This project will synthesize salmon remains recovered from sea lion scat samples with sea lion survey data (sea lion distribution and abundance) and bioeneregetics models (sea lion prey requirements) to assess what species and which stocks of salmon are being impacted by sea lions, and to identify where and when those impacts are occurring.
Related Posts:
- Initiation and improvement of escapement studies for select Fraser River Coho & Chinook populations using electronic augmentation
- A Pilot Study on the Application of Hydroacoustic Surveys to Assess the Abundance of Delaying Sockeye in Southern Georgia Strait
- An Investigation of Cowichan Coho Run Timing and Marine Survival
- Modifications to the Chum Genetic and Environmental Management Model (ChumGEM), a run reconstruction computer model
- Feasibility study of Imaging Sonar at Lillooet River to assess Coho Salmon escapement to the Lillooet Conservation Unit
- Improving real time acquisition of sockeye ‘catch per set’ information from commercial purse seine Individual Transferable Quota (ITQ) fisheries
- Enumeration of Quesnel Basin Interior Fraser Coho using Dual-frequency Identification SONAR
- Cowichan Adult Chinook Enumeration methodology change
- Independent Evaluation of Wild Coho Marine Survival Rates in the Strait of Georgia (Black Creek)
- Understanding the mechanisms of population depression for endangered Cultus Lake Sockeye Salmon to inform fisheries management