Modeling the implications of multiple hatching sites for larval dynamics in the resurgent Saginaw Bay walleye population

Keyphrases

• Saginaw Bay 100%
• Walleye 100%
• Larval Dynamics 100%
• Alewife 40%
• Spawning Habitat 40%
• Environmental Conditions 20%
• Multi-location 20%
• Seasonal Variation 20%
• Hydrodynamic Model 20%
• Predation 20%
• Recruitment Success 20%
• Model Particle 20%
• Larval Growth 20%
• Habitat Management 20%
• Low-level Control 20%
• Lake Huron 20%
• Particle Transport Simulation 20%
• River Systems 20%
• Larval Fish 20%
• Prey Availability 20%
• Water Current 20%
• Bioenergetic Model 20%
• Individual-based 20%
• Habitat Restoration 20%
• Recruitment Variability 20%
• Hatching Date 20%
• Portfolio Effect 20%
• Early-life Environment 20%
• Saginaw River 20%
• Inner Bay 20%
• Date-driven 20%

Earth and Planetary Sciences

• Hatching 100%
• Spawning 66%
• Predation 33%
• Annual Variation 33%
• River System 33%
• Lake Huron 33%
• Bioenergetics 33%
• Prey Availability 33%
• Water Current 33%
• Habitat Management 33%

Agricultural and Biological Sciences

• Hatching 100%
• Spawning 66%
• Predation 33%
• Water Currents 33%