Claim · model-written summary
E. crassipes tolerated some soil crude oil but growth traits were depressed.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
e0“P. australis, E. crassipes (in mangrove swamp) and S. officinarum (in rainforest) are capable of tolerating some levels of crude oil in soil. However, some important growth characteristics such speedy growths, extensive root system and increased biomass desirable for efficient rhizoremediation are depressed”
Title
Monday Ubogu; Lucky O. Odokuma; Ejiro Akponah International Journal of Environment 2018. doi:10.3126/ije.v7i1.21317
Other claims from this paper (13)
- Observation P. australis tolerated some soil crude oil but growth traits were depressed.
- Observation S. officinarum tolerated some soil crude oil but growth traits were depressed.
- Intervention effect PSOF enhanced P. australis growth parameters over PSO except germination.
- Intervention effect PSOFM enhanced P. australis growth parameters over PSO except germination.
- Intervention effect PSOFMS enhanced P. australis growth parameters over PSO except germination.
- Intervention effect PSOF enhanced E. crassipes growth parameters over PSO.
- Intervention effect PSOFM enhanced E. crassipes growth parameters over PSO.
- Intervention effect PSOFMS enhanced E. crassipes growth parameters over PSO.
- Intervention effect PSOF enhanced S. officinarum growth parameters over PSO except germination.
- Intervention effect PSOFM enhanced S. officinarum growth parameters over PSO except germination.
- Intervention effect PSOFMS enhanced S. officinarum growth parameters over PSO except germination.
- Intervention effect E. crassipes root length and leaf area were statistically the same under PS, PSO, PSOFM and PSOFMS.
- Observation Treatment growth efficiency ranked PSOFM highest, then PSOF, then PSOFMS.