Erythroxylum pungens 5 claims

Claim · model-written summary

E. pungens wood had the lowest mass loss in the termite choice feeding test, at 1.03%.

Taxon

E. pungensErythroxylum pungense0

Organ / stage

woode0

Interactor

termitesTermitoidaee1pest

Outcome

mass lossese0

Direction

loweste0

Value

1.03%e0

Verbatim

e0

“In the termite choice feeding bioassay, E. pungens wood showed the lowest mass losses (1.03%).”

e1

“wood to termites and xylophagous fungi”

Claim · model-written summary

Trunk sampling position did not influence wood deterioration by soft rot fungi.

Taxon

Combretum leprosum and Erythroxylum pungensErythroxylum pungensCombretum leprosume1

Organ / stage

trunke0

Interactor

soft rot fungie0pathogen

Outcome

deterioration by soft rot fungie0

Direction

did not influencee0

Verbatim

e0

“The positions on the trunk did not influence deterioration by soft rot fungi.”

e1

“Combretum leprosum and Erythroxylum pungens wood”

Claim · model-written summary

E. pungens was the most resistant species in the soil bed test at both evaluated positions.

Taxon

E. pungensErythroxylum pungense0

Outcome

resistante0

Direction

moste0

Qualifier

both positions evaluatede0

Verbatim

e0

“In the soil bed test, the E. pungens species was the most resistant in both positions evaluated.”

Claim · model-written summary

E. pungens wood was most resistant across all tests.

Taxon

E. pungensErythroxylum pungense0

Organ / stage

woode0

Outcome

resistante0

Direction

moste0

Qualifier

all the tests carried oute0

Verbatim

e0

“In general, E. pungens wood was the most resistant in all the tests carried out”

Claim · model-written summary

Wood from the transition region was the most susceptible.

Taxon

E. pungensErythroxylum pungense1

Organ / stage

wood from the transition regione0

Outcome

susceptiblee0

Direction

moste0

Verbatim

e0

“with wood from the transition region being the most susceptible.”

e1

“E. pungens wood was the most resistant in all the tests carried out”