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• 1. [Article] Effects of Import and Inventory Amounts on Changes in Wholesale Prices of Salmon in Japan

  Research Paper

  Citation × Citation Citation Abstract Copy Title: Effects of Import and Inventory Amounts on Changes in Wholesale Prices of Salmon in Japan Author: Shimizu, Ikutaro Research Paper Title: Effects of Import and Inventory Amounts on Changes in Wholesale Prices of Salmon in Japan Author: Shimizu, Ikutaro Research Paper Close

• 2. [Article] Salmon consumption at the household level in Japan

  The primary purpose of this study is to investigate the salmon demand of Japanese households. The specific goals are to illuminate the substitutional relationship between salmon and other foods and to examine ...

  Citation × Citation Citation Abstract Copy Title: Salmon consumption at the household level in Japan Author: Kikuchi, Akihiro The primary purpose of this study is to investigate the salmon demand of Japanese households. The specific goals are to illuminate the substitutional relationship between salmon and other foods and to examine seasonal and regional differences in salmon demand. To analyze substitutional relationships and seasonal differences, monthly data on consumption by Japanese households are used. An econometric model was developed in which salmon demand was specified with quantity of salmon consumed as the dependent variable and income (food expenditure), price of salmon and the price of possible substitute commodities as independent variables. To investigate the regional differences, five geographically different regions were selected. Analysis was conducted with annual data. Among the findings are that pork may be a substitute commodity for salmon in Japanese households, and that there are clear seasonal and regional differences in terms of salmon demand at the household level in Japan. Title: Salmon consumption at the household level in Japan Author: Kikuchi, Akihiro The primary purpose of this study is to investigate the salmon demand of Japanese households. The specific goals are to illuminate the substitutional relationship between salmon and other foods and to examine seasonal and regional differences in salmon demand. To analyze substitutional relationships and seasonal differences, monthly data on consumption by Japanese households are used. An econometric model was developed in which salmon demand was specified with quantity of salmon consumed as the dependent variable and income (food expenditure), price of salmon and the price of possible substitute commodities as independent variables. To investigate the regional differences, five geographically different regions were selected. Analysis was conducted with annual data. Among the findings are that pork may be a substitute commodity for salmon in Japanese households, and that there are clear seasonal and regional differences in terms of salmon demand at the household level in Japan. Close

• 3. [Article] Salmon River Hatchery program management plan

  Began with 2016.

  Citation × Citation Citation Abstract Copy Title: Salmon River Hatchery program management plan Year: 2016 Began with 2016. Title: Salmon River Hatchery program management plan Year: 2016 Began with 2016. Close

• 4. [Article] Trophically transmitted parasites as ecosystem indicators : relationships among parasite community structure, juvenile salmon diet composition, and ocean conditions

  Recent research conducted throughout the Northern California Current (NCC) on the ecology of Pacific salmon (Oncorhynchus spp.) indicates that variable ocean conditions affect the community composition ...

  Citation × Citation Citation Abstract Copy Title: Trophically transmitted parasites as ecosystem indicators : relationships among parasite community structure, juvenile salmon diet composition, and ocean conditions Author: Losee, James P. Recent research conducted throughout the Northern California Current (NCC) on the ecology of Pacific salmon (Oncorhynchus spp.) indicates that variable ocean conditions affect the community composition of zooplankton in the nearshore environment which, in turn, can affect the quality of prey for fish, sea birds and mammals. Interannual variability in the quality and composition of the copepod community in the NCC during early marine residency of some Pacific salmon populations is related to survival to adulthood. However, copepods make up a small portion of the diet of coho and Chinook salmon, and the mechanistic linkages between ocean climate, zooplankton composition and salmon prey remain unclear. Parasite analysis provides a supplement to traditional diet analysis that can describe the foraging history of a host species. Coho salmon (O. kisutch) and Chinook salmon (O. tshawytscha) serve as hosts to an array of marine parasites acquired through consumption of infected intermediate hosts such as copepods, euphausiids, and planktivorous fishes. Causing little or no harm to their salmon host, the presence of trophically transmitted parasites provides information on the dietary history of their salmonid host beyond the 24 hours associated with traditional diet analysis. This study (1) examined differences in feeding behavior of coho and Chinook salmon during their early marine residency using both stomach and parasite community analyses and (2) tested the hypothesis that variability in ocean circulation patterns (measured through the Pacific Decadal Oscillation, sea surface temperature (SST) and Bakun's upwelling index) and copepod species composition are related to variability in the community structure of trophically transmitted marine parasites found in juvenile salmon. I compared the abundance and species composition of parasites recovered from juvenile Columbia River coho and upper Columbia River summer and fall Chinook salmon captured off the coast of Washington from 2002 to 2009. I also compared interannual variability in parasite assemblages to physical and biological indices of ocean conditions. Coho and Chinook salmon consumed similar prey taxa; however, the species richness and abundance of trophically transmitted parasites indicated that Chinook salmon consumed a greater diversity and abundance of infected prey. In addition, differences in the abundance of fish in the diet and Anisakis simplex, a parasitic nematode known to infect salmon through fish consumption, suggest that Chinook salmon consistently consumed more fish prey than coho. In contrast, coho appeared to consume more euphausiids as indicated by stomach content analysis and increased abundance of the euphausiid parasite, Rhadinorhynchus trachuri. Shifts in the parasite community composition of both coho and Chinook salmon were related to interannual variability in SST and the biomass of southern-origin copepods (r > 0.7, P < 0.05). The acanthocephalan R. trachuri and a tetraphyllid cestode were associated with "warm" SSTs and greater biomass of lipid-poor, subtropical copepods while the nematode A. simplex was more abundant in years of "cold" SST and a relatively low biomass of subtropical copepods. These results provide novel insight into differences in the diet of Columbia River coho and Chinook salmon and illustrate linkages between ocean climate, zooplankton community composition and salmon diet during early marine residency. Title: Trophically transmitted parasites as ecosystem indicators : relationships among parasite community structure, juvenile salmon diet composition, and ocean conditions Author: Losee, James P. Recent research conducted throughout the Northern California Current (NCC) on the ecology of Pacific salmon (Oncorhynchus spp.) indicates that variable ocean conditions affect the community composition of zooplankton in the nearshore environment which, in turn, can affect the quality of prey for fish, sea birds and mammals. Interannual variability in the quality and composition of the copepod community in the NCC during early marine residency of some Pacific salmon populations is related to survival to adulthood. However, copepods make up a small portion of the diet of coho and Chinook salmon, and the mechanistic linkages between ocean climate, zooplankton composition and salmon prey remain unclear. Parasite analysis provides a supplement to traditional diet analysis that can describe the foraging history of a host species. Coho salmon (O. kisutch) and Chinook salmon (O. tshawytscha) serve as hosts to an array of marine parasites acquired through consumption of infected intermediate hosts such as copepods, euphausiids, and planktivorous fishes. Causing little or no harm to their salmon host, the presence of trophically transmitted parasites provides information on the dietary history of their salmonid host beyond the 24 hours associated with traditional diet analysis. This study (1) examined differences in feeding behavior of coho and Chinook salmon during their early marine residency using both stomach and parasite community analyses and (2) tested the hypothesis that variability in ocean circulation patterns (measured through the Pacific Decadal Oscillation, sea surface temperature (SST) and Bakun's upwelling index) and copepod species composition are related to variability in the community structure of trophically transmitted marine parasites found in juvenile salmon. I compared the abundance and species composition of parasites recovered from juvenile Columbia River coho and upper Columbia River summer and fall Chinook salmon captured off the coast of Washington from 2002 to 2009. I also compared interannual variability in parasite assemblages to physical and biological indices of ocean conditions. Coho and Chinook salmon consumed similar prey taxa; however, the species richness and abundance of trophically transmitted parasites indicated that Chinook salmon consumed a greater diversity and abundance of infected prey. In addition, differences in the abundance of fish in the diet and Anisakis simplex, a parasitic nematode known to infect salmon through fish consumption, suggest that Chinook salmon consistently consumed more fish prey than coho. In contrast, coho appeared to consume more euphausiids as indicated by stomach content analysis and increased abundance of the euphausiid parasite, Rhadinorhynchus trachuri. Shifts in the parasite community composition of both coho and Chinook salmon were related to interannual variability in SST and the biomass of southern-origin copepods (r > 0.7, P < 0.05). The acanthocephalan R. trachuri and a tetraphyllid cestode were associated with "warm" SSTs and greater biomass of lipid-poor, subtropical copepods while the nematode A. simplex was more abundant in years of "cold" SST and a relatively low biomass of subtropical copepods. These results provide novel insight into differences in the diet of Columbia River coho and Chinook salmon and illustrate linkages between ocean climate, zooplankton community composition and salmon diet during early marine residency. Close

• 5. [Article] Catch and escapement of fall chinook salmon from Salmon River, Oregon, 1988

  Project period: 1 May 1988 - 30 April 1989

  Citation × Citation Citation Abstract Copy Title: Catch and escapement of fall chinook salmon from Salmon River, Oregon, 1988 Author: Schindler, Eric D., Jacobs, Steven E., Lewis, Mark A., Oregon Dept. of Fish and Wildlife Project period: 1 May 1988 - 30 April 1989 Title: Catch and escapement of fall chinook salmon from Salmon River, Oregon, 1988 Author: Schindler, Eric D., Jacobs, Steven E., Lewis, Mark A., Oregon Dept. of Fish and Wildlife Project period: 1 May 1988 - 30 April 1989 Close

• 6. [Article] Catch and escapement of fall chinook salmon from Salmon River, Oregon, 1987

  Project period: 15 June 1987 to 30 June 1988.

  Citation × Citation Citation Abstract Copy Title: Catch and escapement of fall chinook salmon from Salmon River, Oregon, 1987 Author: Boechler, Jeffrey L., Jacobs, Steven E., Oregon Dept. of Fish and Wildlife Project period: 15 June 1987 to 30 June 1988. Title: Catch and escapement of fall chinook salmon from Salmon River, Oregon, 1987 Author: Boechler, Jeffrey L., Jacobs, Steven E., Oregon Dept. of Fish and Wildlife Project period: 15 June 1987 to 30 June 1988. Close

• 7. [Article] Estimating pollution abatement costs of salmon aquaculture

  Abstract only.

  Citation × Citation Citation Abstract Copy Title: Estimating pollution abatement costs of salmon aquaculture Author: Sumaila, Rashid, Liu, Yajie, Gulati, Sumeet Abstract only. Title: Estimating pollution abatement costs of salmon aquaculture Author: Sumaila, Rashid, Liu, Yajie, Gulati, Sumeet Abstract only. Close

• 8. [Article] Modeling of Chinook Salmon Runs on the North Umpqua River

  Paper entitled: Modeling of Chinook Salmon Runs on the North Umpqua River

  Citation × Citation Citation Abstract Copy Title: Modeling of Chinook Salmon Runs on the North Umpqua River Author: Jordan, Scott Paper entitled: Modeling of Chinook Salmon Runs on the North Umpqua River Title: Modeling of Chinook Salmon Runs on the North Umpqua River Author: Jordan, Scott Paper entitled: Modeling of Chinook Salmon Runs on the North Umpqua River Close

• 9. [Image] Columbia River Salmon Fisheries

  	2 p. Article detailing the salmon fishing industry on the Columbia River, including providing details on salmon spawning and the use of fish wheels. The use of Chinese, Scandinavian, and Russian immigrants ...
  	Citation × Citation Citation Abstract Copy Title: Columbia River Salmon Fisheries 2 p. Article detailing the salmon fishing industry on the Columbia River, including providing details on salmon spawning and the use of fish wheels. The use of Chinese, Scandinavian, and Russian immigrants in the fishing and canning is described. There is also discussion of the town of Astoria and its expected growth. Title: Columbia River Salmon Fisheries 2 p. Article detailing the salmon fishing industry on the Columbia River, including providing details on salmon spawning and the use of fish wheels. The use of Chinese, Scandinavian, and Russian immigrants in the fishing and canning is described. There is also discussion of the town of Astoria and its expected growth. Close

• 10. [Article] Recovery of Wild Coho Salmon in Salmon River Basin, 2008 Report Number: OPSW-ODFW-2009-10

  Abstract -- Recovery and conservation of naturally self-sustaining salmon populations is a central goal of the Oregon Plan for Salmon and Watersheds. In 1998, the Oregon Department of Fish and Wildlife ...

  Citation × Citation Citation Abstract Copy Title: Recovery of Wild Coho Salmon in Salmon River Basin, 2008 Report Number: OPSW-ODFW-2009-10 Abstract -- Recovery and conservation of naturally self-sustaining salmon populations is a central goal of the Oregon Plan for Salmon and Watersheds. In 1998, the Oregon Department of Fish and Wildlife (ODFW) initiated a comprehensive program to monitor the status of coho salmon (Oncorhynchus kisutch) populations and aquatic habitat in coastal drainages of Oregon (OWEB 2003). A 2005 assessment by ODFW concluded that Oregon coastal coho were viable at the scale of the Evolutionary Significant Unit (ESU) and demonstrated resilience in response to improving ocean conditions. Yet 7 of 21 (33%) individual populations within the ESU failed one or more of five criteria used to assess viability (Chilcote et al. 2005), and it is uncertain whether productivity levels across the ESU will recover sufficiently to withstand future periods of poor ocean conditions. The coho population in Salmon River was the only population in the ESU to fail all five viability criteria. Uncertainty remains about the response of Oregon coastal coho salmon to different combinations of freshwater and marine limiting factors, complicating recovery efforts (Lawson 1993; Lawson et al. 2004; IMST 2006). Such uncertainty cannot be resolved entirely by existing Oregon Plan monitoring programs, which target only a portion of the habitats and coho salmon life stages in large river basins, and with few exceptions (e.g., Johnson et al. 2005), were not designed to test population responses to individual management manipulations. In 2007, in response to the failure of viability criteria, ODFW managers discontinued releases of hatchery coho salmon into Salmon River as one of the primary management actions under the Oregon Conservation Plan for the Oregon Coast Coho Evolutionarily Significant Unit (hereafter “coho plan,” Nicholas 2006). This change affords the first opportunity in Oregon to monitor the results of a large scale experiment in removing hatchery coho salmon from a basin for at least four generations (twelve years). Hatchery production has been a centerpiece of salmon management for decades, but rarely has full recovery from hatchery influence been given a chance to succeed. Salmon River offers a test basin to explore whether an independent population of coho salmon can recover from a prolonged period of very low abundance following removal of the primary factor limiting productivity. Here we describe the first year of a study to monitor the dynamics of the coho salmon population in the Salmon River basin on the central Oregon coast and to determine whether management changes targeting both hatchery influence and stream habitat complexity improve population viability. This research will validate assumptions about factors limiting coho recovery and determine whether recovery measures proposed by the Coho Plan have been effective. Our research is designed to document changes in population abundance, distribution, and life history structure of coho salmon following the removal of hatchery coho salmon from the watershed. It integrates adult, juvenile, and habitat components to establish links and describe variability between juvenile performance and adult recovery. It also monitors the coho salmon population across habitat types and life history stages to identify population responses at a landscape scale. We will establish the link between productivity and survival at each salmon life stage and recovery of the adult population. From these indicators, we will determine the potential resiliency of coho salmon, detail the biological benefits/tradeoffs of returning the ecosystem to natural salmon production, and assess whether supplementation should remain an option in Salmon River. As a conceptual framework, our research design and analyses are guided by the “viable salmonid population” criteria identified by McElhany (2000) and modified by Chilcote et al. (2005) and Nicholas (2006), including abundance, productivity, distribution, diversity, and habitat quality. The results of our new research will be integrated with habitat survey and adult population data collected under the existing Oregon Plan monitoring program and coho salmon population and life history data available from previous Salmon River surveys (Mullen 1978, 1979; Cornwell et al. 2001; Bottom et al 2005; Volk et al. in review). Together these data will address four principal objectives: 1. Quantify viability of the coho salmon population before and after hatchery coho salmon are removed from Salmon River. 2. Assess whether viability of the Salmon River coho population is limited by quantity and complexity of stream habitat. 3. Describe the diversity of juvenile and adult life histories of coho salmon in the Salmon River basin and estimate the relative contributions of alternate juvenile life history to adult returns. 4. Determine salmonid use and benefits of restored tidal wetlands before and after hatchery coho salmon are removed from Salmon River. By synthesizing historic data with new information for the Salmon River basin, we will compare population structure during three distinct periods – pre-hatchery (1974-77), hatchery (1990-2008), and post-hatchery (2009-2013). This annual report discusses the activities and findings from 2008, the first year of the multi-year project, including coho salmon distribution and abundance on the Salmon River spawning grounds, juvenile abundance and distribution in the watershed and estuary, migration timing, and life history diversity. Title: Recovery of Wild Coho Salmon in Salmon River Basin, 2008 Report Number: OPSW-ODFW-2009-10 Abstract -- Recovery and conservation of naturally self-sustaining salmon populations is a central goal of the Oregon Plan for Salmon and Watersheds. In 1998, the Oregon Department of Fish and Wildlife (ODFW) initiated a comprehensive program to monitor the status of coho salmon (Oncorhynchus kisutch) populations and aquatic habitat in coastal drainages of Oregon (OWEB 2003). A 2005 assessment by ODFW concluded that Oregon coastal coho were viable at the scale of the Evolutionary Significant Unit (ESU) and demonstrated resilience in response to improving ocean conditions. Yet 7 of 21 (33%) individual populations within the ESU failed one or more of five criteria used to assess viability (Chilcote et al. 2005), and it is uncertain whether productivity levels across the ESU will recover sufficiently to withstand future periods of poor ocean conditions. The coho population in Salmon River was the only population in the ESU to fail all five viability criteria. Uncertainty remains about the response of Oregon coastal coho salmon to different combinations of freshwater and marine limiting factors, complicating recovery efforts (Lawson 1993; Lawson et al. 2004; IMST 2006). Such uncertainty cannot be resolved entirely by existing Oregon Plan monitoring programs, which target only a portion of the habitats and coho salmon life stages in large river basins, and with few exceptions (e.g., Johnson et al. 2005), were not designed to test population responses to individual management manipulations. In 2007, in response to the failure of viability criteria, ODFW managers discontinued releases of hatchery coho salmon into Salmon River as one of the primary management actions under the Oregon Conservation Plan for the Oregon Coast Coho Evolutionarily Significant Unit (hereafter “coho plan,” Nicholas 2006). This change affords the first opportunity in Oregon to monitor the results of a large scale experiment in removing hatchery coho salmon from a basin for at least four generations (twelve years). Hatchery production has been a centerpiece of salmon management for decades, but rarely has full recovery from hatchery influence been given a chance to succeed. Salmon River offers a test basin to explore whether an independent population of coho salmon can recover from a prolonged period of very low abundance following removal of the primary factor limiting productivity. Here we describe the first year of a study to monitor the dynamics of the coho salmon population in the Salmon River basin on the central Oregon coast and to determine whether management changes targeting both hatchery influence and stream habitat complexity improve population viability. This research will validate assumptions about factors limiting coho recovery and determine whether recovery measures proposed by the Coho Plan have been effective. Our research is designed to document changes in population abundance, distribution, and life history structure of coho salmon following the removal of hatchery coho salmon from the watershed. It integrates adult, juvenile, and habitat components to establish links and describe variability between juvenile performance and adult recovery. It also monitors the coho salmon population across habitat types and life history stages to identify population responses at a landscape scale. We will establish the link between productivity and survival at each salmon life stage and recovery of the adult population. From these indicators, we will determine the potential resiliency of coho salmon, detail the biological benefits/tradeoffs of returning the ecosystem to natural salmon production, and assess whether supplementation should remain an option in Salmon River. As a conceptual framework, our research design and analyses are guided by the “viable salmonid population” criteria identified by McElhany (2000) and modified by Chilcote et al. (2005) and Nicholas (2006), including abundance, productivity, distribution, diversity, and habitat quality. The results of our new research will be integrated with habitat survey and adult population data collected under the existing Oregon Plan monitoring program and coho salmon population and life history data available from previous Salmon River surveys (Mullen 1978, 1979; Cornwell et al. 2001; Bottom et al 2005; Volk et al. in review). Together these data will address four principal objectives: 1. Quantify viability of the coho salmon population before and after hatchery coho salmon are removed from Salmon River. 2. Assess whether viability of the Salmon River coho population is limited by quantity and complexity of stream habitat. 3. Describe the diversity of juvenile and adult life histories of coho salmon in the Salmon River basin and estimate the relative contributions of alternate juvenile life history to adult returns. 4. Determine salmonid use and benefits of restored tidal wetlands before and after hatchery coho salmon are removed from Salmon River. By synthesizing historic data with new information for the Salmon River basin, we will compare population structure during three distinct periods – pre-hatchery (1974-77), hatchery (1990-2008), and post-hatchery (2009-2013). This annual report discusses the activities and findings from 2008, the first year of the multi-year project, including coho salmon distribution and abundance on the Salmon River spawning grounds, juvenile abundance and distribution in the watershed and estuary, migration timing, and life history diversity. Close

• 11. [Article] Canadian chum salmon export market study

  The primary objective of this study was to identify and investigate the underlying basis for variation in the volume of exports of Canadian chum salmon during 1954-1975 period. A number of factors thought ...

  Citation × Citation Citation Abstract Copy Title: Canadian chum salmon export market study Author: Abraham, Gideon The primary objective of this study was to identify and investigate the underlying basis for variation in the volume of exports of Canadian chum salmon during 1954-1975 period. A number of factors thought to be of importance in the determination of the volume of exports of chum salmon were hypothesized. These factors were: chum salmon price» the price of substitute commodities, the consumer income, population, general price level in importing countries, and fluctuations in exchange rates between Canadian currency and the currencies of the importing countries. The theoretical model was reformulated in terms of empirical models of demand for Canadian chum salmon in: West Germany, Sweden, and Italy. The empirical analysis focused upon the effects on annual export volume of changes in prices of Canadian chum salmon, changes in prices of salmon from other countries, and changes in consumer income in importing countries. The results suggest that: (1) in the case of Germany and Sweden, changes in prices of salmon from other countries and changes in consumer income, (2) in Italy, changes in Canadian chum salmon prices and changes in prices of salmon from other countries have been of principal importance in the determination of volume of exports of Canadian chum salmon. Title: Canadian chum salmon export market study Author: Abraham, Gideon The primary objective of this study was to identify and investigate the underlying basis for variation in the volume of exports of Canadian chum salmon during 1954-1975 period. A number of factors thought to be of importance in the determination of the volume of exports of chum salmon were hypothesized. These factors were: chum salmon price» the price of substitute commodities, the consumer income, population, general price level in importing countries, and fluctuations in exchange rates between Canadian currency and the currencies of the importing countries. The theoretical model was reformulated in terms of empirical models of demand for Canadian chum salmon in: West Germany, Sweden, and Italy. The empirical analysis focused upon the effects on annual export volume of changes in prices of Canadian chum salmon, changes in prices of salmon from other countries, and changes in consumer income in importing countries. The results suggest that: (1) in the case of Germany and Sweden, changes in prices of salmon from other countries and changes in consumer income, (2) in Italy, changes in Canadian chum salmon prices and changes in prices of salmon from other countries have been of principal importance in the determination of volume of exports of Canadian chum salmon. Close

• 12. [Article] The demand for salmon in the European Union : the importance of product form and origin

  Research Paper

  Citation × Citation Citation Abstract Copy Title: The demand for salmon in the European Union : the importance of product form and origin Author: Salvanes, Kjell G., Asche, Frank, Bjerndal, Trond Research Paper Title: The demand for salmon in the European Union : the importance of product form and origin Author: Salvanes, Kjell G., Asche, Frank, Bjerndal, Trond Research Paper Close

• 13. [Article] Lower Snake River Compensation Plan; Oregon Spring Chinook Salmon Evaluation Studies - 2015 Annual Progress Report

  Abstract -- This annual progress report summarizes spring-summer Chinook Salmon monitoring data collected by ODFW for the Lower Snake River Compensation Plan (LSRCP) facilities in 2015. Also summarized ...

  Citation × Citation Citation Abstract Copy Title: Lower Snake River Compensation Plan; Oregon Spring Chinook Salmon Evaluation Studies - 2015 Annual Progress Report Abstract -- This annual progress report summarizes spring-summer Chinook Salmon monitoring data collected by ODFW for the Lower Snake River Compensation Plan (LSRCP) facilities in 2015. Also summarized are the associated broodstock monitoring data collected at weirs in the Grande Ronde Basin that are operated by our co-managers, the Nez Perce Tribe (NPT; Lostine River) and Confederated Tribes of the Umatilla Indian Reservation (CTUIR; Catherine Creek and Upper Grande Ronde River). The main objectives of this report are to document and evaluate spring-sumer Chinook Salmon culture performance for hatchery programs and achievement of management objectives in the Imnaha and Grande Ronde river basins (CTUIR and NPT have specific program goals for Chinook returns to Catherine Creek, the Upper Grande Ronde River, Lookingglass Creek, and the Lostine River that are discussed and evaluated in separate reports prepared by each co-management agency). Overall, these data are used to adaptively manage salmon culture practices in order to optimize egg-to-smolt survival rate, smolt quality, smolt-toadult survival rate, the recruits-per-spawner (R:S) ratio, and to monitor spawning in nature by hatchery-reared salmon. Lower Snake River Compensation Plan (LSRCP) ODFW- Eastern Oregon Fish Research (EOFR) Title: Lower Snake River Compensation Plan; Oregon Spring Chinook Salmon Evaluation Studies - 2015 Annual Progress Report Abstract -- This annual progress report summarizes spring-summer Chinook Salmon monitoring data collected by ODFW for the Lower Snake River Compensation Plan (LSRCP) facilities in 2015. Also summarized are the associated broodstock monitoring data collected at weirs in the Grande Ronde Basin that are operated by our co-managers, the Nez Perce Tribe (NPT; Lostine River) and Confederated Tribes of the Umatilla Indian Reservation (CTUIR; Catherine Creek and Upper Grande Ronde River). The main objectives of this report are to document and evaluate spring-sumer Chinook Salmon culture performance for hatchery programs and achievement of management objectives in the Imnaha and Grande Ronde river basins (CTUIR and NPT have specific program goals for Chinook returns to Catherine Creek, the Upper Grande Ronde River, Lookingglass Creek, and the Lostine River that are discussed and evaluated in separate reports prepared by each co-management agency). Overall, these data are used to adaptively manage salmon culture practices in order to optimize egg-to-smolt survival rate, smolt quality, smolt-toadult survival rate, the recruits-per-spawner (R:S) ratio, and to monitor spawning in nature by hatchery-reared salmon. Lower Snake River Compensation Plan (LSRCP) ODFW- Eastern Oregon Fish Research (EOFR) Close

• 14. [Article] Lower Snake River Compensation Plan; Oregon Spring Chinook Salmon Evaluation Studies - 2016 Annual Progress Report

  Abstract -- This annual progress report summarizes spring-summer Chinook Salmon monitoring data collected by ODFW for the Lower Snake River Compensation Plan (LSRCP) facilities in 2015. Also summarized ...

  Citation × Citation Citation Abstract Copy Title: Lower Snake River Compensation Plan; Oregon Spring Chinook Salmon Evaluation Studies - 2016 Annual Progress Report Abstract -- This annual progress report summarizes spring-summer Chinook Salmon monitoring data collected by ODFW for the Lower Snake River Compensation Plan (LSRCP) facilities in 2015. Also summarized are the associated broodstock monitoring data collected at weirs in the Grande Ronde Basin that are operated by our co-managers, the Nez Perce Tribe (NPT; Lostine River) and Confederated Tribes of the Umatilla Indian Reservation (CTUIR; Catherine Creek and Upper Grande Ronde River). The main objectives of this report are to document and evaluate spring-sumer Chinook Salmon culture performance for hatchery programs and achievement of management objectives in the Imnaha and Grande Ronde river basins (CTUIR and NPT have specific program goals for Chinook returns to Catherine Creek, the Upper Grande Ronde River, Lookingglass Creek, and the Lostine River that are discussed and evaluated in separate reports prepared by each co-management agency). Overall, these data are used to adaptively manage salmon culture practices in order to optimize egg-to-smolt survival rate, smolt quality, smolt-toadult survival rate, the recruits-per-spawner (R:S) ratio, and to monitor spawning in nature by hatchery-reared salmon. Lower Snake River Compensation Plan (LSRCP) ODFW- Eastern Oregon Fish Research (EOFR) Title: Lower Snake River Compensation Plan; Oregon Spring Chinook Salmon Evaluation Studies - 2016 Annual Progress Report Abstract -- This annual progress report summarizes spring-summer Chinook Salmon monitoring data collected by ODFW for the Lower Snake River Compensation Plan (LSRCP) facilities in 2015. Also summarized are the associated broodstock monitoring data collected at weirs in the Grande Ronde Basin that are operated by our co-managers, the Nez Perce Tribe (NPT; Lostine River) and Confederated Tribes of the Umatilla Indian Reservation (CTUIR; Catherine Creek and Upper Grande Ronde River). The main objectives of this report are to document and evaluate spring-sumer Chinook Salmon culture performance for hatchery programs and achievement of management objectives in the Imnaha and Grande Ronde river basins (CTUIR and NPT have specific program goals for Chinook returns to Catherine Creek, the Upper Grande Ronde River, Lookingglass Creek, and the Lostine River that are discussed and evaluated in separate reports prepared by each co-management agency). Overall, these data are used to adaptively manage salmon culture practices in order to optimize egg-to-smolt survival rate, smolt quality, smolt-toadult survival rate, the recruits-per-spawner (R:S) ratio, and to monitor spawning in nature by hatchery-reared salmon. Lower Snake River Compensation Plan (LSRCP) ODFW- Eastern Oregon Fish Research (EOFR) Close

• 15. [Article] The size of the Oregon coastal salmon runs in the mid-1800s

  Abstract.- Increasing the abundance of salmon in coastal Oregon rivers and streams is a high priority public policy objective. Salmon runs have been reduced from pre-development conditions (typically defined ...

  Citation × Citation Citation Abstract Copy Title: The size of the Oregon coastal salmon runs in the mid-1800s Author: Meengs, Chad C. Abstract.- Increasing the abundance of salmon in coastal Oregon rivers and streams is a high priority public policy objective. Salmon runs have been reduced from pre-development conditions (typically defined as the 1 850s), but it is unclear by how much. Considerable resources have been allocated to restoring salmon runs, but it is uncertain what the current recovery potential is because much of the freshwater and estuarine habitat for salmon has been altered. The goals of all recovery efforts are based on assumptions, often unstated, for what the size if the runs were prior to significant habitat alteration, coupled with an estimate of the amount and quality of freshwater and estuarine habitat currently available. At one extreme, it may be that current run sizes reflect the recovery potential of the existing salmon habitat. At the other extreme, the recovery potential may be as high as the mid 1800 levels. Historical salmon runs sizes on the Oregon coast were estimated using two methods: (1) Converting aboriginal population levels and their salmon consumption rate into numbers of salmon; (2) Extrapolating cannery pack into numbers of salmon. Annual aboriginal harvest of all salmon species is estimated to have been approximately 10 million pounds/year or between 1.75 million and 5.36 million salmonids, a harvest level similar to that occurring during the height of commercial fishing on Oregon's coastal rivers in the late 1 800s and early 1 900s. Extrapolating cannery pack data, the estimated size of the late 1 800s aggregate runs of coho (Oncorhynchus kisutch) was 1.5-2.5 million. The estimated size of aggregate runs of chinook (Oncorhynchus tshawytscha) runs was 290,000-517,000. Compared to mid 1 800s coho estimates, current runs (during favorable ocean conditions), are 11-19%. During poor ocean conditions, current coho runs are 3-6% of the historical size. Title: The size of the Oregon coastal salmon runs in the mid-1800s Author: Meengs, Chad C. Abstract.- Increasing the abundance of salmon in coastal Oregon rivers and streams is a high priority public policy objective. Salmon runs have been reduced from pre-development conditions (typically defined as the 1 850s), but it is unclear by how much. Considerable resources have been allocated to restoring salmon runs, but it is uncertain what the current recovery potential is because much of the freshwater and estuarine habitat for salmon has been altered. The goals of all recovery efforts are based on assumptions, often unstated, for what the size if the runs were prior to significant habitat alteration, coupled with an estimate of the amount and quality of freshwater and estuarine habitat currently available. At one extreme, it may be that current run sizes reflect the recovery potential of the existing salmon habitat. At the other extreme, the recovery potential may be as high as the mid 1800 levels. Historical salmon runs sizes on the Oregon coast were estimated using two methods: (1) Converting aboriginal population levels and their salmon consumption rate into numbers of salmon; (2) Extrapolating cannery pack into numbers of salmon. Annual aboriginal harvest of all salmon species is estimated to have been approximately 10 million pounds/year or between 1.75 million and 5.36 million salmonids, a harvest level similar to that occurring during the height of commercial fishing on Oregon's coastal rivers in the late 1 800s and early 1 900s. Extrapolating cannery pack data, the estimated size of the late 1 800s aggregate runs of coho (Oncorhynchus kisutch) was 1.5-2.5 million. The estimated size of aggregate runs of chinook (Oncorhynchus tshawytscha) runs was 290,000-517,000. Compared to mid 1 800s coho estimates, current runs (during favorable ocean conditions), are 11-19%. During poor ocean conditions, current coho runs are 3-6% of the historical size. Close

• 16. [Article] Economic Interactions of Farmed Salmon and North American Wild Salmon

  Research Paper

  Citation × Citation Citation Abstract Copy Title: Economic Interactions of Farmed Salmon and North American Wild Salmon Author: Knapp, Gunnar, Anderson, James, Roheim, Cathy A. Research Paper Title: Economic Interactions of Farmed Salmon and North American Wild Salmon Author: Knapp, Gunnar, Anderson, James, Roheim, Cathy A. Research Paper Close

• 17. [Article] Estimating Costs of Sea Lice from Salmon Aquaculture on Wild Salmon Fisheries

  Research Paper

  Citation × Citation Citation Abstract Copy Title: Estimating Costs of Sea Lice from Salmon Aquaculture on Wild Salmon Fisheries Author: Sumaila, Ussif Rashid, Volpe, John, Liu, Yajie Research Paper Title: Estimating Costs of Sea Lice from Salmon Aquaculture on Wild Salmon Fisheries Author: Sumaila, Ussif Rashid, Volpe, John, Liu, Yajie Research Paper Close

• 18. [Article] The influence of fall-spawning salmon on growth and production of juvenile coho salmon rearing in beaver ponds on the Copper River Delta, Alaska

  This thesis examined the influence of fall-spawning coho salmon on the density, growth rate, body condition, and survival to outmigration of juvenile coho salmon rearing in beaver ponds on the Copper River ...

  Citation × Citation Citation Abstract Copy Title: The influence of fall-spawning salmon on growth and production of juvenile coho salmon rearing in beaver ponds on the Copper River Delta, Alaska Author: Lang, Dirk W. This thesis examined the influence of fall-spawning coho salmon on the density, growth rate, body condition, and survival to outmigration of juvenile coho salmon rearing in beaver ponds on the Copper River Delta, Alaska. During the fall of 1999 and 2000 fish rearing in ponds that received spawning salmon were compared to ponds that did not receive spawners, and to ponds that were artificially enriched with salmon carcasses and eggs. Juvenile coho salmon responded variably to fall-spawning salmon. There were no consistent patterns associated with the two naturally occurring pond types (spawning vs no spawning). In some ponds, fall-spawning salmon increased growth rates and improved the body condition of juvenile coho salmon. Enrichment with salmon carcasses and eggs significantly increased growth rates of fish in non-spawning ponds. For some ponds, the relative influence of spawning and enrichment on body condition depended on fish size. There was no evidence that the influence of fall-spawning resulted in greater smolt production. Fall-spawning salmon provide important food resources that can benefit juvenile coho salmon rearing in beaver ponds on the Copper River Delta. However, other factors such as nutrients from riparian vegetation and catchment characteristics that control hydrology and thermal regimes are important to coho salmon smolt production. Title: The influence of fall-spawning salmon on growth and production of juvenile coho salmon rearing in beaver ponds on the Copper River Delta, Alaska Author: Lang, Dirk W. This thesis examined the influence of fall-spawning coho salmon on the density, growth rate, body condition, and survival to outmigration of juvenile coho salmon rearing in beaver ponds on the Copper River Delta, Alaska. During the fall of 1999 and 2000 fish rearing in ponds that received spawning salmon were compared to ponds that did not receive spawners, and to ponds that were artificially enriched with salmon carcasses and eggs. Juvenile coho salmon responded variably to fall-spawning salmon. There were no consistent patterns associated with the two naturally occurring pond types (spawning vs no spawning). In some ponds, fall-spawning salmon increased growth rates and improved the body condition of juvenile coho salmon. Enrichment with salmon carcasses and eggs significantly increased growth rates of fish in non-spawning ponds. For some ponds, the relative influence of spawning and enrichment on body condition depended on fish size. There was no evidence that the influence of fall-spawning resulted in greater smolt production. Fall-spawning salmon provide important food resources that can benefit juvenile coho salmon rearing in beaver ponds on the Copper River Delta. However, other factors such as nutrients from riparian vegetation and catchment characteristics that control hydrology and thermal regimes are important to coho salmon smolt production. Close

• 19. [Article] Fundamental Issues In The Salmon Aquaculture Debate

  Research Paper

  Citation × Citation Citation Abstract Copy Title: Fundamental Issues In The Salmon Aquaculture Debate Author: Knapp, Gunnar Research Paper Title: Fundamental Issues In The Salmon Aquaculture Debate Author: Knapp, Gunnar Research Paper Close

• 20. [Article] Competitiveness of Salmon and Salmon Trout Markets along the Value Chain in Finland

  Research Paper

  Citation × Citation Citation Abstract Copy Title: Competitiveness of Salmon and Salmon Trout Markets along the Value Chain in Finland Author: Honkanen, Asmo, Hartmann, Jessica, Virtanen, Jarno, Setala, Jari, Saarni, Kaija Research Paper Title: Competitiveness of Salmon and Salmon Trout Markets along the Value Chain in Finland Author: Honkanen, Asmo, Hartmann, Jessica, Virtanen, Jarno, Setala, Jari, Saarni, Kaija Research Paper Close