Lanceispora amphibia 8 claims

Claim · model-written summary

Lanceispora amphibia was described as a new genus and species from mangrove leaves in Japan.

Taxon

Lanceispora amphibiaLanceispora amphibiae0

Organ / stage

senescent and fallen leavese0

Interactor

Bruguiera gymnorrhizaBruguiera gymnorhizae0host

Outcome

gen. et sp. nov.e0

Setting

Southwest Islands, Japane0

Not reportedDirection

Verbatim

e0

“Lanceispora amphibia gen. et sp. nov. in the Amphisphaeriaceae is described from senescent and fallen leaves of Bruguiera gymnorrhiza in mangrove forests in the Southwest Islands, Japan.”

Claim · model-written summary

The fungus forms immersed leaf ascomata, cylindrical asci with an iodine-staining apical ring, and septate oblanceolate ascospores.

Taxon

Lanceispora amphibiaLanceispora amphibiat0

Outcome

immersed ascomata in leaf tissue, cylindrical asci with an apical ring staining blue with iodine, and oblanceolate ascospores with a septum above the middlee0

Not reportedDirection

Verbatim

e0

“The fungus produces immersed ascomata in leaf tissue, cylindrical asci with an apical ring staining blue with iodine, and oblanceolate ascospores with a septum above the middle.”

t0

“Lanceispora amphibia”

Claim · model-written summary

L. amphibia infects senescent leaves on trees and inhabits intertidal fallen leaves.

Taxon

L. amphibiaLanceispora amphibiae0

Interactor

Bruguiera gymnorrhizaBruguiera gymnorhizae1host

Outcome

infects senescent leaves on the tree and inhabits intertidal fallen leavese0

Not reportedDirection

Verbatim

e0

“L. amphibia infects senescent leaves on the tree and inhabits intertidal fallen leaves”

e1

“senescent and fallen leaves of Bruguiera gymnorrhiza”

Claim · model-written summary

L. amphibia occurs most frequently late in mangrove leaf decomposition.

Taxon

L. amphibiaLanceispora amphibiae0

Organ / stage

late stage of decompositione0

Interactor

Bruguiera gymnorrhizaBruguiera gymnorhizae1host

Outcome

frequency of occurrencee0

Direction

higheste0

Verbatim

e0

“L. amphibia infects senescent leaves on the tree and inhabits intertidal fallen leaves, showing the highest frequency of occurrence at the late stage of decomposition”

e1

“senescent and fallen leaves of Bruguiera gymnorrhiza”

Claim · model-written summary

Optimal fungal hyphal growth in culture occurred at 20 ppt salinity and 30°C.

Taxon

Lanceispora amphibiaLanceispora amphibiat0

Outcome

hyphal growthe0

Direction

optimale0

Value

20 ppt salinity and 30°Ce0

Setting

culturee0

Verbatim

e0

“in culture the optimal conditions for hyphal growth were 20 ppt salinity and 30°C”

t0

“Lanceispora amphibia”

Claim · model-written summary

Optimal fungal sexual reproduction occurred at 10 ppt salinity and 25°C.

Taxon

Lanceispora amphibiaLanceispora amphibiat0

Outcome

sexual reproductione0

Direction

higherinferrede0

Value

10 ppt salinity and 25°Ce0

Verbatim

e0

“those for sexual reproduction were 10 ppt salinity and 25°C.”

t0

“Lanceispora amphibia”

Claim · model-written summary

Fresh water depressed fungal growth.

Taxon

Lanceispora amphibiaLanceispora amphibiat0

Treatment

0 ppt (fresh water)e0

Outcome

Growthe0

Direction

depressede0

Not reportedComparator

Verbatim

e0

“Growth at 0 ppt (fresh water) was depressed.”

t0

“Lanceispora amphibia”

Claim · model-written summary

The authors interpret the fungus as adapted to osmotic leaf conditions and subtropical brackish mangrove environments.

Taxon

Lanceispora amphibiaLanceispora amphibiat0

Outcome

adaptede0

Qualifier

high osmotic conditions in leaf tissues of the mangrove treee0

Setting

subtropical, brackish water environment of mangrove forestse0

Not reportedDirection

Verbatim

e0

“it is adapted to the high osmotic conditions in leaf tissues of the mangrove tree and to the subtropical, brackish water environment of mangrove forests.”

t0

“Lanceispora amphibia”