DNA Analysis Increases the Utility of Other Stock Identification Methods in Sockeye Fisheries Management

机译：DNA分析增加了其他种群识别方法在红鲑渔业管理中的效用

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Fraser River sockeye return mainly as 4-year olds to coastal waters in one of four run-timing groups: Early Stuart, Early Summer run, Summer run, and Late run. The run-timing groups comprise many independently spawning populations of sockeye in the Fraser River. The characteristic run-timing of these populations relative to one another enables direction of higher exploitation rates toward healthy stocks and reduced fishing on weaker ones. Scale patterns reflect different growing conditions among lakes, and these patterns have been applied successfully to distinguish among Fraser sockeye stocks and runs in the past (Henry 1961).

机译：弗雷泽河（Fraser River）红大马主要以4岁以下的四个年龄组之一返回沿海水域：斯图尔特早期，夏初运行，夏季运行和后期运行。运行时机群包括弗雷泽河中许多独立产生的红鲑种群。这些种群相互之间的特征性运行时机，可以使较高的开发率转向健康种群，并减少对较弱种群的捕捞。尺度模式反映了湖泊之间不同的生长条件，并且这些模式过去已经成功地用于区分弗雷泽红袜种群和奔跑种群（亨利1961）。

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来源
《Workshop on Application of Stock Identification in Defining Marine Distribution and Migration of Salmon》|2003年|123-124|共2页
会议地点 HonoluluH(US)
作者
Stephen J. Latham; Mike Lapointe; Jim Gable; John R. Candy; Terry D. Beacham;
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作者单位

Pacific Salmon Commission, 600-1155 Robson St. Vancouver, British Columbia V6E 1B5, Canada;

Pacific Salmon Commission, 600-1155 Robson St. Vancouver, British Columbia V6E 1B5, Canada;

Pacific Salmon Commission, 600-1155 Robson St. Vancouver, British Columbia V6E 1B5, Canada;

Fisheries and Oceans Canada, Pacific Biological Station, Nanaimo, British Columbia V9T 6N7, Canada;

Fisheries and Oceans Canada, Pacific Biological Station, Nanaimo, British Columbia V9T 6N7, Canada;

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原文格式 PDF
正文语种 eng
中图分类鱼群探测;大马哈鱼;
关键词
stock identification; scale pattern analysis; sockeye; microsatellites;

机译：库存识别；规模模式分析；红眼微卫星;

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专利

1. DNA in Action: Rapid Application of DNA Variation to Sockeye Salmon Fisheries Management [J] . Terry D. Beacham, Michael Lapointe, John R. Candy, Conservation genetics . 2004,第3期

机译：行动中的DNA：DNA变异在红鲑鱼渔业管理中的快速应用
2. An analysis of genetic stock identification on a small geographical scale using microsatellite markers, and its application in the management of a mixed-stock fishery for Atlantic salmon Salmo salar in Ireland [J] . Ensing D., Crozier W. W., Boylan P., Journal of Fish Biology . 2013,第6期

机译：使用微卫星标记在小地理范围内鉴定遗传种群的分析及其在爱尔兰大西洋鲑Salmo salar混合种群渔业管理中的应用
3. Impact and Adaptation Responses of Okanagan River Sockeye Salmon (Oncorhynchus nerka) to Climate Variation and Change Effects During Freshwater Migration: Stock Restoration and Fisheries Management Implications [J] . Kim D. Hyatt, Margot M. Stock well, D. Paul Rankin Canadian Water Resources Journal . 2003,第4期

机译：欧肯娜根河红鲑（Oncorhynchus nerka）对淡水迁移过程中气候变化和变化影响的影响和适应响应：种群恢复和渔业管理意义
4. DNA Analysis Increases the Utility of Other Stock Identification Methods in Sockeye Fisheries Management [C] . Workshop on Application of Stock Identification in Defining Marine Distribution and Migration of Salmon . 2003

机译：DNA分析增加了Sockeye渔业管理中其他库存识别方法的效用
5. Selective Consumption of Sockeye Salmon by Brown Bears: Patterns of Partial Consumption, Scavenging, and Implications for Fisheries Management [D] . Lincoln, Alexandra E. 2019

机译：棕熊选择性消费红牛鲑鱼：部分消费，清除，渔业管理的影响
6. Comparison of coded‐wire tagging with parentage‐based tagging and genetic stock identification in a large‐scale coho salmon fisheries application in British Columbia Canada [O] . Terry D. Beacham, Colin Wallace, Kim Jonsen, 2019

机译：在加拿大不列颠哥伦比亚省的大型银大麻哈鱼渔业应用中将有线编码标签与基于亲本的标签和遗传种群识别进行比较
7. Impact and Adaptation Responses of Okanagan River Sockeye Salmon (Oncorhynchus nerka) to Climate Variation and Change Effects During Freshwater Migration: Stock Restoration and Fisheries Management Implications [O] . Kim D. Hyatt, Margot M. Stockwell, D. Paul Rankin 2003

机译：Okanagan River sockeye salmon（Oncorhynchus nerka）对淡水迁移过程中气候变化和变化影响的影响和适应性响应：种群恢复和渔业管理的影响
8. Northeast Fishery Management Task Force. Methodology for Identification and Analysis of Fishery Management Options [R] . Rothschild, B. J. , Hennemuth, R. C. , Dykstra, J. J. , 1980

机译：东北渔业管理工作组。渔业管理方案的识别和分析方法

DNA Analysis Increases the Utility of Other Stock Identification Methods in Sockeye Fisheries Management

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