๐ด๐งฌ This study explores the trophic plasticity of a tropical seabird using DNA metabarcoding and stable isotope analyses. By combining molecular and biochemical tools, researchers uncover detailed insights into the bird’s dietary diversity and foraging behaviors. ๐ฆ๐ฌ
๐๐ The results reveal flexible feeding strategies shaped by environmental conditions and prey availability. DNA evidence highlights a broad prey spectrum, while isotope signatures show long-term dietary trends and habitat use. ๐๐งช
๐๐ Together, these methods offer a comprehensive understanding of seabird ecological adaptability. The findings improve knowledge of marine ecosystem dynamics and help predict seabird responses to climate-driven changes in ocean resources. ๐ค๐ก️๐
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