Insights into mixing and movement of South Pacific albacore Thunnus alalunga derived from trace elements in otoliths

Keyphrases

• Trace Elements 100%
• Otolith 100%
• South Pacific 100%
• Thunnus Alalunga 100%
• Albacore 100%
• New Zealand 40%
• New Caledonia 40%
• Temperature Effect 20%
• Environmental Factors 20%
• Life History 20%
• Knowledge Gaps 20%
• Effective Management 20%
• Movement Patterns 20%
• Laser Ablation Inductively Coupled Plasma Mass Spectrometry (LA-ICP-MS) 20%
• Data Integration 20%
• Geographical Range 20%
• Connection Degree 20%
• Controlled Experiment 20%
• Ablation 20%
• Stock Structure 20%
• Migration Routes 20%
• Tuna 20%
• Spatial Comparison 20%
• Commercially Important 20%
• South Pacific Ocean 20%
• Mixing Patterns 20%
• Catch Data 20%
• Vertical Behavior 20%
• Move Structure 20%
• Tag Return 20%
• Environmental Reconstruction 20%
• French Polynesia 20%
• Polynesian 20%
• Exploited Population 20%
• Ocean Fronts 20%
• Capture Location 20%
• Commercial Catch 20%
• Reconstruction-based 20%
• Sub-annual 20%
• Full Life 20%
• Biophysical Factors 20%
• Ocean Circulation Model 20%

Earth and Planetary Sciences

• Trace Element 100%
• Oceania 100%
• New Zealand 66%
• New Caledonia 66%
• Chemical Element 33%
• Stock Structure 33%
• South Pacific Ocean 33%
• Migration Route 33%
• Ocean Circulation 33%
• French Polynesia 33%