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Real-world hearing assessments with audiovisual tasks show greater sensitivity than traditional clinical measures

Real-world hearing assessments with audiovisual tasks show greater sensitivity than traditional clin…
Photo by Mark Paton / Unsplash
Key Takeaway
Consider real-world audiovisual tasks and real-time self-reports as potentially more sensitive hearing assessments, but evidence is correlational.

This within-subjects correlational study evaluated whether hearing assessments incorporating real-world factors provide a more accurate reflection of everyday hearing challenges compared to traditional clinical measures. The study included adults with normal hearing or mild to moderate hearing loss, though the sample size was not reported. Participants underwent a single 2–3-hour session comparing assessments incorporating visual information, assessment focus, interactive communication, and natural environments against traditional clinical measures (audiometry and self-report questionnaires).

Key findings showed that speech intelligibility and listening comprehension tasks in noise, especially those with audiovisual cues, were most sensitive to hearing difficulties. Real-time self-reports of speech understanding and listening effort strongly correlated with both objective performance and audiogram results. In contrast, retrospective self-reports were less predictive of hearing challenges. Measures of vocal effort in noise reflected perceived listening effort but did not reliably indicate hearing loss. No specific effect sizes, absolute numbers, or statistical significance values were reported for these outcomes.

Safety and tolerability data were not reported. The study has several limitations: it was correlational in design, preventing causal conclusions; sample size and setting were not reported; and generalizability beyond the study population is uncertain. The authors suggest assessments designed to better approximate real-world listening conditions provide a more sensitive and individualized evaluation of hearing ability than traditional clinical tests alone, potentially supporting more effective and personalized interventions. However, clinicians should interpret these findings cautiously given the study's methodological constraints.

Study Details

Study typeCohort
EvidenceLevel 3
PublishedApr 2026
View Original Abstract ↓
ObjectiveTraditional audiological assessments, such as the audiogram, often fail to capture the complexity of real-world hearing experiences. This study aims to determine whether hearing assessments that incorporate key real-world factors: the presence of visual information, the focus of assessment, the interactive nature of communication, and the naturalness of the environment, provide a more accurate and ecologically valid reflection of individuals' everyday hearing challenges compared to traditional clinical measures.MethodsIn this within-subjects correlational study, adults with normal hearing or mild to moderate hearing loss completed a single 2–3-h session. Assessments included audiometry, self-report questionnaires, and speech-in-babble tasks in both auditory-only and audiovisual formats. For participants with a familiar partner, additional conversation and podcast listening tasks were conducted in both quiet and noisy environments. Objective and subjective outcomes were analyzed across assessment type, modality, environment, and noise condition.ResultsSpeech intelligibility and listening comprehension tasks in noise, especially those with audiovisual cues, were most sensitive to hearing difficulties. Real-time self-reports of speech understanding and listening effort, collected during tasks, strongly correlated with objective performance and audiogram results, while retrospective self-reports were less predictive. Measures of vocal effort in noise reflected perceived listening effort but did not reliably indicate hearing loss.ConclusionAssessments designed to better approximate real-world listening conditions, such as audiovisual intelligibility tasks, listening comprehension, and real-time self-report, provide a more sensitive and individualized evaluation of hearing ability than traditional clinical tests alone. Structuring assessments around real-world factors can support more effective and personalized interventions.
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