Population biology and vulnerability to fishing of deep-water Eteline snappers

Keyphrases

• Population Ecology 100%
• Snapper 100%
• Natural Mortality 100%
• Population Vulnerability 100%
• Fishing Mortality 100%
• Vulnerability to Fishing 100%
• Fisheries 66%
• Age-based 66%
• Fork Length 66%
• First Capture 66%
• Effective Management 33%
• Growth Model 33%
• Low Dose Rate 33%
• Demographic Parameters 33%
• Biological Data 33%
• Approaches to Management 33%
• Pacific Region 33%
• Management Measures 33%
• Etelis Carbunculus 33%
• Total Mortality 33%
• Fisheries Data 33%
• Spawning Stock Biomass 33%
• Sectioned Otoliths 33%
• Deep-sea Fish 33%
• Logistic Model 33%
• Best Approximating 33%
• Per-recruit Model 33%
• Biological Reference Points 33%
• Subtropical Pacific Ocean 33%
• Recruitment Analysis 33%
• Mixed Fisheries 33%
• Fishing Mortality Rate 33%
• Gear Selectivity 33%
• Biological Targets 33%
• Water Stock 33%
• Von Bertalanffy Model 33%
• Local Depletion 33%

Agricultural and Biological Sciences

• Biological Sciences 100%
• Snapper 100%
• Spawning 50%
• Growth Models 50%
• Otolith 50%
• Etelis 50%

Earth and Planetary Sciences

• Deep Water 100%
• Natural Mortality 75%
• Environmental Impact Assessment 25%
• Spawning 25%
• Pacific Region 25%
• Pacific Ocean 25%
• Gear Selectivity 25%