Claim · model-written summary
The Bandrefam sacred forest inventory identified 65 species.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorDirectionQualifier
Verbatim
e0“The floristic inventory identified 65 species divided into 57 genera and 30 families in the Bandrefam sacred forest and 45 species divided into 42 genera and 27 families in the Batoufam sacred forest”
Title
Nicole Liliane Maffo Maffo; Hubert Kpoumie Mounmemi; Hermann Taedoumg; et al. Open Journal of Forestry 2025. doi:10.4236/ojf.2025.151005
Other claims from this paper (19)
- Observation The Batoufam sacred forest inventory identified 45 species.
- Observation In Bandrefam, Phyllanthaceae was the most important family (53.98%).
- Observation In Bandrefam, Moraceae was an important family (21.69%).
- Observation In Bandrefam, Lamiaceae was an important family (20.15%).
- Observation In Batoufam, Phyllanthaceae was the most important family (39.73%).
- Observation In Batoufam, Fabaceae was an important family (28.47%).
- Observation In Batoufam, Araliaceae was an important family (23.77%).
- Observation In Bandrefam, Malacantha alnifolia was the most important species (55.14%).
- Observation In Bandrefam, Vitex grandifolia was an important species (18.43%).
- Observation In Bandrefam, Bosqueia angolensis was an important species (15.06%).
- Observation In Batoufam, Malacantha alnifolia was the most important species (28%).
- Observation In Batoufam, Polyscias fulva was an important species (22.73%).
- Observation In Batoufam, Psychotria sp. was an important species (21.28%).
- Observation The Bandrefam sacred forest had the highest tree density (2669 stems/ha).
- Observation Total carbon stock was 484.88 ± 2.28 tC/ha at Batoufam.
- Observation Total carbon stock was 313.95 ± 0.93 tC/ha at Bandrefam.
- Observation The economic value was 5858.04 ± 27.62 USD/ha in the Batoufam sacred forest.
- Observation The economic value was 3788.51 ± 11.26 USD/ha in the Bandrefam sacred forest.
- Observation Carbon storage: small-diameter trees and the number of individuals have little influence; medium-diameter trees store the most carbon and very large-diameter trees store less; wood density and basal areas influence carbon storage.