TY - JOUR
T1 - Citizen science-based jellyfish observation initiatives in the Mediterranean Sea
AU - Edelist, Dor
AU - Canepa-Oneto, Antonio
AU - Azzopardi, Joel
AU - Ballesteros, Ainara
AU - Bellido, Jesús
AU - Boero, Ferdinando
AU - Bordehore, Cesar
AU - Deidun, Alan
AU - Fonfría, Eva S.
AU - Gauci, Adam
AU - Gili, Josep Maria
AU - Gueroun, Sonia K.M.
AU - Guy-Haim, Tamar
AU - Kuplik, Zafrir
AU - Leoni, Valentina
AU - Kogovsek, Tjasa
AU - Marambio, Macarena
AU - Mangin, Antoine
AU - Moranduzzo, Thomas
AU - Öztürk, İlayda Destan
AU - Öztürk, Bayram
AU - Palma, Raul
AU - Piraino, Stefano
AU - Robertson, Emily
AU - Savva, Ioannis
AU - Tankovic, Mirta Smodlaka
AU - Souviron-Priego, Lucrecia
AU - Tirelli, Valentina
AU - Troullier, Antoine
AU - Venus, Valentijn
AU - Zampardi, Serena
AU - Angel, Dror L.
N1 - Publisher Copyright:
© The Author(s) 2025.
PY - 2025
Y1 - 2025
N2 - We present Citizen Science-based Jellyfish Observation Initiatives (CS JOIs) across the Mediterranean Basin and propose a path toward standardization of the data they produce. We explored data collection and management through a shared database schema. Using an expert opinion questionnaire and adhering to standards that are recognized globally (e.g., by GBIF, OBIS, and EMODnet) such as Darwin Core and IOOS terminology, we propose a three-stage approach toward data management and standardization. JOIs vary in purpose, function, language, data collection, validation methodology, outreach, and levels of citizen engagement and training. This diversity presents unique opportunities and challenges for data collection and management. JOIs typically combine the dual role of providing real-time alert systems and enhancing our long-term knowledge of jellyfish distribution and, eventually, ecology. When global reporting systems are considered, local initiative identity, language, purpose, and community must be preserved to allow meaningful CS processes to evolve, while the integration of JOIs within them (and data collection and management in general) must be performed via standardized and shared methodologies. Finally, we discuss the contribution of novel technologies toward improving the activities and management of JOIs worldwide.
AB - We present Citizen Science-based Jellyfish Observation Initiatives (CS JOIs) across the Mediterranean Basin and propose a path toward standardization of the data they produce. We explored data collection and management through a shared database schema. Using an expert opinion questionnaire and adhering to standards that are recognized globally (e.g., by GBIF, OBIS, and EMODnet) such as Darwin Core and IOOS terminology, we propose a three-stage approach toward data management and standardization. JOIs vary in purpose, function, language, data collection, validation methodology, outreach, and levels of citizen engagement and training. This diversity presents unique opportunities and challenges for data collection and management. JOIs typically combine the dual role of providing real-time alert systems and enhancing our long-term knowledge of jellyfish distribution and, eventually, ecology. When global reporting systems are considered, local initiative identity, language, purpose, and community must be preserved to allow meaningful CS processes to evolve, while the integration of JOIs within them (and data collection and management in general) must be performed via standardized and shared methodologies. Finally, we discuss the contribution of novel technologies toward improving the activities and management of JOIs worldwide.
KW - Citizen science
KW - Crowdsourcing
KW - Data standardization
KW - Gelatinous zooplankton
KW - Jellyfish
KW - Mediterranean Sea
UR - http://www.scopus.com/inward/record.url?scp=105002062199&partnerID=8YFLogxK
U2 - 10.1007/s10750-025-05852-y
DO - 10.1007/s10750-025-05852-y
M3 - Article
AN - SCOPUS:105002062199
SN - 0018-8158
JO - Hydrobiologia
JF - Hydrobiologia
M1 - e0141060
ER -