Claim · model-written summary
Albizia guachapele had the highest Cd accumulation capacity per plant among the evaluated forest species (2.02 mg plant−1).
- Taxon
- A. guachapelePseudosamanea guachapelee3
- Outcome
- Cd accumulation capacity per plante3
- Direction
- higheste3
- Value
- 2.02 mg plant−1e3
- Comparator
- the evaluated forest speciese3
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentSettingQualifier
Verbatim
e3“Among the evaluated forest species, A. guachapele exhibited the highest Cd accumulation capacity per plant (2.02 mg plant−1)”
Title
Donald A. Galvis; Yeirme Y. Jaimes-Suárez; Jairo Rojas Molina; et al. Plants 2023. doi:10.3390/plants12162930
Other claims from this paper (12)
- Observation Terminalia superba was moderately tolerant to 12 ppm Cd (TI > 0.6).
- Observation Albizia guachapele was moderately tolerant to 12 ppm Cd (TI > 0.6).
- Observation Cariniana pyriformis was moderately tolerant to 12 ppm Cd (TI > 0.6).
- Observation Tabebuia rosea was sensitive to 12 ppm Cd (TI < 0.35).
- Observation Cariniana pyriformis had a high stem Cd concentration.
- Observation Cariniana pyriformis had the lowest relative growth rate among the species.
- Observation Albizia guachapele allocated a higher proportion of Cd to leaves (4%).
- Intervention effect Albizia guachapele leaf dry mass decreased by about 75% after 90 days of CdCl2 exposure compared with controls.
- Intervention effect Albizia guachapele stem dry mass decreased by 50% after 90 days of CdCl2 exposure compared with controls.
- Recommendation Terminalia superba is considered to have a high potential for cadmium phytoextraction in cocoa agroforestry systems.
- Observation Terminalia superba allocates a high proportion of Cd to the stem, harvestable as wood.
- Observation Terminalia superba has a low Cd concentration in leaves.