Davalliaceae 152 claims

Claim · model-written summary

Syntypes of Araiostegia perdurans comprise two morphologically distinct entities

Taxon

Araiostegia perduransDavallia perduranst0

Outcome

morphologically distinct entitiese0

Verbatim

t0

“(3130) Proposal to conserve the name Araiostegiella faberiana ( Araiostegia faberiana , Davallia clarkei var. faberiana ) ( Davalliaceae ) with a conserved type and associated lectotypification of Araiostegiella perdurans ( Araiostegia perdurans , D. perdurans )”

e0

“comprise two morphologically distinct entities (one with opposite basal pinnules and another with catadromous pinnules)”

Claim · model-written summary

Molecular analysis resolved the specimens into three strongly supported clades

Taxon

Araiostegiella faberianaDavallia clarkei var. faberianat0

Outcome

three strongly supported cladese1

Verbatim

t0

“(3130) Proposal to conserve the name Araiostegiella faberiana ( Araiostegia faberiana , Davallia clarkei var. faberiana ) ( Davalliaceae ) with a conserved type and associated lectotypification of Araiostegiella perdurans ( Araiostegia perdurans , D. perdurans )”

e1

“Our analysis resolved these specimens into three strongly supported clades, each exhibiting substantial divergence”

Claim · model-written summary

The A. perdurans clade is sister to the A. hookeri clade, and these together are sister to the A. faberiana clade

Taxon

A. faberianaDavallia clarkei var. faberianae2

Outcome

sister relationshipe2

Verbatim

t0

“(3130) Proposal to conserve the name Araiostegiella faberiana ( Araiostegia faberiana , Davallia clarkei var. faberiana ) ( Davalliaceae ) with a conserved type and associated lectotypification of Araiostegiella perdurans ( Araiostegia perdurans , D. perdurans )”

e2

“The A. perdurans clade formed a sister relationship with the A. hookeri clade, which collectively comprised a sister clade to the A. faberiana clade”

Claim · model-written summary

Opposite-pinnuled A. perdurans and catadromous-pinnuled A. faberiana represent distinct species

Taxon

A. faberianaDavallia clarkei var. faberianae3

Outcome

represent distinct speciese3

Verbatim

t0

“(3130) Proposal to conserve the name Araiostegiella faberiana ( Araiostegia faberiana , Davallia clarkei var. faberiana ) ( Davalliaceae ) with a conserved type and associated lectotypification of Araiostegiella perdurans ( Araiostegia perdurans , D. perdurans )”

e3

“these results convinced us that the opposite-pinnuled A. perdurans and catadromous-pinnuled A. faberiana represent distinct species”

Claim · model-written summary

The authors propose conserving Araiostegiella faberiana with a conserved type

Taxon

Araiostegiella faberianaDavallia clarkei var. faberianae4

Outcome

conservation of Araiostegiella faberiana with a conserved typee4

Verbatim

t0

“(3130) Proposal to conserve the name Araiostegiella faberiana ( Araiostegia faberiana , Davallia clarkei var. faberiana ) ( Davalliaceae ) with a conserved type and associated lectotypification of Araiostegiella perdurans ( Araiostegia perdurans , D. perdurans )”

e4

“we formally propose the conservation of Araiostegiella faberiana with a conserved type under ICN Art. 14.9”

Claim · model-written summary

Davallia denticulata and Davallia solida dominated individual fern distribution.

Taxon

Davallia denticulata and Davallia solidaDavallia solidaDavallia denticulatae0

Outcome

dominate the distribution of individual epiphytic fernse0

Verbatim

e0

“Davallia denticulata and Davallia solida dominate the distribution of individual epiphytic ferns.”

Claim · model-written summary

TDZ significantly suppressed chlorophyll degradation enzyme activity before storage.

Taxon

D. solidaDavallia solidae0

Treatment

TDZe0

Outcome

activities of Chl degradation enzymese0

Direction

suppressede0

Comparator

controle0

Verbatim

e0

“The activities of Chl degradation enzymes in the leaves of D. solida pulsed with TDZ prior to storage were significantly suppressed, related to higher Chl content and a lower percentage of leaf yellowing than the control, resulting in a longer vase life of 9.0 days, while the control lasted 7.0 days.”

Claim · model-written summary

TDZ before storage yielded higher chlorophyll content and less yellowing than control.

Taxon

D. solidaDavallia solidae0

Treatment

TDZe0

Outcome

Chl contente0

Direction

highere0

Comparator

controle0

Verbatim

e0

“The activities of Chl degradation enzymes in the leaves of D. solida pulsed with TDZ prior to storage were significantly suppressed, related to higher Chl content and a lower percentage of leaf yellowing than the control, resulting in a longer vase life of 9.0 days, while the control lasted 7.0 days.”

Claim · model-written summary

TDZ before storage reduced leaf yellowing versus control.

Taxon

D. solidaDavallia solidae0

Treatment

TDZe0

Outcome

percentage of leaf yellowinge0

Direction

lowere0

Comparator

controle0

Verbatim

e0

“The activities of Chl degradation enzymes in the leaves of D. solida pulsed with TDZ prior to storage were significantly suppressed, related to higher Chl content and a lower percentage of leaf yellowing than the control, resulting in a longer vase life of 9.0 days, while the control lasted 7.0 days.”

Claim · model-written summary

TDZ before storage extended vase life to 9.0 days versus 7.0 days for control.

Taxon

D. solidaDavallia solidae0

Treatment

TDZe0

Outcome

vase lifee0

Direction

longere0

Value

9.0 dayse0

Qualifier

7.0 dayse0

Comparator

controle0

Verbatim

e0

“The activities of Chl degradation enzymes in the leaves of D. solida pulsed with TDZ prior to storage were significantly suppressed, related to higher Chl content and a lower percentage of leaf yellowing than the control, resulting in a longer vase life of 9.0 days, while the control lasted 7.0 days.”