New framework turns forest ecosystem-service trade-offs into management action

Forest planners routinely face a stubborn translation problem: scientific maps of ecosystem-service bundles, synergies and trade-offs do not by themselves tell a forester what to do on the ground. A new open-access study, published on 9 October 2026 in Environmental Sciences Europe, proposes a pathway-based framework designed to close that gap, linking ecosystem-service knowledge directly to decision units, management specifications, alternatives and monitoring. The work was developed through a targeted conceptual synthesis and illustrated with distinct Czech and Slovak case materials.

At the core of the framework are four non-exclusive and potentially interacting pathways: biophysical, management-mediated, experience-based and governance-conditioned. Each pathway is tied to the information it requires, the management outputs it can support and the monitoring it demands. A supplementary service-quality alignment map, heuristically adapted from the organisational gap logic of the SERVQUAL conceptual model, connects six links in the service chain: societal needs, management interpretation, service specifications, delivery potential, public experience and feedback.

The Czech illustration draws on a quota-based computer-assisted personal interviewing (CAPI) survey of 1,000 respondents. Relaxation and mental well-being was the most frequently selected forest benefit, chosen by 53.7% of participants, followed by clean air and microclimate at 39.7% and water retention at 33.2%. Notably, 75.3% of respondents stated support for state compensation of forest owners who provide such public benefits, a figure that speaks directly to the governance-conditioned pathway of the framework.

The Slovak illustration comes from a source-reported environmental scenario for the Poloniny region, where biodiversity potential improved on approximately 51.0% of the area and recreation potential on 15.6%. The authors are explicit that the Czech and Slovak materials are neither pooled nor treated as a comparative or validation dataset; instead, each illustrates a distinct interface of the framework at its native scale. This separation is a deliberate methodological choice, guarding against over-claiming from two dissimilar sources of evidence.

The framework culminates in a six-step workflow that connects problem definition and pathway diagnosis with information selection, management specifications, scenario appraisal, implementation, communication and adaptation. The alignment map functions as an organising heuristic for prospective evaluation while retaining pathway-specific scales and claim boundaries. Because the article was shared early as a peer-reviewed, accepted version of record in progress, some details may be refined in the final published version.

Subject of Research: A pathway-based framework for translating forest ecosystem-service interactions into forest management decisions, illustrated in Czechia and Slovakia

Article Title: Translating forest ecosystem-service interactions into management action: a pathway-based framework illustrated in Czechia and Slovakia

Article References: Riedl, M., Němec, M., Sarvašová, Z., Jarský, V., & Sedliak, M. (2026). Translating forest ecosystem-service interactions into management action: a pathway-based framework illustrated in Czechia and Slovakia. Environmental Sciences Europe. https://doi.org/10.1186/s12302-026-01544-z

Image Credits: AI Generated

DOI: 10.1186/s12302-026-01544-z

Keywords: forest management, ecosystem services, trade-offs, Czechia, Slovakia, SERVQUAL, public survey, biodiversity, governance, monitoring, Translating, forest