Behavioural and fitness effects of translocation to a novel environment: Whole‐lake experiments in two aquatic top predators

Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological c...

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Published inThe Journal of animal ecology Vol. 89; no. 10; pp. 2325 - 2344
Main Authors Monk, Christopher T., Chéret, Bernard, Czapla, Philipp, Hühn, Daniel, Klefoth, Thomas, Eschbach, Erik, Hagemann, Robert, Arlinghaus, Robert, Börger, Luca
Format Journal Article
LanguageEnglish
Published England Blackwell Publishing Ltd 01.10.2020
Subjects
Acoustic telemetry
acoustics
adults
animal ecology
Animals
Breeding success
Catfish
Catfishes
Conspecifics
Ecological conditions
Esocidae
Esox lucius
European catfish
fish behaviour
Fish reproduction
Fish stocking
Fisheries
Fisheries management
Fishery management
Fitness
Gene flow
hybrids
Introduced fish
Lakes
mortality
northern pike
Offspring
Origins
pike
Predation
Predators
Predatory Behavior
progeny
reality mining
Reproduction
Reproductive fitness
reproductive success
risk
Silurus glanis
species introductions
stocking
Telemetry
Translocation
acoustic telemetry
fish behaviour
reality mining
species introductions
stocking
European catfish
northern pike
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Abstract Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological conditions and the interactions with resident fish may affect translocated individuals, leading to alterations of behaviours and causing fitness impacts. Our objectives were to investigate how aquatic top predators behaviourally establish themselves and compete with resident individuals following introduction in a novel lake environment and to investigate the resulting fitness consequences. Using high‐resolution acoustic telemetry, we conducted whole‐lake experiments and compared the activity, activity‐space size and fate of translocated and resident individuals in two model top predators, the northern pike Esox lucius (n = 160) and European catfish Silurus glanis (n = 33). Additionally, we compared the reproductive success of translocated and resident northern pike. The experiment was conducted with large (adult) individuals of different origins, resilient to predation, but subject to agonistic interactions and competition with resident fish. Over a period of several months, the translocated catfish exhibited consistently larger activity‐space sizes than resident catfish, but did not differ from residents in activity and survival. The pike from one of the two translocated origins we tested also showed elevated space‐use, and both translocated origins revealed higher mortality rates than their resident conspecifics, indicating maladjustment to their novel environment. When non‐resident pike reproduced, they overwhelmingly produced hybrid offspring with resident fish, indicating that introductions fostered gene flow of non‐native genes. Our study indicates that fish introductions result in behavioural and fitness impacts even in large‐bodied top predators that experience low levels of natural predation risk. Adult top predators of two species (pike and catfish) translocated to a novel environment show persistant behavioural differences compared to resident conspecifics over a period of several months post‐translocation. Fish introductions result in behavioural and fitness impacts even in large‐bodied top predators that suffer from low levels of natural predation risk.
AbstractList Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological conditions and the interactions with resident fish may affect translocated individuals, leading to alterations of behaviours and causing fitness impacts. Our objectives were to investigate how aquatic top predators behaviourally establish themselves and compete with resident individuals following introduction in a novel lake environment and to investigate the resulting fitness consequences. Using high‐resolution acoustic telemetry, we conducted whole‐lake experiments and compared the activity, activity‐space size and fate of translocated and resident individuals in two model top predators, the northern pike Esox lucius (n = 160) and European catfish Silurus glanis (n = 33). Additionally, we compared the reproductive success of translocated and resident northern pike. The experiment was conducted with large (adult) individuals of different origins, resilient to predation, but subject to agonistic interactions and competition with resident fish. Over a period of several months, the translocated catfish exhibited consistently larger activity‐space sizes than resident catfish, but did not differ from residents in activity and survival. The pike from one of the two translocated origins we tested also showed elevated space‐use, and both translocated origins revealed higher mortality rates than their resident conspecifics, indicating maladjustment to their novel environment. When non‐resident pike reproduced, they overwhelmingly produced hybrid offspring with resident fish, indicating that introductions fostered gene flow of non‐native genes. Our study indicates that fish introductions result in behavioural and fitness impacts even in large‐bodied top predators that experience low levels of natural predation risk. Adult top predators of two species (pike and catfish) translocated to a novel environment show persistant behavioural differences compared to resident conspecifics over a period of several months post‐translocation. Fish introductions result in behavioural and fitness impacts even in large‐bodied top predators that suffer from low levels of natural predation risk.
Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological conditions and the interactions with resident fish may affect translocated individuals, leading to alterations of behaviours and causing fitness impacts. Our objectives were to investigate how aquatic top predators behaviourally establish themselves and compete with resident individuals following introduction in a novel lake environment and to investigate the resulting fitness consequences. Using high-resolution acoustic telemetry, we conducted whole-lake experiments and compared the activity, activity-space size and fate of translocated and resident individuals in two model top predators, the northern pike Esox lucius (n = 160) and European catfish Silurus glanis (n = 33). Additionally, we compared the reproductive success of translocated and resident northern pike. The experiment was conducted with large (adult) individuals of different origins, resilient to predation, but subject to agonistic interactions and competition with resident fish. Over a period of several months, the translocated catfish exhibited consistently larger activity-space sizes than resident catfish, but did not differ from residents in activity and survival. The pike from one of the two translocated origins we tested also showed elevated space-use, and both translocated origins revealed higher mortality rates than their resident conspecifics, indicating maladjustment to their novel environment. When non-resident pike reproduced, they overwhelmingly produced hybrid offspring with resident fish, indicating that introductions fostered gene flow of non-native genes. Our study indicates that fish introductions result in behavioural and fitness impacts even in large-bodied top predators that experience low levels of natural predation risk.
Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological conditions and the interactions with resident fish may affect translocated individuals, leading to alterations of behaviours and causing fitness impacts. Our objectives were to investigate how aquatic top predators behaviourally establish themselves and compete with resident individuals following introduction in a novel lake environment and to investigate the resulting fitness consequences. Using high‐resolution acoustic telemetry, we conducted whole‐lake experiments and compared the activity, activity‐space size and fate of translocated and resident individuals in two model top predators, the northern pike Esox lucius ( n  = 160) and European catfish Silurus glanis ( n  = 33). Additionally, we compared the reproductive success of translocated and resident northern pike. The experiment was conducted with large (adult) individuals of different origins, resilient to predation, but subject to agonistic interactions and competition with resident fish. Over a period of several months, the translocated catfish exhibited consistently larger activity‐space sizes than resident catfish, but did not differ from residents in activity and survival. The pike from one of the two translocated origins we tested also showed elevated space‐use, and both translocated origins revealed higher mortality rates than their resident conspecifics, indicating maladjustment to their novel environment. When non‐resident pike reproduced, they overwhelmingly produced hybrid offspring with resident fish, indicating that introductions fostered gene flow of non‐native genes. Our study indicates that fish introductions result in behavioural and fitness impacts even in large‐bodied top predators that experience low levels of natural predation risk.
Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological conditions and the interactions with resident fish may affect translocated individuals, leading to alterations of behaviours and causing fitness impacts. Our objectives were to investigate how aquatic top predators behaviourally establish themselves and compete with resident individuals following introduction in a novel lake environment and to investigate the resulting fitness consequences. Using high‐resolution acoustic telemetry, we conducted whole‐lake experiments and compared the activity, activity‐space size and fate of translocated and resident individuals in two model top predators, the northern pike Esox lucius (n = 160) and European catfish Silurus glanis (n = 33). Additionally, we compared the reproductive success of translocated and resident northern pike. The experiment was conducted with large (adult) individuals of different origins, resilient to predation, but subject to agonistic interactions and competition with resident fish. Over a period of several months, the translocated catfish exhibited consistently larger activity‐space sizes than resident catfish, but did not differ from residents in activity and survival. The pike from one of the two translocated origins we tested also showed elevated space‐use, and both translocated origins revealed higher mortality rates than their resident conspecifics, indicating maladjustment to their novel environment. When non‐resident pike reproduced, they overwhelmingly produced hybrid offspring with resident fish, indicating that introductions fostered gene flow of non‐native genes. Our study indicates that fish introductions result in behavioural and fitness impacts even in large‐bodied top predators that experience low levels of natural predation risk.
Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological conditions and the interactions with resident fish may affect translocated individuals, leading to alterations of behaviours and causing fitness impacts. Our objectives were to investigate how aquatic top predators behaviourally establish themselves and compete with resident individuals following introduction in a novel lake environment and to investigate the resulting fitness consequences. Using high-resolution acoustic telemetry, we conducted whole-lake experiments and compared the activity, activity-space size and fate of translocated and resident individuals in two model top predators, the northern pike Esox lucius (n = 160) and European catfish Silurus glanis (n = 33). Additionally, we compared the reproductive success of translocated and resident northern pike. The experiment was conducted with large (adult) individuals of different origins, resilient to predation, but subject to agonistic interactions and competition with resident fish. Over a period of several months, the translocated catfish exhibited consistently larger activity-space sizes than resident catfish, but did not differ from residents in activity and survival. The pike from one of the two translocated origins we tested also showed elevated space-use, and both translocated origins revealed higher mortality rates than their resident conspecifics, indicating maladjustment to their novel environment. When non-resident pike reproduced, they overwhelmingly produced hybrid offspring with resident fish, indicating that introductions fostered gene flow of non-native genes. Our study indicates that fish introductions result in behavioural and fitness impacts even in large-bodied top predators that experience low levels of natural predation risk.Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and fitness impacts of translocations at realistic ecological scales. The process of stocking, as well as the unfamiliarity with novel ecological conditions and the interactions with resident fish may affect translocated individuals, leading to alterations of behaviours and causing fitness impacts. Our objectives were to investigate how aquatic top predators behaviourally establish themselves and compete with resident individuals following introduction in a novel lake environment and to investigate the resulting fitness consequences. Using high-resolution acoustic telemetry, we conducted whole-lake experiments and compared the activity, activity-space size and fate of translocated and resident individuals in two model top predators, the northern pike Esox lucius (n = 160) and European catfish Silurus glanis (n = 33). Additionally, we compared the reproductive success of translocated and resident northern pike. The experiment was conducted with large (adult) individuals of different origins, resilient to predation, but subject to agonistic interactions and competition with resident fish. Over a period of several months, the translocated catfish exhibited consistently larger activity-space sizes than resident catfish, but did not differ from residents in activity and survival. The pike from one of the two translocated origins we tested also showed elevated space-use, and both translocated origins revealed higher mortality rates than their resident conspecifics, indicating maladjustment to their novel environment. When non-resident pike reproduced, they overwhelmingly produced hybrid offspring with resident fish, indicating that introductions fostered gene flow of non-native genes. Our study indicates that fish introductions result in behavioural and fitness impacts even in large-bodied top predators that experience low levels of natural predation risk.
Author Monk, Christopher T.
Eschbach, Erik
Czapla, Philipp
Börger, Luca
Klefoth, Thomas
Hagemann, Robert
Arlinghaus, Robert
Hühn, Daniel
Chéret, Bernard
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  givenname: Christopher T.
  orcidid: 0000-0002-1647-4740
  surname: Monk
  fullname: Monk, Christopher T.
  email: monk@igb-berlin.de
  organization: Leibniz‐Institute of Freshwater Ecology and Inland Fisheries
– sequence: 2
  givenname: Bernard
  surname: Chéret
  fullname: Chéret, Bernard
  organization: Leibniz‐Institute of Freshwater Ecology and Inland Fisheries
– sequence: 3
  givenname: Philipp
  surname: Czapla
  fullname: Czapla, Philipp
  organization: Leibniz‐Institute of Freshwater Ecology and Inland Fisheries
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  givenname: Daniel
  surname: Hühn
  fullname: Hühn, Daniel
  organization: Leibniz‐Institute of Freshwater Ecology and Inland Fisheries
– sequence: 5
  givenname: Thomas
  surname: Klefoth
  fullname: Klefoth, Thomas
  organization: Angler Association of Lower Saxony
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  organization: Thünen Institute of Fisheries Ecology
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  givenname: Robert
  surname: Hagemann
  fullname: Hagemann, Robert
  organization: Leibniz‐Institute of Freshwater Ecology and Inland Fisheries
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  surname: Arlinghaus
  fullname: Arlinghaus, Robert
  organization: Humboldt‐Universität zu Berlin
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  givenname: Luca
  surname: Börger
  fullname: Börger, Luca
BackLink https://www.ncbi.nlm.nih.gov/pubmed/32654123$$D View this record in MEDLINE/PubMed
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ContentType Journal Article
Copyright 2020 The Authors. published by John Wiley & Sons Ltd on behalf of British Ecological Society
2020 The Authors. Journal of Animal Ecology published by John Wiley & Sons Ltd on behalf of British Ecological Society.
Copyright Blackwell Publishing Ltd. Oct 2020
Copyright_xml – notice: 2020 The Authors. published by John Wiley & Sons Ltd on behalf of British Ecological Society
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– notice: Copyright Blackwell Publishing Ltd. Oct 2020
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1365-2656
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Issue 10
Keywords acoustic telemetry
fish behaviour
reality mining
species introductions
stocking
European catfish
northern pike
Language English
License Attribution
2020 The Authors. Journal of Animal Ecology published by John Wiley & Sons Ltd on behalf of British Ecological Society.
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PublicationTitle The Journal of animal ecology
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Snippet Translocation into a novel environment through common fisheries management practices, such as fish stocking, provides opportunities to study behavioural and...
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StartPage 2325
SubjectTerms Acoustic telemetry
acoustics
adults
animal ecology
Animals
Breeding success
Catfish
Catfishes
Conspecifics
Ecological conditions
Esocidae
Esox lucius
European catfish
fish behaviour
Fish reproduction
Fish stocking
Fisheries
Fisheries management
Fishery management
Fitness
Gene flow
hybrids
Introduced fish
Lakes
mortality
northern pike
Offspring
Origins
pike
Predation
Predators
Predatory Behavior
progeny
reality mining
Reproduction
Reproductive fitness
reproductive success
risk
Silurus glanis
species introductions
stocking
Telemetry
Translocation
Title Behavioural and fitness effects of translocation to a novel environment: Whole‐lake experiments in two aquatic top predators
URI https://onlinelibrary.wiley.com/doi/abs/10.1111%2F1365-2656.13298
https://www.ncbi.nlm.nih.gov/pubmed/32654123
https://www.proquest.com/docview/2448224435
https://www.proquest.com/docview/2423513685
https://www.proquest.com/docview/2552000476
Volume 89
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