A. polychrosidis 6 claims

Interactor role: biocontrol_agent

Literal values, not normalised. 183,098 distinct spellings cover 1,706,259 claims; only letter case and spacing are merged, so “maize”, “corn” and “Zea mays L.” are three separate entries here. The By interacting organism view merges spellings of one organism through NCBI Taxonomy.

6 claims

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Observationobservedoriginal resultpositivemeasured

Claim · model-written summary

Only A. polychrosidis occurred in numbers high enough to control leaf miner populations.

Taxon: ashe1
Interactor: C. fraxinellaCaloptilia fraxinellae0pest
Second interactor: A. polychrosidisApanteles polychrosidise0biocontrol_agent
Outcome: numbers high enough to control populations of C. fraxinellae0

Verbatim

e0
“only A. polychrosidis is present in numbers high enough to control populations of C. fraxinella”
✓ located verbatim in the source · abstract, characters 2110–2205

e1
“ash (Fraxinus spp.)”
✓ located verbatim in the source · abstract, characters 163–182

Title

Semiochemical-Mediated Interactions of an Invasive Leaf miner, Caloptilia fraxinella (Lepidoptera: Gracillariidae), on a Non-Native Host, Fraxinus spp. (Oleaceae) and its Native Parasitoid, Apanteles polychrosidis (Hymenoptera: Braconidae)

Wist, Tyler J University of Alberta Library 2014. doi:10.7939/r3hd7p18w

Other claims from this paper (19)

Observation C. fraxinella preferred black ash to green ash for oviposition.
Observation Green ash supported higher larval survival and faster development than black ash.
Observation Female moths preferred younger over older ash leaflets.
Observation Green ash elicited more host location flight by gravid females than black ash.
Observation Adult C. fraxinella were attracted to volatiles from ash seedlings.
Observation Mated female moth antennae detected six ash volatiles, four common to both ash species.
Intervention effect Synthetic ash volatiles elicited as much oriented upwind flight as ash seedlings.
Intervention effect Synthetic ash volatiles did not elicit contact with the lure.
Intervention effect Lures did not attract more female moths than unbaited field traps.
Observation A. polychrosidis was identified as the dominant parasitoid of the leaf miner.
Observation A. polychrosidis showed protandrous emergence and mated soon after females emerged.
Observation Other parasitoids were ranked by parasitism rate in Edmonton.
Observation Parasitism of C. fraxinella was higher on black than green ash.
Association Parasitism increased with leaf miner density on black ash.
Association Parasitism decreased with leaf miner density on green ash.
Observation A. polychrosidis was differentially attracted to volatiles of the two ash species.
Observation A. polychrosidis used cues induced by feeding damage on black ash.
Observation A. polychrosidis did not use feeding damage cues from green ash.
Observation A. polychrosidis antennae detected thirteen ash volatiles.

Observationobservedoriginal resultpositivemeasured

Claim · model-written summary

Parasitism of C. fraxinella was higher on black than green ash.

Taxon: black ashFraxinus nigrae0
Interactor: C. fraxinellaCaloptilia fraxinellae0pest
Second interactor: A. polychrosidisApanteles polychrosidise0biocontrol_agent
Outcome: Parasitism rate by A. polychrosidis of C. fraxinellae0
Direction: highere0
Comparator: greene0

Verbatim

e0
“Parasitism rate by A. polychrosidis of C. fraxinella on black ash is higher than on green”
✓ located verbatim in the source · abstract, characters 2207–2296

Title

Wist, Tyler J University of Alberta Library 2014. doi:10.7939/r3hd7p18w

Other claims from this paper (19)

Observation C. fraxinella preferred black ash to green ash for oviposition.
Observation Green ash supported higher larval survival and faster development than black ash.
Observation Female moths preferred younger over older ash leaflets.
Observation Green ash elicited more host location flight by gravid females than black ash.
Observation Adult C. fraxinella were attracted to volatiles from ash seedlings.
Observation Mated female moth antennae detected six ash volatiles, four common to both ash species.
Intervention effect Synthetic ash volatiles elicited as much oriented upwind flight as ash seedlings.
Intervention effect Synthetic ash volatiles did not elicit contact with the lure.
Intervention effect Lures did not attract more female moths than unbaited field traps.
Observation A. polychrosidis was identified as the dominant parasitoid of the leaf miner.
Observation A. polychrosidis showed protandrous emergence and mated soon after females emerged.
Observation Other parasitoids were ranked by parasitism rate in Edmonton.
Observation Only A. polychrosidis occurred in numbers high enough to control leaf miner populations.
Association Parasitism increased with leaf miner density on black ash.
Association Parasitism decreased with leaf miner density on green ash.
Observation A. polychrosidis was differentially attracted to volatiles of the two ash species.
Observation A. polychrosidis used cues induced by feeding damage on black ash.
Observation A. polychrosidis did not use feeding damage cues from green ash.
Observation A. polychrosidis antennae detected thirteen ash volatiles.

Associationobservedoriginal resultnegativemeasured

Claim · model-written summary

Parasitism decreased with leaf miner density on green ash.

Taxon: green ashFraxinus pennsylvanicae0
Interactor: C. fraxinellaCaloptilia fraxinellae0pest
Second interactor: A. polychrosidisApanteles polychrosidise1biocontrol_agent
Outcome: Parasitisme0
Direction: negatively density dependente0

Verbatim

e0
“Parasitism is positively dependent on C. fraxinella density on black ash but is negatively density dependent on green ash”
✓ located verbatim in the source · abstract, characters 2298–2419

e1
“Parasitism rate by A. polychrosidis of C. fraxinella”
✓ located verbatim in the source · abstract, characters 2207–2259

Title

Wist, Tyler J University of Alberta Library 2014. doi:10.7939/r3hd7p18w

Other claims from this paper (19)

Observation C. fraxinella preferred black ash to green ash for oviposition.
Observation Green ash supported higher larval survival and faster development than black ash.
Observation Female moths preferred younger over older ash leaflets.
Observation Green ash elicited more host location flight by gravid females than black ash.
Observation Adult C. fraxinella were attracted to volatiles from ash seedlings.
Observation Mated female moth antennae detected six ash volatiles, four common to both ash species.
Intervention effect Synthetic ash volatiles elicited as much oriented upwind flight as ash seedlings.
Intervention effect Synthetic ash volatiles did not elicit contact with the lure.
Intervention effect Lures did not attract more female moths than unbaited field traps.
Observation A. polychrosidis was identified as the dominant parasitoid of the leaf miner.
Observation A. polychrosidis showed protandrous emergence and mated soon after females emerged.
Observation Other parasitoids were ranked by parasitism rate in Edmonton.
Observation Only A. polychrosidis occurred in numbers high enough to control leaf miner populations.
Observation Parasitism of C. fraxinella was higher on black than green ash.
Association Parasitism increased with leaf miner density on black ash.
Observation A. polychrosidis was differentially attracted to volatiles of the two ash species.
Observation A. polychrosidis used cues induced by feeding damage on black ash.
Observation A. polychrosidis did not use feeding damage cues from green ash.
Observation A. polychrosidis antennae detected thirteen ash volatiles.

Observationobservedoriginal resultpositivemeasured

Claim · model-written summary

A. polychrosidis used cues induced by feeding damage on black ash.

Taxon: black ashFraxinus nigrae0
Interactor: A. polychrosidisApanteles polychrosidise0biocontrol_agent
Outcome: use host location cues induced by feeding damagee0

Verbatim

e0
“A. polychrosidis use host location cues induced by feeding damage on black ash but not on green ash”
✓ located verbatim in the source · abstract, characters 2595–2694

Title

Wist, Tyler J University of Alberta Library 2014. doi:10.7939/r3hd7p18w

Other claims from this paper (19)

Observation C. fraxinella preferred black ash to green ash for oviposition.
Observation Green ash supported higher larval survival and faster development than black ash.
Observation Female moths preferred younger over older ash leaflets.
Observation Green ash elicited more host location flight by gravid females than black ash.
Observation Adult C. fraxinella were attracted to volatiles from ash seedlings.
Observation Mated female moth antennae detected six ash volatiles, four common to both ash species.
Intervention effect Synthetic ash volatiles elicited as much oriented upwind flight as ash seedlings.
Intervention effect Synthetic ash volatiles did not elicit contact with the lure.
Intervention effect Lures did not attract more female moths than unbaited field traps.
Observation A. polychrosidis was identified as the dominant parasitoid of the leaf miner.
Observation A. polychrosidis showed protandrous emergence and mated soon after females emerged.
Observation Other parasitoids were ranked by parasitism rate in Edmonton.
Observation Only A. polychrosidis occurred in numbers high enough to control leaf miner populations.
Observation Parasitism of C. fraxinella was higher on black than green ash.
Association Parasitism increased with leaf miner density on black ash.
Association Parasitism decreased with leaf miner density on green ash.
Observation A. polychrosidis was differentially attracted to volatiles of the two ash species.
Observation A. polychrosidis did not use feeding damage cues from green ash.
Observation A. polychrosidis antennae detected thirteen ash volatiles.

Observationobservedoriginal resultnegativemeasured

Claim · model-written summary

A. polychrosidis did not use feeding damage cues from green ash.

Taxon: green ashFraxinus pennsylvanicae0
Interactor: A. polychrosidisApanteles polychrosidise0biocontrol_agent
Outcome: not on green ashe0

Verbatim

e0
“A. polychrosidis use host location cues induced by feeding damage on black ash but not on green ash”
✓ located verbatim in the source · abstract, characters 2595–2694

Title

Wist, Tyler J University of Alberta Library 2014. doi:10.7939/r3hd7p18w

Other claims from this paper (19)

Observation C. fraxinella preferred black ash to green ash for oviposition.
Observation Green ash supported higher larval survival and faster development than black ash.
Observation Female moths preferred younger over older ash leaflets.
Observation Green ash elicited more host location flight by gravid females than black ash.
Observation Adult C. fraxinella were attracted to volatiles from ash seedlings.
Observation Mated female moth antennae detected six ash volatiles, four common to both ash species.
Intervention effect Synthetic ash volatiles elicited as much oriented upwind flight as ash seedlings.
Intervention effect Synthetic ash volatiles did not elicit contact with the lure.
Intervention effect Lures did not attract more female moths than unbaited field traps.
Observation A. polychrosidis was identified as the dominant parasitoid of the leaf miner.
Observation A. polychrosidis showed protandrous emergence and mated soon after females emerged.
Observation Other parasitoids were ranked by parasitism rate in Edmonton.
Observation Only A. polychrosidis occurred in numbers high enough to control leaf miner populations.
Observation Parasitism of C. fraxinella was higher on black than green ash.
Association Parasitism increased with leaf miner density on black ash.
Association Parasitism decreased with leaf miner density on green ash.
Observation A. polychrosidis was differentially attracted to volatiles of the two ash species.
Observation A. polychrosidis used cues induced by feeding damage on black ash.
Observation A. polychrosidis antennae detected thirteen ash volatiles.

Observationobservedoriginal resultmeasured

Claim · model-written summary

A. polychrosidis antennae detected thirteen ash volatiles.

Taxon: ashe0
Interactor: A. polychrosidisApanteles polychrosidise0biocontrol_agent
Outcome: VOCs are detected by the antennae of A. polychrosidise0
Value: Thirteene0

Verbatim

e0
“Thirteen ash VOCs are detected by the antennae of A. polychrosidis”
✓ located verbatim in the source · abstract, characters 2696–2762

Title

Wist, Tyler J University of Alberta Library 2014. doi:10.7939/r3hd7p18w

Other claims from this paper (19)

Observation C. fraxinella preferred black ash to green ash for oviposition.
Observation Green ash supported higher larval survival and faster development than black ash.
Observation Female moths preferred younger over older ash leaflets.
Observation Green ash elicited more host location flight by gravid females than black ash.
Observation Adult C. fraxinella were attracted to volatiles from ash seedlings.
Observation Mated female moth antennae detected six ash volatiles, four common to both ash species.
Intervention effect Synthetic ash volatiles elicited as much oriented upwind flight as ash seedlings.
Intervention effect Synthetic ash volatiles did not elicit contact with the lure.
Intervention effect Lures did not attract more female moths than unbaited field traps.
Observation A. polychrosidis was identified as the dominant parasitoid of the leaf miner.
Observation A. polychrosidis showed protandrous emergence and mated soon after females emerged.
Observation Other parasitoids were ranked by parasitism rate in Edmonton.
Observation Only A. polychrosidis occurred in numbers high enough to control leaf miner populations.
Observation Parasitism of C. fraxinella was higher on black than green ash.
Association Parasitism increased with leaf miner density on black ash.
Association Parasitism decreased with leaf miner density on green ash.
Observation A. polychrosidis was differentially attracted to volatiles of the two ash species.
Observation A. polychrosidis used cues induced by feeding damage on black ash.
Observation A. polychrosidis did not use feeding damage cues from green ash.