Aviation’s Sustainable Future: Navigating the Sociotechnical Matters of Concern

This study examines the sociotechnical transition to sustainable aviation by identifying four dominant matters of concern (MCs): innovating, operationalizing, prognosticating, and synchronizing. Through discursive text analysis of a curated corpus of 781 documents, the research reveals how these MCs and their associated points of contention co-occur, forming an interdependent system that reflects the contours of stakeholder debates and reveals potential underlying constraints on the transformation to sustainability. Two system-level predictors emerge as critical for steering the sector’s shift from incremental to disruptive innovation. Meta-trajectories reflect the potential to pivot toward transformative technologies such as hydrogen and electrification, while engagement captures the essential roles of public trust, financial alignment, and social legitimacy.

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Publication Details

Journal
Journal of Air Transportation
Published
2025-12-17
DOI
https://doi.org/10.2514/1.d0573
Primary Topic
Advanced Aircraft Design and Technologies
Type
article
Field-Weighted Citation Impact
0.00
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article

Aviation’s Sustainable Future: Navigating the Sociotechnical Matters of Concern

Robert Edgell, Jeffrey Olney, Felipe Henao, William W. Durgin et al.
Journal of Air Transportation
Advanced Aircraft Design and Technologies
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Aviation’s Sustainable Future: Navigating the Sociotechnical Matters of Concern

Robert Edgell, Jeffrey Olney, Felipe Henao, William W. Durgin, Rohan Chappala
article en

Abstract

This study examines the sociotechnical transition to sustainable aviation by identifying four dominant matters of concern (MCs): innovating, operationalizing, prognosticating, and synchronizing. Through discursive text analysis of a curated corpus of 781 documents, the research reveals how these MCs and their associated points of contention co-occur, forming an interdependent system that reflects the contours of stakeholder debates and reveals potential underlying constraints on the transformation to sustainability. Two system-level predictors emerge as critical for steering the sector’s shift from incremental to disruptive innovation. Meta-trajectories reflect the potential to pivot toward transformative technologies such as hydrogen and electrification, while engagement captures the essential roles of public trust, financial alignment, and social legitimacy.

Journal of Air Transportation
SUNY Polytechnic Institute (US)
Openalex Percentile: Top 62%
Advanced Aircraft Design and Technologies
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