Guyanese ethnomusicologist Rohan Sagar has achieved academic recognition through his groundbreaking contribution to the prestigious Palgrave Encyclopedia of Cultural Heritage and Conflict. His chapter, titled “Caribbean Sonic Humanities: Digital Archives, Music Pedagogy, and Computational Preservation,” presents an innovative framework for safeguarding the Caribbean’s diverse musical traditions and cultural expressions against modern threats.
Sagar’s work integrates digital humanities, computational ethnomusicology, and SEED-SCALE methodology to create sustainable cultural preservation models. Rather than advocating for artificial intelligence, his approach emphasizes data science techniques that enable researchers to identify patterns, relationships, and gaps in cultural materials that were previously undetectable through traditional methods.
The ethnomusicologist explained that his methodology allows for the identification of key characters, their frequency of appearance in texts, and their contextual relationships to thematic elements. This computational approach provides educators and students with tools to analyze cultural materials through coding, mathematical functions, and logical systems that produce reproducible results.
Sagar described the publication process as rigorous, involving multiple iterations and expert validation from data science specialists to ensure methodological authenticity. Despite the significance of this academic achievement, Sagar expressed mixed emotions, noting that the publication represents years of intensive work that often felt overwhelming.
The researcher expressed hope that regional educational bodies, particularly the Caribbean Examinations Council (CXC), would recognize the potential of his digital preservation model to address concerning trends in Caribbean education. While hesitant to approach Guyanese policymakers due to previous rejections of innovative ideas, Sagar hopes his work might spark Caribbean-wide conversations about integrating digital tools in cultural education and preservation.