Search results for "critical swimming speed"

showing 3 items of 3 documents

Sex-specific genetic differences in endurance swimming of Trinidadian guppies.

2015

Abstract Swim performance is considered a main fitness‐determining trait in many aquatic organisms. Swimming is generally the only way most aquatic prey can escape predation, and swimming capacity is directly linked to food capture, habitat shifts, and reproduction. Therefore, evolutionary studies of swim performance are important to understand adaptation to aquatic environments. Most studies, however, concentrate on the importance of burst‐swim responses to predators, and little is known about its effect on endurance. Even fewer studies associate differences in organism swim capabilities to key gender‐specific responses. In this experiment, we assess the gender‐specific genetic basis of sw…

gender-specific effectsmedia_common.quotation_subjectPopulationBiologycritical swimming speedPredationlocomotive adaptation14. Life underwatercommon-garden experimenteducationEcology Evolution Behavior and SystematicsOrganismNature and Landscape Conservationmedia_commonOriginal Researchfisheducation.field_of_studyEcologyEcologyAquatic ecosystemgender‐specific effectsHabitatCommon‐garden experimentTraitta1181predationAdaptationReproductionhuman activitiesEcology and evolution
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Sex-specific genetic differences in endurance swimming of Trinidadian guppies

2015

Swim performance is considered a main fitness-determining trait in many aquatic organisms. Swimming is generally the only way most aquatic prey can escape predation, and swimming capacity is directly linked to food capture, habitat shifts, and reproduction. Therefore, evolutionary studies of swim performance are important to understand adaptation to aquatic environments. Most studies, however, concentrate on the importance of burst-swim responses to predators, and little is known about its effect on endurance. Even fewer studies associate differences in organism swim capabilities to key gender-specific responses. In this experiment, we assess the gender-specific genetic basis of swimming en…

fishgender-specific effectslocomotive adaptationcritical swimming speedcommon-garden experimenthuman activitiessaalistus
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Calibrating accelerometer data, as a promising tool for health and welfare monitoring in aquaculture: Case study in European sea bass (Dicentrarchus …

2021

Abstract Both the conventional and organic aquaculture sectors have grown rapidly over the past few years. Moreover, welfare has attracted increased attention on the part of both consumers and governments. However, fish welfare assessment is complex and thus needs to adapt measurements that are easily applicable to aquaculture conditions. In this study, in addition to classical welfare indicator measurements (physiological stress indicators and growth performance), we recorded the swimming activity data using acoustic transmitters to evaluate the welfare of European sea bass (Dicentrarchus labrax) fed a conventional vs. an organic diet. Prior feeding trial, the swimming activity recorded by…

Healt aquaculture organic Dicentrarchusmedia_common.quotation_subjectWelfareSH1-691Physiological telemetryAquatic ScienceAquacultureAquaculture. Fisheries. AnglingAccelerometer dataSea bassPhysiological stressPrior - feedingmedia_commonOrganic aquaculturebiologybusiness.industrybiology.organism_classificationFisheryCritical swimming speed UcritOrganic aquacultureEnvironmental scienceAnimal Science and ZoologyDicentrarchusbusinessWelfareMuscle activityAquaculture Reports
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