Publications by authors named "Xindong Pan"
Mar Life Sci Technol
November 2024
Article Synopsis
- Climate change, especially extreme weather, impacts population connectivity in migratory species, making it tough to study these effects due to complex migration patterns.*
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- Research on Japanese Spanish mackerel, focusing on their otolith (ear stone) biogeochemistry during a significant El Niño event, showed increased elemental concentrations that indicate changes in population connectivity along China’s coast.*
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- The study suggests that extreme climate events like El Niño can significantly alter migratory patterns and connectivity in fish populations, highlighting the potential of otolith biogeochemistry as a tool for understanding these impacts.*
