By organism › Green plants › Orchidaceae › Pterostylis brumalis

Observationobservedoriginal resultmeasured

Claim · model-written summary

Pterostylis brumalis relies on insects for cross-pollination

Taxon: P. brumalisPterostylis brumalise1
Outcome: relies on insects for cross pollinatione1

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis is self-compatible
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals
Observation P. brumalis labellum has uniform papillate trichomes

Observationobservedoriginal resultmeasured

Claim · model-written summary

Pterostylis brumalis is self-compatible

Taxon: P. brumalisPterostylis brumalise1
Outcome: self‐compatiblee1

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals
Observation P. brumalis labellum has uniform papillate trichomes

Observationobservedoriginal resultmeasured

Claim · model-written summary

Natural fruit-set of P. brumalis averages 2.6% across two populations

Taxon: P. brumalisPterostylis brumalise1
Outcome: Natural fruit‐sete2
Value: 2.6%e2
Qualifier: across two populationse2

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Pterostylis brumalis is self-compatible
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals
Observation P. brumalis labellum has uniform papillate trichomes

Intervention effectobservedoriginal resultpositivemeasured

Claim · model-written summary

Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%

Taxon: P. brumalisPterostylis brumalise1
Treatment: hand‐pollinated flowerse3
Outcome: fruit‐sete3
Direction: Highe3
Value: 66.7%e3

Not reportedComparator

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Mechanismauthor interpretationoriginal resultbasis n/a

Claim · model-written summary

Pollinator limitation is severe in P. brumalis

Taxon: P. brumalisPterostylis brumalise1
Outcome: pollinator limitatione3
Qualifier: severee3

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Pterostylis brumalis is self-compatible
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals
Observation P. brumalis labellum has uniform papillate trichomes

Observationobservedoriginal resultmeasured

Claim · model-written summary

Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia

Taxon: P. brumalisPterostylis brumalise1
Interactor: Mycetophila vulgarise4pollinator
Outcome: bore orchid polliniae4
Value: only one collected insecte4

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Pterostylis brumalis is self-compatible
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals
Observation P. brumalis labellum has uniform papillate trichomes

Observationobservedoriginal resultsimulated

Claim · model-written summary

A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory

Taxon: P. brumalisPterostylis brumalise1
Outcome: camouflage against herbivorye5
Qualifier: categorical fly vision modele5

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Pterostylis brumalis is self-compatible
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals
Observation P. brumalis labellum has uniform papillate trichomes

Observationobservedoriginal resultsimulated

Claim · model-written summary

A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background

Taxon: P. brumalisPterostylis brumalise1
Outcome: easily distinguishable against the backgrounde6
Qualifier: generic tetrachromat vision modele6

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Pterostylis brumalis is self-compatible
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals
Observation P. brumalis labellum has uniform papillate trichomes

Observationobservedoriginal resultmeasured

Claim · model-written summary

P. brumalis has putative scent-releasing osmophores on the lateral sepals

Taxon: P. brumalisPterostylis brumalise1
Organ / stage: lateral sepalse7
Outcome: osmophorese7

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Pterostylis brumalis is self-compatible
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis labellum has uniform papillate trichomes

Observationobservedoriginal resultmeasured

Claim · model-written summary

P. brumalis labellum has uniform papillate trichomes

Taxon: P. brumalisPterostylis brumalise1
Organ / stage: labellume7
Outcome: uniform papillate trichomese7

Verbatim

Title

Flowers, phenology and pollination of the endemic New Zealand greenhood orchid Pterostylis brumalis

EJ Bodley; JR Beggs; R Toft; et al. New Zealand Journal of Botany 2016. doi:10.1080/0028825x.2016.1147470

Other claims from this paper (9)

Observation Pterostylis brumalis relies on insects for cross-pollination
Observation Pterostylis brumalis is self-compatible
Observation Natural fruit-set of P. brumalis averages 2.6% across two populations
Intervention effect Hand-pollinated flowers of P. brumalis set fruit at a high rate of 66.7%
Mechanism Pollinator limitation is severe in P. brumalis
Observation Only one collected insect, a female Mycetophila vulgaris, bore orchid pollinia
Observation A categorical fly vision model indicates excellent camouflage of P. brumalis flowers against herbivory
Observation A generic tetrachromat vision model indicates P. brumalis flowers are easily distinguishable against the background
Observation P. brumalis has putative scent-releasing osmophores on the lateral sepals

Pterostylis brumalis 11 claims

11 claims