Forests play a crucial role in the European Union’s climate goals for 2030 and the long-term aim of becoming climate-neutral by 2050. They act as natural carbon sinks, supply renewable materials, and support diverse ecosystems. Unfortunately, climate change poses severe threats to forests, leading to droughts, pests, wildfires, and more. Policymakers face the challenge of balancing these diverse needs: boosting carbon capture, maintaining productivity, protecting biodiversity, and supporting the bioeconomy.
ForestNavigator is a project designed to help EU and national policymakers create effective strategies for the forest sector. It combines scientific research with economic modeling to create pathways that meet environmental targets while considering climate impacts.
The project’s core is the Policy Modelling Toolbox, which helps craft reliable forest policies by:
- Evaluating climate mitigation potential and adaptation needs.
- Incorporating risks from natural disturbances.
- Assessing impacts on biodiversity and ecosystem services.
- Considering economic interactions with other sectors.
- Integrating near-real-time monitoring data.
Moreover, the ForestNavigator Portal and various data repositories allow users to explore and apply results to their local contexts. The Forest Policy Modelling Forum facilitates collaborations between policymakers and scientists to co-develop useful scenarios.
Recent advancements in data collection have led to the creation of comprehensive datasets, including:
- Information on forest types and their evolution.
- Carbon stocks and changes over time.
- Climate impacts and disturbance risks.
- Biodiversity responses to forest management.
These datasets are invaluable for improving the quality of national greenhouse gas inventories and other regulatory frameworks, providing essential support for forest management strategies at different levels. For example, a recent webinar demonstrated how earth observation data can enhance national forest monitoring.
On a national scale, ForestNavigator strengthens modeling techniques used in National Energy and Climate Plans and aids greenhouse gas reporting. Case studies from countries like the Czech Republic, Ireland, Italy, and Sweden show how advanced modeling can positively influence policy planning.
Expert opinions highlight the importance of forest policies. According to a study by the European Forest Institute, forests are among the top ways to combat climate change, but their effectiveness is lessened by climate impacts and competing land uses. Therefore, long-term strategies must focus on developing resilient forest ecosystems.
ForestNavigator also emphasizes the need to manage synergies and trade-offs effectively. By examining the interplay of carbon storage, biodiversity, and ecosystem services, the project helps policymakers align their climate goals with broader biodiversity objectives and avoid unintended consequences.
Economic factors also play a significant role. The project’s findings shed light on how forests contribute to economic competitiveness and create job opportunities, while also providing monetary values for ecosystem services. These insights are crucial for cost-effective decision-making and the design of emerging policies like carbon farming or payments for ecosystem services.
As collaboration continues through the Forest Policy Modelling Forum, dialogues among scientists and decision-makers grow stronger. This interaction fosters mutual trust and benefits policy development across EU nations.
For an in-depth look at these initiatives and findings, visit the official ForestNavigator site: www.forestnavigator.eu.
