A salty landscape of fear responses of fish and zooplankton to freshwater salinization and predatory stress

Predator–prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, beh...

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Bibliographic Details
Published inOecologia Vol. 185; no. 1; pp. 147 - 156
Main Authors Hintz, William D., Relyea, Rick A.
Format Journal Article
LanguageEnglish
Published Berlin/Heidelberg Springer Science + Business Media 01.09.2017
Springer Berlin Heidelberg
Springer
Springer Nature B.V
Subjects
Abundance
Adaptation
additive effect
Additives
aggression
Alarm systems
Animals
Anthropogenic factors
anthropogenic stressors
Aquatic ecosystems
Behavior
Biomedical and Life Sciences
Community ecology
COMMUNITY ECOLOGY – ORIGINAL RESEARCH
Contaminants
Control
Cues
Daphnia
Daphnia - physiology
Daphnia pulex
Dynamics
Ecology
Ecosystems
Energy flow
Fish
Fishes
Food Chain
Food chains
Food webs
Fresh water
Fresh Water - chemistry
Freshwater
Freshwater crustaceans
Freshwater ecosystems
Freshwater fish
Freshwater fishes
Freshwater organisms
Human influences
Hydrology/Water Resources
Inland water environment
Interactive control
Kairomones
Life Sciences
Oncorhynchus mykiss
Oncorhynchus mykiss - physiology
Pheromones
Plankton
Plant Sciences
Population dynamics
Predator-prey interactions
predator-prey relationships
Predators
Predatory Behavior
Prey
Reproduction
Reproduction (biology)
Reproduction - physiology
Road salt
Roads & highways
Salinity
Salinization
Salmon
salt concentration
Salts
Sexual reproduction
Shoaling
Sodium chloride
Sodium Chloride - toxicity
Soil salinity
Stresses
Trout
Trucking industry
water salinization
Zooplankton
Zooplankton - physiology
Deicing
Road salt
Community interactions
Sub-lethal effects
Land use
Online AccessGet full text

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Abstract Predator–prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout (Oncorhynchus mykiss) and zooplankton (Daphnia pulex), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11 %. Compared to the control, salt decreased Daphnia abundance by 40 % in 860 mg Cl⁻/L and 79 % in 1300 mg Cl⁻/L, and by the final day abundance was reduced by 85 % in 1300 mg Cl⁻/L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl⁻/L) increased sexual reproduction of Daphnia, but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia. Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.
AbstractList Predator–prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout (Oncorhynchus mykiss) and zooplankton (Daphnia pulex), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11 %. Compared to the control, salt decreased Daphnia abundance by 40 % in 860 mg Cl⁻/L and 79 % in 1300 mg Cl⁻/L, and by the final day abundance was reduced by 85 % in 1300 mg Cl⁻/L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl⁻/L) increased sexual reproduction of Daphnia, but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia. Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.
Predator–prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout ( Oncorhynchus mykiss ) and zooplankton ( Daphnia pulex ), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11%. Compared to the control, salt decreased Daphnia abundance by 40% in 860 mg Cl − /L and 79% in 1300 mg Cl − /L, and by the final day abundance was reduced by 85% in 1300 mg Cl − /L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl − /L) increased sexual reproduction of Daphnia , but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia . Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.
Predator–prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout (Oncorhynchus mykiss) and zooplankton (Daphnia pulex), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11%. Compared to the control, salt decreased Daphnia abundance by 40% in 860 mg Cl−/L and 79% in 1300 mg Cl−/L, and by the final day abundance was reduced by 85% in 1300 mg Cl−/L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl−/L) increased sexual reproduction of Daphnia, but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia. Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.
Predator-prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout (Oncorhynchus mykiss) and zooplankton (Daphnia pulex), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11%. Compared to the control, salt decreased Daphnia abundance by 40% in 860 mg Cl-/L and 79% in 1300 mg Cl-/L, and by the final day abundance was reduced by 85% in 1300 mg Cl-/L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl-/L) increased sexual reproduction of Daphnia, but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia. Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.Predator-prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout (Oncorhynchus mykiss) and zooplankton (Daphnia pulex), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11%. Compared to the control, salt decreased Daphnia abundance by 40% in 860 mg Cl-/L and 79% in 1300 mg Cl-/L, and by the final day abundance was reduced by 85% in 1300 mg Cl-/L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl-/L) increased sexual reproduction of Daphnia, but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia. Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.
Predator-prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout (Oncorhynchus mykiss) and zooplankton (Daphnia pulex), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11%. Compared to the control, salt decreased Daphnia abundance by 40% in 860 mg Cl.sup.-/L and 79% in 1300 mg Cl.sup.-/L, and by the final day abundance was reduced by 85% in 1300 mg Cl.sup.-/L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl.sup.-/L) increased sexual reproduction of Daphnia, but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia. Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.
Predator-prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively understudied subject in community ecology. Unknown is whether road salt salinization interacts with predatory stress to influence the growth, behavior, or reproduction of freshwater organisms. Using rainbow trout (Oncorhynchus mykiss) and zooplankton (Daphnia pulex), we exposed them to variable levels of road salt (NaCl) crossed with the presence or absence of alarm cues or kairomones. Alarm cue reduced trout activity and aggression and increased shoaling behavior. Road salt reduced trout growth in the high compared to moderate salt concentration, but neither concentration was different from the control. There was no interaction between alarm cues and salt for trout. Road salt and predatory stress had an additive effect on Daphnia abundance. Predatory stress decreased Daphnia abundance by 11%. Compared to the control, salt decreased Daphnia abundance by 40% in 860 mg Cl /L and 79% in 1300 mg Cl /L, and by the final day abundance was reduced by 85% in 1300 mg Cl /L. Road salt and predatory stress had an interactive effect on Daphnia reproduction. Predatory stress in control water and moderate salt levels (230 mg Cl /L) increased sexual reproduction of Daphnia, but these responses disappeared at high salt concentrations. Thus, road salt could limit reproductive adaptations to natural and anthropogenic stressors in Daphnia. Our results indicate road salt salinization could alter zooplankton population dynamics directly and by interacting with predatory stress, which might affect energy flow through freshwater food webs.
Audience Academic
Author Hintz, William D.
Relyea, Rick A.
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  surname: Relyea
  fullname: Relyea, Rick A.
BackLink https://www.ncbi.nlm.nih.gov/pubmed/28762176$$D View this record in MEDLINE/PubMed
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IEDL.DBID U2A
ISSN 0029-8549
1432-1939
IngestDate Fri Jul 11 15:27:08 EDT 2025
Mon Jul 21 09:23:46 EDT 2025
Fri Jul 25 09:45:09 EDT 2025
Tue Jun 17 21:28:06 EDT 2025
Tue Jun 10 20:43:16 EDT 2025
Fri Jun 27 04:32:02 EDT 2025
Wed Feb 19 02:40:47 EST 2025
Thu Apr 24 22:49:10 EDT 2025
Tue Jul 01 03:45:32 EDT 2025
Fri Feb 21 02:33:56 EST 2025
Thu Jun 19 21:50:34 EDT 2025
IsPeerReviewed true
IsScholarly true
Issue 1
Keywords Deicing
Road salt
Community interactions
Sub-lethal effects
Land use
Language English
LinkModel DirectLink
MergedId FETCHMERGED-LOGICAL-c528t-d46346753a2a037693e156e65fb4aa2264ed91099351e818b91906ece8f6483c3
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SSID ssj0014155
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Snippet Predator–prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively...
Predator-prey relationships are altered by anthropogenic contaminants. Road salt is a widespread contaminant among freshwater ecosystems, yet a relatively...
SourceID proquest
gale
pubmed
crossref
springer
jstor
SourceType Aggregation Database
Index Database
Enrichment Source
Publisher
StartPage 147
SubjectTerms Abundance
Adaptation
additive effect
Additives
aggression
Alarm systems
Animals
Anthropogenic factors
anthropogenic stressors
Aquatic ecosystems
Behavior
Biomedical and Life Sciences
Community ecology
COMMUNITY ECOLOGY – ORIGINAL RESEARCH
Contaminants
Control
Cues
Daphnia
Daphnia - physiology
Daphnia pulex
Dynamics
Ecology
Ecosystems
Energy flow
Fish
Fishes
Food Chain
Food chains
Food webs
Fresh water
Fresh Water - chemistry
Freshwater
Freshwater crustaceans
Freshwater ecosystems
Freshwater fish
Freshwater fishes
Freshwater organisms
Human influences
Hydrology/Water Resources
Inland water environment
Interactive control
Kairomones
Life Sciences
Oncorhynchus mykiss
Oncorhynchus mykiss - physiology
Pheromones
Plankton
Plant Sciences
Population dynamics
Predator-prey interactions
predator-prey relationships
Predators
Predatory Behavior
Prey
Reproduction
Reproduction (biology)
Reproduction - physiology
Road salt
Roads & highways
Salinity
Salinization
Salmon
salt concentration
Salts
Sexual reproduction
Shoaling
Sodium chloride
Sodium Chloride - toxicity
Soil salinity
Stresses
Trout
Trucking industry
water salinization
Zooplankton
Zooplankton - physiology
Subtitle responses of fish and zooplankton to freshwater salinization and predatory stress
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Title A salty landscape of fear
URI https://www.jstor.org/stable/48718847
https://link.springer.com/article/10.1007/s00442-017-3925-1
https://www.ncbi.nlm.nih.gov/pubmed/28762176
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https://www.proquest.com/docview/1925281972
https://www.proquest.com/docview/2000595016
Volume 185
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