Claim · model-written summary
The total heterotrophic bacteria population had a range of 0.88x106cfu/g – 4.6x106 cfu/g.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionQualifier
Verbatim
e0“Ranges of microbial population were, total heterotrophic bacteria 0.88x106cfu/g – 4.6x106 cfu/g, and total heterotrophic fungi 3.0x103 cfu/g – 15.0 x103 cfu/g.”
t0“tropical trees”
Title
Microbial Population Dynamics under Tropical Trees in an Arboretum
Nengi-Benwari, A.O.; Amaechi, G; Marcus, M.U. Asian Journal of Current Research 2025. doi:10.56557/ajocr/2025/v10i29204
Other claims from this paper (14)
- Association Rhizosphere microbial population differed significantly among tree species.
- Observation Tectona grandis had the highest microbial population, 4.6x106 cfu/g.
- Observation Irvingia gabonensis had the lowest microbial population.
- Observation The total heterotrophic fungi population had a range of 3.0x103 cfu/g – 15.0 x103 cfu/g.
- Association Microbial diversity varied across the tree species.
- Observation 11 Bacteria species were identified.
- Observation 9 fungi species were identified.
- Observation Bacillus spp was the most predominant bacterium in the tree rhizosphere.
- Observation Aspergillus spp was the most predominant fungus in the tree rhizosphere.
- Observation Tectona grandis had the highest microbial diversity.
- Observation Gmelina arborea had the highest microbial diversity.
- Observation Nauclea diderrichii had the lowest microbial diversity.
- Association The five tropical tree species affected microbial community structure, with Tectona grandis having the greatest effect.
- Recommendation The authors recommend Tectona grandis for agroforestry to improve nutrient availability and sustainable agriculture.