Bioacoustics data archives management standards and management technology progress
Background & Aims:In recent years,bioacoustics monitoring has emerged as a crucial tool for biodiversity conservation,enabling a continuous,real-time,and non-invasive means to gather data on various species and their habitats.This method provides superior efficiency and coverage compared to traditional field surveys and observations.However,the vast amount of diverse bioacoustics data generated presents significant challenges in terms of storage,management,and analysis.This review aims to systematically outline the characteristics and management standards of bioacoustics data archives.It highlights the latest advancements in recording and storage technologies and explores the value and challenges of bioacoustics data archiving in practical applications.Additionally,this review also provides an overview of the current state of bioacoustics databases and data-sharing platforms,both domestically and internationally.Progress:Bioacoustics data archives are systematic repositories dedicated to the preservation and management of bioacoustics data.These archives include raw audio recordings,metadata detailing recording times,locations,and equipment specifications,and processed data derived from species identification and classification tools.These archives are essential for biodiversity conservation efforts,as they store crucial data on species'vocalizations,behaviors,and interactions.Standardized management protocols are essential for ensuring data integrity,accessibility,and usability.Recent technological advances have facilitated better data collection,processing,and storage methods,making bioacoustics monitoring more scalable and sophisticated.Conclusion:The development and implementation of advanced bioacoustics data management and archiving systems are pivotal for effective biodiversity monitoring and conservation.By leveraging the latest technological advancements,bioacoustics data archives can significantly enhance automated data annotation,storage efficiency,intelligent retrieval,and real-time sharing capabilities.These improvements will help meet the increasing demands of bioacoustics monitoring,evaluation,and historical baseline establishment,thereby significantly supporting biodiversity conservation efforts.
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