten Dörmbach, a forest owner and practitioner in the Wipperfürth demo area of North Rhine-Westphalia (NRW), has been awarded the German Forest Award 2025 in the category forest owner. 

After bark beetles and drought wiped out his spruce stands in 2018, Dörmbach didn’t just replant. He used the setback to transform 45 hectares of family-owned forest into a resilient mixed woodland. Nearly 60,000 young trees from 39 different species now grow on his land – part of a long-term effort to build climate-adapted, biodiverse forests. 

In line with SUPERB’s mission, his approach combines ecological insight with hands-on action:

– Relying on natural regeneration, where young oaks now thrive without planting 
– Allowing dead trees to stand as hunting perches for birds of prey and shelter for wildlife 
– Managing game populations to give new trees a chance to grow 
– Recognizing the value of species like rowan, once removed as weeds, as part of a more diverse and resilient forest – reflecting a shift in forestry knowledge and practice. 

While it may take decades before the forest becomes economically viable again, Dörmbach is thinking ahead – not only for his family, but for the entire Bergisches Land region. If restoration efforts succeed, he says, the forest will once again provide essential ecosystem services like clean water, air filtration, erosion control and climate change buffering. 

Find the original article here (in German) 

Photo: WDR 

Advancing Forest Intelligence: New FORWARDS Calls Strengthen Climate-Resilient Monitoring Across Europe

FORWARDS, a Horizon Europe project, is developing the https://forwards-project.eu/the-forestward-observatory/ForestWard Observatory – a cutting-edge, pan-European tool to monitor and evaluate the impacts of climate change on forests. This initiative will support informed, practical forest management decisions across Europe. Currently, the project is launching 2 calls:

Call 1 “G-03-2025: Pilots of long-term climate impact forest monitoring sites: Linking stand-level information and remote sensing” invites projects that connect long-term forest monitoring sites with advanced remote sensing technologies, aiming to unlock the full potential of existing networks such as ICP Forests, ICOS, or LTER. While these sites already offer valuable data, many are not yet optimized to assess climate change impacts. This call seeks to bridge that gap by integrating hyperspectral remote sensing, ideally from aircraft platforms, with robust on-site ground-truthing.

Call 2 “G-04-2025: Pilots of long-term climate impact forest monitoring sites: Providing temporally resolved ecosystem-level information on the effects of climatic drivers on forest structure and function in near real-time” seeks to enhance the capabilities of existing forest monitoring sites – particularly, but not limited to, networks like ICP Forests, ICOS, and LTER – to better assess the impacts of climate and extreme weather events on trees and forest ecosystems. While these sites already provide essential long-term data, there is a pressing need to expand their potential to capture short-term, climate-driven changes. The call specifically invites projects that apply nowcasting approaches, such as monitoring tree water deficit with point dendrometers during drought events. By integrating these real-time stress indicators with existing long-term datasets, the goal is to create a more dynamic and responsive forest monitoring system. This combined approach will offer deeper insights into how forests respond to climatic extremes, enabling more effective adaptation strategies and contributing to the development of the ForestWard Observatory

Apply before 24 August and get a grant of max 145k for your pilot projects!

After the Storm: Pathways to forest recovery and restoration in Ireland and beyond – now online!

Restoration Story by Daria Kononenko

The Forest Restoration Talks returned on June 11 with a timely and pressing question: what happens after a severe windstorm in the forest? With storm Éowyn leaving a clear mark on Irish forests in spring 2025 – uprooted trees, fragmented canopies, and policy gaps laid bare – experts and practitioners came together to exchange knowledge on what recovery and restoration should look like. 

Hosted in collaboration with the Integrate Network, the TRANSFORMIT project, the SUPERB project, and FoRISK – the Pan-European Forest Risk Facility, the webinar focused on how to respond to extreme disturbance events, strengthen forest resilience, and adapt forestry practices and management for the future. 

What happened during Storm Éowyn? 

Storm Éowyn was the strongest storm ever recorded in Ireland, with wind speeds topping 184 km/h. The impact was severe: around 26,000 hectares of forest were damaged. Much of the damage occurred in mature conifer stands growing on wet mineral and peat soils. Sitka spruce was by far the most affected species. Forest structure and management history played a clear role in vulnerability – about half of the damaged area had been thinned at least once, raising questions about how timing and intensity of thinning influence resilience. As discussed in the webinar, factors like mixed species, varied age classes, and selective thinning can strengthen forest resilience, though no forest is entirely immune to disturbance.

What can we learn from other countries’ experience? 

In North Rhine-Westphalia (NRW), one of Germany’s most forested regions, storms, droughts, and bark beetle outbreaks have left a visible mark. In response, the region developed a comprehensive reforestation strategy focused on resilience. Instead of replanting the same vulnerable species, forests are being rebuilt with a mix of four or more tree species, carefully selected to suit local soil and climate conditions. These “forest development types” also account for different forestry goals – from biodiversity and water retention to recreation and timber production. 

Support for forest owners goes beyond written guidelines – which is particularly important because more than half of NRWs forests is privately owned, with many small-scale owners. On-site advice, workshops, and even online courses help owners make informed decisions. A key digital tool, Waldinfo.NRW (in German), offers site-specific guidance, including climate scenario projections and tree suitability maps. This approach puts long-term forest health first – with a focus on climate stability, provision of diverse ecosystem services, and forest vitality. 

Policy and the power of networks 

One recurring theme was the need for policies that don’t slow down action, but help respond quickly and effectively when disturbances hit. Another important factor highlighted was the role of expert networks and coordinated planning. These networks are essential to ensure that knowledge and lessons learned from past disturbances are not lost between events. Initiatives like the Forest Risk Facility and the Integrate Network are seen as essential platforms to ensure cross-border learning and coordinated action. 

Storms like Éowyn expose weaknesses – but also reveal where we can improve. By rethinking planting strategies, improving management transparency, and giving forest owners the tools to both better prevent and respond, the sector can transform storm recovery into long-term resilience. While extreme events may be inevitable, the way we prepare and react is very much in our hands. 

Missed the webinar? Watch the full recording here. 

Learning from the land and learning from each other

Restoration experiences across Europe: from regional Germany to Europe

Restoration Story by Gesche Schifferdecker

Once upon a time, the forests of North Rhine-Westphalia (NRW), Germany, were dominated by towering spruces. These fast-growing evergreens had been the region’s economic backbone for decades. But with the impacts of climate change, drought, and bark beetle infestations, about 60% of the spruce trees have vanished. Today, forestry experts support nature in writing a new story – one where beech, oak, and hornbeam are stepping into the spotlight.

That was the backdrop for a recent SUPERB workshop and excursion in NRW, where forest owners and managers, researchers, and policy experts from across Europe came together to share insights, challenges, and inspiration around upscaling forest restoration.

Rebuilding the forest: one tree at a time – and with a fence?

So how are forests in NRW bouncing back? About half of the affected areas have been reforested, either through planting or natural regeneration, we learned from our partners who are managing the NRW Demo Area. Private nurseries are the main source of seedlings, and forest owners receive subsidies depending on the type of forest they aim to develop. One of the quiet but persistent challenges of forest restoration is managing wildlife – particularly deer. In many parts of NRW and the rest of Europe, for example in Spain, high deer populations pose a serious threat to young trees, especially broadleaf species like oak and beech. Deer prefer tender shoots and bark for browsing and fraying, often stripping entire stands of newly planted saplings. To combat this, forest owners increasingly rely on fencing – but this is costly, labour-intensive, and not always feasible over large areas. The situation raises a bigger question in Europe: how should game populations be managed in landscapes undergoing ecological restoration? Balancing biodiversity goals with hunting traditions and wildlife protection requires careful dialogue and integrated game management strategies, the workshop participants emphasized. Without it, even the best restoration plans can be undone by hungry herbivores.

The challenge of restoring Natura 2000 areas

Looking at the NRW example, the group discussed that restoring forests within Natura 2000 areas presents a unique set of challenges. These protected zones are governed by strict conservation objectives, often focused on maintaining or restoring specific historic habitat types and species. At the same time, forests are dynamic, and as climate conditions shift, so do ecosystems. What grows well today may not survive tomorrow. This creates tension: how do we preserve a forest in its “official” state when nature itself is changing? Add to that the complexity of different interpretations of Natura 2000 regulations, and it becomes clear why many local implementers struggle. There’s also limited flexibility in adapting conservation plans to reflect new realities like drought, disease, or shifting species ranges – all of which are becoming more common in a warming world, the workshop participants agreed.

Learning from our neighbours

The workshop wasn’t just about NRW. Guests from Sweden, Spain, Serbia/Croatia, and other regions shared their stories, each with their own flavor:

  • Sweden is grappling with low biodiversity due to clear-cutting. So, when a rare bird – the white-backed woodpecker – was spotted, it sparked public interest and increased restoration action. Collaboration with indigenous Sámi communities and local municipalities shows that success often comes from working together.
  • Spain is planting chestnut trees to support both nature and rural communities, with a special focus on avoiding forest fires and supporting wildlife like the brown bear. Their secret for stakeholder engagement? Hosting workshops in the evenings or weekends, making it easier for people to join in.
  • Croatia and Serbia are working across borders to restore floodplain forests, aiming to replace degraded land with healthy oak woodlands. A strong partnership with policymakers and a high proportion of state-owned forests make their large-scale efforts possible.

Common ground and big questions

Throughout the event, a few big themes kept surfacing. Upscaling restoration is usually more complex than most people realise People often need new knowledge, enough plant supplies, and support to manage herbivores like deer. There’s also the human side: tensions around land use, different interpretations of conservation rules, and the challenge of aligning different stakeholders’ values.

However, the workshop demonstrated that there are many initiatives across Europe that show how through collaboration and holistic thinking our forests can thrive. For instance, in the Danube region, a dedicated Forest Restoration Task Force is making waves, bringing together stakeholders from all five countries of the biosphere reserve as a collaborative platform for advancing river, forest, and grassland restoration, nature-based solutions, sustainable agriculture, ecological monitoring, and more. Danish lawmakers have reached an agreement to plant one billion trees and transform 10% of the nation’s farmland into forests and natural habitats over the next two decades. And in Ireland, the Native Woodland Conservation (NWC) Scheme supports the restoration, conservation and enhancement of existing native woodlands.

Wrapping up: roots of a shared vision

As the workshop drew to a close, participants reflected on three key lessons:
Learn from the land. Learn from each other. Communicate and collaborate!

People may hold different views, shaped by local context, culture, and experience. But most – the so-called “silent majority” – are open to forest restoration, especially when they see its long-term value. What matters is bringing everyone to the table, building trust, and showing what’s possible – one tree, one site, and one community at a time.

NRW is setting the stage with a plan to establish 50 demonstration sites across the region. That way, forest owners and citizens won’t have to travel far to see restoration in action – they’ll find it growing just around the corner.

Group picture (photo: Gesche Schifferdecker)