Parental effects on size variation in fish larvae

Panagiotaki, Panagiota; Geffen, Audrey J.

doi:10.1111/j.1095-8649.1992.tb03866.x

Cited by 38 publications

(28 citation statements)

References 12 publications

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“…Paternal effects on early life history of teleost fishes, have in recent years gained scientific attention (Panagiotaki and Geffen, 1992;Rideout et al, 2004;Butts and Litvak, 2007b). More specifically, paternity has previously been found to affect fertilization success and time to hatch of winter flounder Pseudopleuronectes americanus, principally through parental interactions (Butts and Litvak, 2007b).…”

Section: Discussionmentioning

confidence: 99%

“…Nevertheless, in the last few decades, a number of studies have demonstrated that paternal genetic effects contribute to variation in morphology and performance during ELH of both marine and freshwater fishes (Vøllestad and Lillehammer, 2000;Rideout et al, 2004;Pitcher and Neff, 2007;Butts and Litvak, 2007a,b;Houde et al, 2015). For instance, paternal effects on ELH traits have been demonstrated for Atlantic salmon Salmo salar (Thorpe and Morgan, 1978;Houde et al, 2015), brown trout Salmo trutta (Vøllestad and Lillehammer, 2000), rainbow trout Oncorhynchus mykiss (Rinchard et al, 2003), chinook salmon Oncorhynchus tshawytscha (Pitcher and Neff, 2007), masu salmon Oncorhynchus masou (Yamamoto and Reinhardt, 2003), herring Clupea harengus (Panagiotaki and Geffen, 1992;Evans and Geffen, 1998), European sea bass Dicentrarchus labrax (Saillant et al, 2001), haddock Melanogrammus aeglefinus (Rideout et al, 2004), winter flounder Pseudopleuronectes americanus (Butts and Litvak, 2007a,b), Trinidadian guppy Poecilia reticulata (Reynolds and Gross, 1992), alpine whitefish Coregonus sp. (Wedekind et al, 2001) and Atlantic cod Gadus morhua (Butts et al, 2009;Kroll et al, 2013;Politis et al, 2014).…”

Section: Introductionmentioning

confidence: 99%

See 1 more Smart Citation

Paternal identity impacts embryonic development for two species of freshwater fish

Siddique

Linhart

Krejszeff

et al. 2017

General and Comparative Endocrinology

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Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Paternal identity impacts embryonic development for two species of freshwater fish

Siddique

Linhart

Krejszeff

et al. 2017

General and Comparative Endocrinology

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“…Occasionally, milt is not readily expressed in this way, and the individual continues to mate when returned to the tank. Creating a spawning trio, two males and one female, could lead to additional male effects on the viability and characteristics of the progeny (i.e., beyond a single male) (Panagiotaki and Geffen 1992;Rakitin et al, 2001;Wedekind et al, 2001;Saillant et al, 2001). If 10 females are monitored in 10 tanks, they will each have a different sire, inevitably introducing some male effects into the results.…”

Section: Broodstock Collection and Husbandrymentioning

confidence: 99%

“…Fertilized eggs can be created using concentrated sperm dilutions (e.g., dry fertilization) which potentially increases the number of fertilized eggs per sample. Geffen, 1992;Rideout et al, in press), as maternal effects are generally presumed to control this early life stage (Bengtson et al, 1987;Chambers et al, 1988;Chambers and Leggett, 1996). The male effect can be studied for several weeks or months as larvae continue to grow and commence exogenous feeding and become juveniles.…”

Section: Paternal Effects On Hatching Success Larval Traits and Earlmentioning

confidence: 99%

Estimation of Male Reproductive Success of Marine Fisheries

Trippel¹

2003

J. Northw. Atl. Fish. Sci.

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The subject of reproductive potential of fish populations is dominated by studies on the female gender. Studies on male reproduction are relatively few, but have increased in number during the previous decade. The objectives of this contribution were to describe and quantify the reproductive traits that make up the viable sperm production of a population. Some of these reproductive traits were easily measured from wild fish (e.g., mature testes weight), and others were more easily measured on captive fish (e.g., fertilization potential and sperm motility). Results of laboratory and field studies were then integrated to generate estimates of viable sperm production of a fish stock. A number of experimental protocols have been employed over the years to assess male fertility. The strengths and weaknesses of the different experimental approaches were reviewed and appropriate recommendations given towards establishing standardized protocols. Although the review is broad in nature, and includes references to a number of marine fishes, it concentrated on exploited species that occur in the North Atlantic and Baltic Sea within the taxonomic groups gadoidae, pleuronectoidae and clupeidae (Clupeiformes). In addition, published data on male reproductive traits of species in these taxa were tabulated and summarized. The terms of interest included sex ratio, maturity state, testes weight, sperm fertilization potential (artificial fertilization and paired mating), sperm density, sperm motility and paternal effects on early life history traits.An equation for determinate spawners was described that quantifies a population's viable sperm production using data on adult body characteristics and associated quantity and quality of sperm. The equation was used to establish time series of viable sperm production for Atlantic cod (Gadus morhua) of Newfoundland and Labrador. Results indicated on average 1 600 billion viable sperm were released to produce one recruit at age 3 years but with substantial variation among years in relation to changes in stock composition and growth as well as stock size. Distinct peaks in the number of viable sperm in 1981 and 1986 corresponded to distinct peaks in the number of age 3 recruits in those same years.

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“…Los resultados del indicador de tamaño de máxima diferencia en las familias de P. punctifer no mostraron presencia de individuos cuyo tamaño sea dos veces mayor que la de otro (jumpers), lo cual podría contribuir a desarrollar un comportamiento caníbal, indicando que no hay contribución paterna a la generación de jumpers en la descendencia de esta especie, como demostrado por Panagiotaki & Geffen (1992) para de Solea solea y Clupea harengus, en los cuales se observó que los efectos parentales influyen en el crecimiento de sus larvas.…”

Section: Resultados Y Discusiónunclassified

EVALUACIÓN DE LA INFLUENCIA PARENTAL EN RELACIÓN AL CRECIMIENTO Y SUPERVENCIA LARVAL EN FAMILIAS DE LA doncella Pseudoplatystoma punctifer

et al. 2016

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RESUMENEl objetivo de este estudio fue evaluar la variación de crecimiento y la supervivencia en larvas de doncella, Pseudoplatystoma punctifer de 1 a 26 días post fertilización (1-26 dpf), cultivadas en situación comunal. Se obtuvieron 04 progenies, las cuáles fueron obtenidas por la combinación de los óvulos de una hembra con un pool de esperma de cuatro machos. Todas las familias fueron cultivadas en un sistema de recirculación de agua y alimentadas con nauplios de artemia a partir de los 3 dpf cinco veces al día y cada 3 horas de 7:30 a 19:30. El promedio de longitud total, viabilidad diferencial y la diferencia máxima en tamaño fueron calculadas para cada familia en las tres etapas (1dpf, 5 dpf y 26 dpf) de muestreo y analizadas por ANOVA. Los resultados mostraron que a partir de las 4 horas después de la eclosión hay una alta contribución de dos familias en la progenie el cuál fue mantenido hasta el final del periodo de seguimiento (26 dpf). Esto es una evidencia directa de la importancia del macho en la historia de vida temprana de la progenie.PALABRAS CLAVE: canibalismo, genotipo, microsatélites, cultivo comunal. PARENTAL INFLUENCE IN RELATION TO GROWTH AND SURVIVAL IN LARVAL FAMILIES OF DONCELLA Pseudoplatystoma punctifer ABSTRACTThe aim of this study was to evaluate the variation in growth and survival in Pseudoplatystoma punctifer larvae from 1 to 26 days post fertilization (dpf). Four progenies, obtained by combining the eggs of a single female and a pool of sperm from four males, were raised in communal tanks. All families were grown in a recirculating water system and fed with artemia from 3 days post-fertilization, five times a day and every 3 hours from 7:30 to 19:30. The mean total length and differential viability were calculated for each family, and analyzed by ANOVA. The results showed that from 4 hours after hatching there is a high contribution of two families to the progeny which was maintained until the end of the follow-up period (1 to 26 dpf). This is a clear evidence of the importance of male contribution in the early life history of the progeny.

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Parental effects on size variation in fish larvae

Cited by 38 publications

References 12 publications

Paternal identity impacts embryonic development for two species of freshwater fish

Paternal identity impacts embryonic development for two species of freshwater fish

Estimation of Male Reproductive Success of Marine Fisheries

EVALUACIÓN DE LA INFLUENCIA PARENTAL EN RELACIÓN AL CRECIMIENTO Y SUPERVENCIA LARVAL EN FAMILIAS DE LA doncella Pseudoplatystoma punctifer

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