Claim · model-written summary
Increasing the rate of biogas manure and filter cake application significantly decreased plant height of barley.
- Taxon
- Hordum vulgaree0
- Material
- Giza 123e0
- Treatment
- application of both amendmentse2
- Outcome
- plant height (cm)e2
- Direction
- decreasede2
- Comparator
- R0e2
- Setting
- greenhousee1
Not reportedGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleValueQualifier
Verbatim
e0“Barely plant (Hordum vulgare cv. Giza 123) was used as an indicator plant”
e1“A pot experiment was carried out at the greenhouse of Soils and Water Department, Faculty of Agriculture, Benha University, Egypt”
e2“The number of tillers and of spikes per pot significantly increased with increasing the rate of application of both amendments from R0 up to R2, whereas plant height (cm) significantly and progressively decreased with the rate”
Title
esmat Noufal Annals of Agricultural Science Moshtohor 2018. doi:10.21608/assjm.2018.214709
Other claims from this paper (15)
- Intervention effect Increasing the rate of biogas manure and filter cake application significantly increased the number of tillers and spikes per pot of barley.
- Intervention effect Filter cake was more efficient than biogas manure in increasing tillers and spikes of barley in the pot experiment.
- Intervention effect Biogas manure and filter cake significantly increased straw and grain yields of barley in the sandy loam soil (S1).
- Intervention effect Biogas manure and filter cake significantly increased straw yield of barley in the loamy sand soil (S2).
- Intervention effect Biogas manure and filter cake significantly decreased grain yield of barley in the loamy sand soil (S2).
- Intervention effect Increasing the rate of biogas manure and filter cake application increased N, P and K uptake in barley straw.
- Intervention effect Biogas manure and filter cake differed significantly in their effect on N, P and K uptake in barley straw.
- Intervention effect Increasing the rate of the applied amendment increased nutrient uptake in barley grains, except N uptake on the loamy sand soil (S2).
- Intervention effect Increasing the application rate decreased N uptake in barley grains on the loamy sand soil (S2).
- Intervention effect In the sandy loam soil (S1), biogas manure was more efficient than filter cake in increasing nutrient uptake in barley grains.
- Intervention effect In the sandy loam soil (S1), filter cake was more efficient than biogas manure in increasing P uptake in barley grains.
- Intervention effect In the loamy sand soil (S2), biogas manure was more efficient than filter cake in increasing P and K uptake in barley grains.
- Intervention effect Both amendments decreased N uptake in barley in the loamy sand soil (S2) compared with no amendment.
- Intervention effect The decrease in N uptake was larger with filter cake than with biogas manure in the loamy sand soil (S2).
- Intervention effect Biogas manure and filter cake differed significantly in their effect on straw and grain yields of barley.