0000000000823852

AUTHOR

Kevin D. Matson

showing 5 related works from this author

Exposure to Chemical Cues from Predator-Exposed Conspecifics Increases Reproduction in a Wild Rodent

2018

Abstract Predation involves more than just predators consuming prey. Indirect effects, such as fear responses caused by predator presence, can have consequences for prey life history. Laboratory experiments have shown that some rodents can recognize fear in conspecifics via alarm pheromones. Individuals exposed to alarm pheromones can exhibit behavioural alterations that are similar to those displayed by predator-exposed individuals. Yet the ecological and evolutionary significance of alarm pheromones in wild mammals remains unclear. We investigated how alarm pheromones affect the behaviour and fitness of wild bank voles (Myodes glareolus) in outdoor enclosures. Specifically, we compared th…

feromonitmetsämyyrälcsh:Rbehavioural ecologylcsh:MedicinePE&RClisääntyminensaalistusevoluutioekologiaWildlife Ecology and ConservationMyodes glareolusLife Sciencelcsh:Qlcsh:ScienceScientific Reports
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Risk factors for Lyme disease : A scale-dependent effect of host species diversity and a consistent negative effect of host phylogenetic diversity

2021

Biodiversity can influence disease risk. One example of a diversity-disease relationship is the dilution effect, which suggests higher host species diversity (often indexed by species richness) reduces disease risk. While numerous studies support the dilution effect, its generality remains controversial. Most studies of diversity-disease relationships have overlooked the potential importance of phylogenetic diversity. Furthermore, most studies have tested diversity-disease relationships at one spatial scale, even though such relationships are likely scale dependent. Using Lyme disease as a model system, we investigated the effects of host species richness and phylogenetic relatedness on the…

Dilution effecthabitaattizoonoositisäntälajitMicrobiologyRisk Factorsdilution effectLymen borrelioosiClimatic variablesHumansLyme diseaseHost species richnesshost species richnessPhylogeny1172 Environmental sciencesHost phylogenetic diversityhost phylogenetic diversityfylogenetiikkailmastonmuutoksetluonnon monimuotoisuusbiodiversiteettiInfectious Diseasesclimatic variablesborrelioosiInsect Science1181 Ecology evolutionary biologyParasitologyHabitat fragmentationhabitat fragmentationpirstoutuminen
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In utero behavioral imprinting to predation risk in pups of the bank vole

2020

Abstract In the predator–prey arms race, survival-enhancing adaptive behaviors are essential. Prey can perceive predator presence directly from visual, auditory, or chemical cues. Non-lethal encounters with a predator may trigger prey to produce special body odors, alarm pheromones, informing conspecifics about predation risks. Recent studies suggest that parental exposure to predation risk during reproduction affects offspring behavior cross-generationally. We compared behaviors of bank vole (Myodes glareolus) pups produced by parents exposed to one of three treatments: predator scent from the least weasel (Mustela nivalis nivalis); scent from weasel-exposed voles, i.e., alarm pheromones;…

0106 biological sciencesalarm pheromoneOffspringodormetsämyyräZoologyBiology010603 evolutionary biology01 natural sciencesPredationhaju03 medical and health sciencesALARMpredation riskOdorPredatorEcology Evolution Behavior and Systematics030304 developmental biologyferomonit0303 health sciencessaaliseläimetbiology.organism_classificationPE&RCOlfactionBank voleOdorAnimal ecologycross-generational effectsWildlife Ecology and ConservationAlarm pheromonePheromoneCross-generational effectsAnimal Science and ZoologyPredation riskolfactionBehavioral Ecology and Sociobiology
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Mammal assemblage composition predicts global patterns in emerging infectious disease risk

2021

Abstract As a source of emerging infectious diseases, wildlife assemblages (and related spatial patterns) must be quantitatively assessed to help identify high‐risk locations. Previous assessments have largely focussed on the distributions of individual species; however, transmission dynamics are expected to depend on assemblage composition. Moreover, disease–diversity relationships have mainly been studied in the context of species loss, but assemblage composition and disease risk (e.g. infection prevalence in wildlife assemblages) can change without extinction. Based on the predicted distributions and abundances of 4466 mammal species, we estimated global patterns of disease risk through …

BiodiversityDIVERSITYAnimal Sciences DeskzoonoositCommunicable Diseases EmergingeläinmaantiedetartuntatauditBureau DierwetenschappenPrimary Research ArticleGeneral Environmental ScienceBODY-SIZEMammals2. Zero hungerGlobal and Planetary ChangeEcologyEcologyassemblage composition; climate change; emerging infectious diseases; habitat loss; infectious disease hotspots; species distributionsassemblage compositionPOPULATION-DENSITYeliöyhteisötriskinarviointiPE&RCEXTINCTION RISKclimate changespecies distributions1181 Ecology evolutionary biologyEmerging infectious diseaseWILDLIFEhabitat lossWildlifeContext (language use)Biologyemerging infectious diseasesEVENNESSnisäkkäätAnimalsEnvironmental ChemistryeläimistöEcosystemPATHOGENSSPECIES DISTRIBUTION MODELS15. Life on landilmastonmuutoksetPrimary Research ArticlesbiodiversiteettiHabitat destruction13. Climate actionInfectious disease (medical specialty)villieläimetWildlife Ecology and ConservationSpatial ecologyBIODIVERSITYSpecies richnessLIVING FASTEnvironmental Sciencesinfectious disease hotspots
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Pre- and Postnatal Predator Cues Shape Offspring Anti-predatory Behavior Similarly in the Bank Vole

2021

Prey animals can assess the risks predators present in different ways. For example, direct cues produced by predators can be used, but also signals produced by prey conspecifics that have engaged in non-lethal predator-prey interactions. These non-lethal interactions can thereby affect the physiology, behavior, and survival of prey individuals, and may affect offspring performance through maternal effects. We investigated how timing of exposure to predation-related cues during early development affects offspring behavior after weaning. Females in the laboratory were exposed during pregnancy or lactation to one of three odor treatments: (1) predator odor (PO) originating from their most comm…

feromonitalarm pheromonesaaliseläimetEcologyjyrsijätmetsämyyräEvolutionlumikkoPE&RClisääntymineneläinten käyttäytyminenhajuWildlife Ecology and Conservationpredation riskcross-generational effectsrodentspetoeläimetconspecific alarm cueQH359-425odor cuesEcology Evolution Behavior and SystematicsQH540-549.5Frontiers in Ecology and Evolution
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