Finnish Logistics Study Maps Priority Solutions for Complex Freight Emissions Reporting

The study evaluated 33 operational and systemic hurdles, concluding that widespread adoption of harmonized calculation standards and binding political guidance are essential to resolve deeply interconnected reporting bottlenecks across freight supply chains. Published in the European Transport Research Review, the qualitative investigation was conducted by researchers Erika Kallionpää, Riku Viri, Heikki Liimatainen, and Lasse Nykänen. The authors examined how freight transport sectors in Finland and the broader European Union can transition toward an ideal state of emissions monitoring. Yet, empirical consensus regarding which reporting barriers are most urgent and resolvable has remained scarce.

To establish an empirical foundation for evaluating these decarbonization hurdles, the researchers deployed a structured futures workshop framework based on the participatory methodology established by Robert Jungk and Norbert Müllert. Before convening the collaborative workshop in September 2023, the research team synthesized an initial inventory of nineteen distinct reporting challenges using qualitative content analysis and inductive coding. This preparatory data collection drew upon seventeen in-depth expert interviews with eight logistics service providers, six cargo shippers, and three research institutions, alongside two nationwide surveys distributed across Finland. The survey phase yielded 123 responses from shippers, representing a response rate of 4.5 percent, and 119 responses from logistics service providers, reflecting a response rate of 3.1 percent. By consolidating practitioner experiences across diverse commercial sectors prior to the workshop, the investigators ensured that subsequent deliberations addressed authenticated operational frictions rather than theoretical abstractions, providing a comprehensive basis for evaluating urgency, solvability, and stakeholder consensus.

The core empirical inquiry centered on an expert workshop held in Finland that brought together nineteen qualified stakeholders from across the freight transport ecosystem. Sixteen participants engaged in person across three small working groups, while three contributors participated remotely through digital conferencing. The research team deliberately selected individuals with established expertise from national industry bodies, including the Logistics Digitalisation Forum organized by the Ministry of Transport and Communications, the Finnish Association of Purchasing and Logistics, and the Association of Logistics Companies. Small group structures allowed participants to debate contested operational realities directly, while facilitator influence was controlled through standardized templates and silent ideation.

Working within a modified Eisenhower decision matrix that substituted task importance with practical solvability, workshop participants mapped reporting barriers along an X-axis measuring temporal urgency and a Y-axis measuring technical difficulty. In addition to the nineteen pre-identified challenges, attendees introduced fourteen new operational obstacles, expanding the evaluation catalog to thirty-three distinct challenges across five broad thematic domains: methodology and standardization, data availability and quality, organizational capabilities, governance and political guidance, and market dynamics. The matrix defined urgency across three temporal horizons: immediate resolution required within one year, intermediate solutions expected within three to five years, and long-term developments evolving over a decade or more. Solvability was gauged from straightforward implementation to severe institutional difficulty. By averaging group consensus scores, the researchers identified distinct clusters of barriers, distinguishing obstacles that industry practitioners consider immediately actionable from entrenched structural deficits that require coordinated international governance and major technical investment.

The matrix evaluation isolated eight urgent challenges that industry stakeholders classified as relatively easy to resolve within twelve months. These immediate priorities included inadequate stakeholder communication, unobtainable emissions data, difficulty determining an appropriate volume of disclosures, proliferation of competing calculation standards, poor data comparability, the absence of a standardized calculation methodology, variability in reporting accuracy, and customer requests for diverse information formats. Participants achieved unanimous placement consensus regarding the need to harmonize standard selection, establish common calculation rules, and define appropriate disclosure depth.

Conversely, the analysis positioned nine pressing challenges in the upper-left matrix quadrant, designating them as urgent yet exceptionally difficult to resolve under current commercial arrangements. Participants emphasized that corporate leadership often fails to support carbon accounting initiatives until external market pressures mandate compliance. Furthermore, shippers frequently resist more precise calculations when refined methodologies reveal higher actual emissions totals than previous rough estimates. At the outer extremes, competitive fears surrounding data sharing and shortages of qualified environmental certifiers were judged as less urgent or secondary to basic methodology development.

Following the initial matrix mapping, the expert groups distilled the thirty-three items down to five primary systemic challenges requiring structured intervention pathways: data comparability, severe resource and competence shortages, inadequate recognition of emissions data value, divergent organizational maturity stages, and absent political guidance. The researchers synthesized structured solution mechanisms designed to address each focal barrier in parallel. To overcome competence and staffing deficits, the workshop recommended multi-tiered training programs organized through universities, trade unions, and logistics associations, combined with peer-to-peer learning networks.

To conceptualize the systemic mechanisms governing adoption across corporate supply chains, the authors framed their findings through the Technology-Organization-Environment framework originally formulated by Louis Tornatzky and Mitchell Fleischer. From an organizational perspective, companies must cultivate internal environmental awareness, commit dedicated executive resources, and pursue continuous organizational learning rather than treating reporting as a temporary public relations requirement. Environmentally, adoption is propelled by external market incentives, customer scrutiny, and unambiguous regulatory mandates. The study highlighted that the European Commission’s CountEmissions EU framework, which references the ISO 14083:2023 international standard for calculating greenhouse gas emissions from passenger and freight transport operations, offers a crucial foundation; however, statutory national policies and designated regulatory oversight bodies remain essential to enforce compliance.

The workshop participants articulated a comprehensive vision of an ideal emissions reporting ecosystem and evaluated the operational value generated by overcoming existing barriers.

Despite the actionable nature of the proposed solutions, the investigators acknowledged several methodological limitations inherent to exploratory participatory research. Because the empirical workshop gathered nineteen stakeholders operating within the Finnish transport market, the findings reflect institutional and geographical conditions specific to Northern Europe, requiring further validation across broader international jurisdictions and developing freight sectors. Additionally, while facilitator bias was mitigated through standardized recording templates, silent Post-it ideation, and participant voting, qualitative group dynamics inherently reflect the personal perspectives and market influence of individual attendees. At the time of the workshop, legislative negotiations surrounding the final CountEmissions EU text were still in progress, leaving regulatory timelines subject to ongoing political revision. Nevertheless, the study provides a robust empirical blueprint demonstrating that fragmented carbon accounting cannot be solved by digital tools alone, requiring instead an integrated framework combining binding standards, cross-sector educational initiatives, and proactive supply chain leadership.

Subject of Research: Challenges, solutions, and ideal frameworks for greenhouse gas emissions reporting in freight logistics

Article Title: Challenges and solutions towards ideal emissions reporting in logistics

Article References: Kallionpää, E., Viri, R., Liimatainen, H., & Nykänen, L. (2026). Challenges and solutions towards ideal emissions reporting in logistics. European Transport Research Review, 18(1), Article 50. https://doi.org/10.1186/s12544-026-00821-5

Image Credits: AI Generated

DOI: 10.1186/s12544-026-00821-5

Keywords: logistics emissions reporting, freight transport decarbonization, carbon accounting, ISO 14083:2023, CountEmissions EU, Corporate Sustainability Reporting Directive, supply chain emissions, TOE framework, Eisenhower matrix, futures workshop, logistics service providers, cargo shippers, data comparability, greenhouse gas emissions, freight forwarding, transport policy, emissions factor database, digital logistics tools