Claim · model-written summary
Stand density was 555 stems/ha in inviolate forest and 132 stems/ha in logged forest.
- Taxon
- tree speciest0
- Outcome
- stand densitye0
- Value
- 555 stems/hae0
- Qualifier
- 132 stems/hae0
- Comparator
- logged foreste0
- Setting
- inviolatee0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentDirection
Verbatim
e0“The stand density in the inviolate is 555 stems/ha and that of the logged forest is 132 stems/ha.”
t0“TREE SPECIES”
Title
V.A.J. ADEKUNLE Applied Ecology and Environmental Research 2013. doi:10.15666/aeer/1103_491511
Other claims from this paper (15)
- Observation The two forest types contained 54 hardwood species from 24 families.
- Observation The inviolate forest contained 46 species across 21 families.
- Observation The logged forest contained 24 species across 14 families.
- Association Shannon-Weiner diversity was higher in the inviolate forest, at 3.16 versus 3.03.
- Association Species evenness was higher in the inviolate forest, at 0.83 versus 0.81.
- Association Mean dbh was 39.35 cm in inviolate forest versus 14.24 cm in logged forest.
- Association Basal area was 10.34 m 2 /ha in inviolate forest versus 2.14 m 2 /ha in logged forest.
- Association Volume was 1235.04 m 3 in inviolate forest versus 14.81 m 3 in logged forest.
- Observation Mansonia altissima had the highest occurrence in inviolate forest, at 80stems/ha.
- Observation Caesalpinoidae and Sterculiaceae had the highest number of species in inviolate forest, six each.
- Observation Triplochiton scleroxylon had the highest frequency in logged forest, at 18 stems/ha.
- Observation Caesalpinoidae had the highest number of species in logged forest, four.
- Association All estimated variables were reported significantly higher in inviolate forest.
- Association The authors concluded exploitation affected species diversity.
- Association The authors concluded exploitation subsequently affected the conservation roles of trees.