Search results for "Plantago lanceolata"

showing 3 items of 3 documents

The roles of foraging environment, host species, and host diet for a generalist pupal parasitoid

2018

0106 biological sciencesForagingZoologyparasitismiHymenopteraisäntälajitiridoid glycosidesGeneralist and specialist speciesverkkoperhosetMelitaea cinxia010603 evolutionary biology01 natural sciencesNymphalidaeParasitoidtoukatloisetPlantago lanceolataheinäratamoPteromalidaetäpläverkkoperhonenEcology Evolution Behavior and SystematicsMelitaea athaliakätköpistiäisetbiologyHost (biology)preference- performancebiology.organism_classificationPupa010602 entomologyInsect Scienceta1181Entomologia Experimentalis et Applicata
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Oviposition Cues for a Specialist Butterfly–Plant Chemistry and Size

2008

The oviposition choice of an insect herbivore is based on a complex set of stimuli and responses. In this study, we examined the effect of plant secondary chemistry (the iridoid glycosides aucubin and catalpol) and aspects of size of the plant Plantago lanceolata, on the oviposition behavior of the specialist butterfly Melitaea cinxia. Iridoid glycosides are known to deter feeding or decrease the growth rate of generalist insect herbivores, but can act as oviposition cues and feeding stimulants for specialized herbivores. In a previous observational study of M. cinxia in the field, oviposition was associated with high levels of aucubin. However, this association could have been the cause (b…

0106 biological sciencesIridoid GlycosidesIridoidmedicine.drug_classOvipositionmedia_common.quotation_subjectPlant sizeInsectBiologyGeneralist and specialist speciesMelitaea cinxia010603 evolutionary biology01 natural sciencesBiochemistryArticleSexual Behavior Animalchemistry.chemical_compoundPlantago lanceolataBotanymedicineAnimalsIridoidsGlycosidesPlantagoEcology Evolution Behavior and SystematicsAucubinmedia_commonHerbivoreIridoid glycosidesFeeding BehaviorGeneral MedicineCatalpol010602 entomologychemistryHerbivoreButterflyFemaleButterfliesJournal of Chemical Ecology
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Arbuscular mycorrhizal fungi influence host infection during epidemics in a wild plant pathosystem

2022

SummaryWhile pathogenic and mutualistic microbes are ubiquitous across ecosystems and often co-occur within hosts, how they interact to determine patterns of disease in genetically diverse wild populations is unknown.To test whether microbial mutualists provide protection against pathogens, and whether this varies among host genotypes, we conducted a field experiment in three naturally-occurring epidemics of a fungal pathogen, Podosphaera plantaginis, infecting a host plant, Plantago lanceolata, in the Åland Islands, Finland. In each population, we collected epidemiological data on experimental plants from six allopatric populations that had been inoculated with a mixture of mutualistic arb…

DYNAMICS0106 biological scienceshärmätPhysiologyDIVERSITYPlant ScienceDisease01 natural sciencesLOCAL ADAPTATIONMycorrhizae1110 Plant ScienceGenotypemykorritsasienetDISEASE RESISTANCEkasvitauditheinäratamo11832 Microbiology and virology2. Zero hungerprotective symbiont0303 health scienceseducation.field_of_studyPlantagoPodosphaera plantaginisPlantsplant pathogenmycorrhizal fungitaudinaiheuttajatSusceptible individual590 Animals (Zoology)GenotypemutualismPopulationAllopatric speciationZoologyBiologyPATHOGEN METAPOPULATION010603 evolutionary biologyMULTITROPHIC INTERACTIONS10127 Institute of Evolutionary Biology and Environmental Studies03 medical and health sciencesPlantago lanceolataEcosystemSymbiosiseducationPlantagoEcosystemplant diseasemutualismi (biologia)030304 developmental biologyHost Microbial InteractionsHost (biology)INDUCED RESISTANCEFungi1314 Physiology15. Life on land11831 Plant biologybiology.organism_classificationEVOLUTIONhärmäsienetMICROBE-MICROBE INTERACTIONS570 Life sciences; biologyMicrobial Interactionspowdery mildewNew Phytologist
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