Use of otolith chemistry to assess recruitment and habitat use of a white bass fishery in a Nebraska reservoir

Perrion, Matthew A.; Kaemingk, Mark A.; Koupal, Keith D.; Schoenebeck, Casey W.; Bickford, Nate

doi:10.1080/10402381.2019.1637977

Cited by 10 publications

(8 citation statements)

References 34 publications

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“…Чаще метод применяется для идентификации происхождения пресноводных либо анадромных видов рыб, реже морских и эстуарных видов. Помимо ряда упомянутых выше работ Olley et al, 2011;Brennan, Schindler, 2017;Whitney et al, 2017], детерминация происхождения была успешной для следующих пресноводных рыб: подвидов лосося Кларка O. clarki lewisi и O. clarki clarki , нативных для бассейна р. Колумбия (северо-запад Северной Америки); семги S. salar атлантического побережья Канады [Reader et al, 2015]; судака Sander vitreus водохранилищ р. Миссури [Carlson et al, 2016]; линейного прохилодуса P. lineatus и анадромного сома G. barbus бассейна р. Ла-Плата [Avigliano et al, 2016[Avigliano et al, , 2017a; канального сома I. punctatus р. Миссури [Spurgeon et al, 2018], сахалинского тайменя Parahucho perryi о. Хоккайдо [Fukushima et al, 2014]; белого басса Morone chrysops из водохранилища МакКонахи, Небраска, США [Perrion et al, 2020]. Для классификации выборок морских рыб метод успешно применялся для анализа европейского анчоуса Engraulis encrasicolus северо-западной части Средиземного моря [Guidetti et al, 2013], новозеландской мерлузы Мerluccius australis из Чили и с Фолклендских островов , трески G. morhua Северного моря [Wright et al, 2018b], сельди C. harengus Балтийского моря .…”

Section: примеры использования анализа микроэлементного состава кальцunclassified

“…Также метод использовался для оценки эффективности зарыбления пресных водоемов Северной и Южной Америки следующими видами рыб: щука-маскинонг Esox masquinongy штатов Иллинойс и Миннесота, США [Rude et al, 2014]; пираруку Arapaima spp. центральной Амазонки [Pereira et al, 2019]; белый басс M. chrysops водохранилища МакКонахи, Небраска, США [Perrion et al, 2020]; озерный осетр A. fulvescens р. Нельсон, Манитоба, США [Loeppky et al, 2020]. Среди морских рыб метод использовался при определении особей искусствен-ного происхождения в популяциях морского басса D. labrax и морского леща Sparus aurata западной части Средиземного моря [Arechavala-Lopez et al, 2016], а также в выборках морских карасей Acanthopagrus latus Южно-Китайского моря [Wang et al, 2018] и A. schlegelii прибрежных вод о. Тайвань [Chang et al, 2019].…”

Section: примеры использования анализа микроэлементного состава кальцunclassified

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Application of the analysis of trace elements composition for calcified structures of fish to solve fundamental and applied scientific tasks: a review

Mikheev

Sheina

2020

Izv. Tihookean. naučno-issled. rybohoz. centra

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Microchemical analysis of calcified structures of fish is a modern technique for determining the origin of fish species and ontogenetic reconstructions of their habitat that can be applied for such tasks as stocks separation in mixed samples, tracking of fish migrations, determining of spawning, feeding or wintering areas, differentiation of fish of artificial and natural origin, growth analysis, age evaluation, etc. The approach is based on analysis of trace elements concentration between the center and periphery of a calcified structure, or precise measurement of the elements and their isotopes concentration in certain sites of sample. The calcified structures most often used for analysis are otoliths, skeleton bones, scales, and also statoliths of lampreys or beaks and statoliths of cephalopods. Specifics of the method application are described with examples of its use for solving diverse tasks of fundamental and applied science, in particular in complex studies of biological resources in the Amur River basin.

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Section: примеры использования анализа микроэлементного состава кальцunclassified

Application of the analysis of trace elements composition for calcified structures of fish to solve fundamental and applied scientific tasks: a review

Mikheev

Sheina

2020

Izv. Tihookean. naučno-issled. rybohoz. centra

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“…Specifically, long-term standardized sampling data of managed fisheries allow managers to see trends and adapt strategies to achieve management objectives. One management technique that is readily utilized and often adapted to achieve management goals is fish stocking (Boxrucker 1986;Moore et al 1991;Cowx 1994;Perrion et al 2020). Varying the size, number, density, location, or timing of fish stockings can overcome recruitment bottlenecks within a fishery impacted by inter-and intraspecific competition or changing biotic and abiotic conditions (Miller et al 1988;Dauwalter and Jackson 2005;Kaemingk et al 2014).…”

Section: Introductionmentioning

confidence: 99%

“…Stocking strategies have also been adapted to overcome reduced natural recruitment and increased predation (Fayram et al 2005;Grausgruber and Weber 2020). For example, stocking programs for Walleye Sander vitreus, Hybrid Striped Bass Morone saxatilis Â Morone chrysops, and White Bass M. chrysops were implemented in Lake McConaughy, Nebraska following population declines attributed to competition following the introduction of Alewife (Porath et al 2003;Schall et al 2019;Perrion et al 2020).Stocking strategies may also require adaptation following the introduction of an invasive species (Mercado-Silva et al 2007;Feiner et al 2013).…”

Section: Introductionmentioning

confidence: 99%

Adaptive stocking strategies of Hybrid Striped Bass in a Nebraska reservoir impacted by White Perch

Perrion

Jackson

Blank

et al. 2020

Journal of Freshwater Ecology

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Branched Oak Reservoir is the largest reservoir in eastern Nebraska and provides an important recreational fishery to large urban centers including Omaha and Lincoln. Hybrid Striped Bass Morone saxatilis Â Morone chrysops are an important component of the recreational fishery, but this population appears to have been negatively impacted following the introduction and subsequent overabundance of invasive White Perch Morone americana in the mid-1990s. This study analyzed long-term standardized sampling and stocking data from Branched Oak Reservoir to evaluate Hybrid Striped Bass stocking strategies in the presence of White Perch. The spring age-0 stocking era from 1988 to 1997 consisted largely of fry and fingerling stockings. From 1998 to 2015, stockings were adapted to advanced fall age-0s with mean ± SE TL of 146 ± 7 mm. From 2016 to 2019, advanced spring age-1 Hybrid Striped Bass defined the third stocking era with mean ± SE TL of 178 ± 13 mm. Age-1 Hybrid Striped Bass CPUE differed among stocking eras (KW ¼ 9.81, P ¼ 0.007) as mean ± SE CPUE age-1 was 2 ± 1 fish per net night during the spring age-0 era, 1 ± 1 fish per net night during the fall age-0 era, and 3 ± 1 per net night during the spring age-1 era. Hybrid Striped Bass CPUE QP was different among eras (KW ¼ 13.30, P ¼ 0.001). None of the five abiotic factors assessed exhibited significant relationships to Hybrid Striped Bass CPUE age-1, and the strongest relationship (spring temperature) only had an r 2 value of 0.046. Information obtained from this study validates the current management decision to stock spring age-1 Hybrid Striped Bass based on the present White Perch abundances, and observed recruitment of Hybrid Striped Bass.

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“…Population dynamics estimates are important tools for managing sportfish populations. Understanding age, growth, and mortality are essential for evaluating regulations (Holley et al 2009;Schoenebeck and Brown 2011), stocking strategies (Nate et al 2000;Perrion et al 2020), the effect of various regulations on harvest and return to angler via yield modeling (Doll et al 2017;Schall and Lucchesi, in press), and making comparisons among populations (Hubert 1999;Quist et al 2003;Schall et al 2016).…”

Section: Introductionmentioning

confidence: 99%

Seasonal Sampling Influence on Population Dynamics and Yield of Channel Catfish and Walleye in a Large Great Plains Reservoir

Schall

Schoenebeck

Koupal

2020

Journal of Fish and Wildlife Management

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Fish samples collected during different times of the year can be subject to various biases, but the influence of sampling during different seasons on population dynamics and yield metrics in large reservoirs is not well reported. This study compared the age structure, growth, mortality, and yield estimates of Channel Catfish Ictalurus punctatus and Walleye Sander vitreus collected during spring and fall with standardized gill netting in a large Nebraska reservoir. Fish were sampled using the Nebraska Game and Parks Commission standardized gill net survey methodology. Ages were estimated from pectoral spines of Channel Catfish and sagittal otoliths of Walleye, age-length keys were derived, and mean spring and fall ages were compared with t -tests. Spring and fall von Bertalanffy growth curves were compared with likelihood-ratio tests, and mortality estimates from weighted catch curves were compared with an analysis of variance. Spring and fall yield estimates derived from yield-per-recruit models were visually compared to assess the impact of variable population dynamics estimates. Estimates of mean age, growth coefficient ( K ), mean asymptotic length ( L ∞ ), total annual mortality ( A ), and yield of Channel Catfish did not differ between spring and fall. Conversely, older age structure of Walleye in spring resulted in lower estimates of A and higher yield than in fall. Estimates of L ∞ and K differed between spring and fall for female Walleye, and L ∞ , K , and t 0 estimates varied between spring and fall for male Walleye. Fall yield estimates were substantially lower than spring estimates for both male and female Walleye. These results demonstrate that the season when samples are collected can impact population dynamics estimates for certain species while others remain relatively unaffected.

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Use of otolith chemistry to assess recruitment and habitat use of a white bass fishery in a Nebraska reservoir

Cited by 10 publications

References 34 publications

Application of the analysis of trace elements composition for calcified structures of fish to solve fundamental and applied scientific tasks: a review

Application of the analysis of trace elements composition for calcified structures of fish to solve fundamental and applied scientific tasks: a review

Adaptive stocking strategies of Hybrid Striped Bass in a Nebraska reservoir impacted by White Perch

Seasonal Sampling Influence on Population Dynamics and Yield of Channel Catfish and Walleye in a Large Great Plains Reservoir

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