PLANFORLAB

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CHALLENGES AND OPPORTUNITIES

In recent years, forest fires, the incidence of pests and diseases, and the low price of coniferous timber have negatively impacted the forest area dedicated to these species. This has led to the disappearance or transformation of pine forests, raising concerns in the timber industry about the medium-term supply of quality conifer wood. As a result, many forest owners have lost confidence in the economic profitability of plantations. This discouragement has spread among producers, as repeatedly expressed by forest owner associations.

Over the last decade, several forest pathogens (such as fusarium, pine wilt nematode, red and brown band needle diseases, among others) have emerged, threatening these forest stands and potentially causing severe ecological damage or even tree death. Additionally, climate change is introducing extreme weather conditions that may hinder conifer growth and complicate the adaptation of forest management models. These issues are having a strong economic impact on the forestry sector. Forecasts are not encouraging, as a globalized world increases the risk of new pests and diseases spreading and damaging pine forests. However, many new plantations are still established without adequate, high-quality Forest Reproductive Material (FRM). Furthermore, the quantity of disease-resistant FRM remains insufficient, and its effectiveness in the field has not yet been verified.

To address this issue, it is essential to connect the entire forestry sector, ensuring that research advances are quickly transferred to all stakeholders (nurseries, service companies, landowners). Therefore, it is vital to promote innovation projects that involve research centers, companies, and landowner associations. These projects should develop spaces, such as laboratory forests, that serve as research and demonstration plots to assess the behavior and adaptation of different FRM to varied climatic and soil conditions and to test silvicultural strategies resilient to climate change.

Conifer forests supply the raw material that supports most of the sawmilling and technical wood industries in Spain. It is estimated that over 70% of the conifer timber consumed by the Spanish wood industry comes from stands of these species. The primary wood processing industry, including sawmills, panel factories, and biomass plants, is mostly located in Galicia, Castilla y León, and the Basque Country, predominantly in rural areas.

In response to these sectoral needs, PLANFORLAB emerges as an innovative solution, aiming to comprehensively address these challenges and propose solutions that foster industrial synergy and collaboration. Below are the problems and opportunities targeted by the project:

Problems

  • Pest and disease incidence

    The growing presence of pests such as pine nematode, fusarium, and red and brown needle blight poses a direct threat to conifer forest health. These pests may affect the viability of improved genetic material and complicate testing.

  • Climate change

    Extreme weather conditions driven by climate change may alter conifer growth and the effectiveness of forest management models, making forests more vulnerable to pests and environmental changes.

  • Land access

    Ensuring landowner collaboration for establishing laboratory forests can be challenging, as land use perspectives vary and some may be reluctant to commit long-term.

  • Lack of funding

    Securing adequate funding is crucial. A lack of financial resources could limit planned activities, affecting the implementation of monitoring protocols and production of genetic material.

  • Technical limitations

    Advanced techniques for genetic characterization and propagation may require additional training and access to technologies that are not always readily available.

  • Dissemination of results

    Knowledge transfer and the adoption of innovative solutions may be challenging if the results are not effectively communicated or do not align with the needs of forest owners and managers.

Opportunities

  • Genetic improvement innovation

    Advanced techniques such as somatic embryogenesis and cutting rooting enable the production of high-quality genetic material resistant to diseases and pests, creating new possibilities for forest management.

  • Interregional collaboration

    The project promotes collaboration among different autonomous regions, fostering a rich exchange of knowledge and experience that improves practices and strategies nationally.

  • Awareness and engagement

    Communication and dissemination activities can raise awareness of the importance of sustainable forest management and sector research, enhancing public support and participation in conservation efforts.

  • Development of new silvicultural practices

    The creation of silvicultural models adapted to climate change can lead to more sustainable and resilient practices, benefiting both ecosystems and producers.

  • Digital collaboration network

    The creation of a digital platform for data sharing and real-time monitoring can improve coordination between researchers and managers, boosting forest management efficiency and informed decision-making.

  • Growth of the forestry sector

    With increasing interest in sustainability and the bioeconomy, the innovations developed within PLANFORLAB could position the forestry sector as a leader in renewable resource production, contributing to the circular economy.

  • Research and publications

    Conducting research and publishing results can advance knowledge in silviculture and strengthen the reputation of participating institutions as leaders in forest management.