Claim · model-written summary
Average tree diameter varied significantly, with street trees having an average diameter of 34.11 cm.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirection
Verbatim
t0“tree species”
e3“Tree diameter analysis showed a significant variation, with an average diameter ranging from 34.11 cm (street trees) to 79.28 cm (cemeteries)”
Title
Godonou Étienne Romaric Adéwalé; Yevide Sedami Igor Armand; Gbesso Gbodja Houéhanou François; et al. Revue Ecosystèmes et Paysages 2025. doi:10.59384/recopays.tg.v5i1.138
Other claims from this paper (14)
- Observation Trees were most dominant in social and educational institutions, at 35% of the inventoried trees.
- Observation Public green spaces held 19% of the inventoried trees, after social and educational institutions.
- Observation Average tree diameter in cemeteries was 79.28 cm, the largest of the compared categories.
- Observation Total aboveground biomass of the inventoried trees was estimated at 2,270.42 Mg.
- Observation The inventoried trees sequestered 1,299.53 Mg of carbon.
- Observation Social and educational institutions contributed the most carbon storage, 484.60 Mg (37%).
- Observation Public green spaces stored 236.57 Mg of carbon (18%), the second-largest share.
- Observation Landscaped natural areas stored 179.82 Mg of carbon (14%).
- Observation Bark stripping affected 154 trees (53.8% of the recorded damage cases), mainly on Terminalia superba, Terminalia mantaly and Khaya senegalensis.
- Observation Pruning was recorded in 75 cases on the inventoried trees.
- Observation Pollarding was recorded in 44 cases on the inventoried trees.
- Association Pruning and pollarding affect tree growth and structure.
- Association Anthropogenic pressures severely affect tree health.
- Recommendation The authors recommend sustainable urban planning that integrates biodiversity conservation and management to enhance carbon sequestration and urban resilience.