Claim · model-written summary
Under the T10 irrigation regime with beverage effluent, barley number of tillers was significantly higher at 60 DAS than under the other treatments (199.6).
- Taxon
- barley
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Hordeum vulgaree0 - Treatment
- cycle of 1 irrigation with fresh water + 2 irrigations with beverage industry effluent + RDF + gypsume3
- Outcome
- number of tillerse4
- Direction
- significantly highere3
- Value
- 199.6e4
- Qualifier
- at 60 DASe3
- Comparator
- Among the treatmentse2
- Setting
- near Bengalurue1
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor role
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
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Verbatim
e0“growth and yield of barley”
e1“A field experiment was conducted in the premises of Pepsico Pvt. Ltd., near Bengaluru”
e2“Among the treatments”
e3“were significantly higher in the treatment receiving cycle of 1 irrigation with fresh water + 2 irrigations with beverage industry effluent + RDF + gypsum (T10) at 60 DAS”
e4“number of tillers (199.6)”
Title
Effect of Beverage Industry Effluent Irrigation on Growth and Yield of Barley
T.S. Punith Raj C.A. Srinivasamurthy; S. Bhaskar Prabhudev Dhumgond; S.S. Prakash International Journal of Current Microbiology and Applied Sciences 2017. doi:10.20546/ijcmas.2017.604.280
Other claims from this paper (16)
- Observation The beverage industry effluent was neutral in reaction.
- Observation The beverage industry effluent was low in plant nutrient content.
- Observation The beverage industry effluent had an electrical conductivity of 1.59 dSm-1 (medium).
- Observation The beverage industry effluent had a BOD of 42.2 mg L-1.
- Observation The beverage industry effluent had a COD of 143 mg L-1.
- Intervention effect Under the T10 irrigation regime with beverage effluent, barley plant height was significantly higher at 60 DAS than under the other treatments (69.7 cm).
- Intervention effect Under the T10 irrigation regime with beverage effluent, barley number of effective tillers m-2 was significantly higher at 60 DAS than under the other treatments (253.0).
- Intervention effect Under the T10 irrigation regime with beverage effluent, barley length of ear head was significantly higher at 60 DAS than under the other treatments (8.3 cm).
- Intervention effect Under the T10 irrigation regime with beverage effluent, barley number of grains head-1 was significantly higher at 60 DAS than under the other treatments (20.1).
- Intervention effect Under the T10 irrigation regime with beverage effluent, barley test weight was significantly higher at 60 DAS than under the other treatments (48.5 g).
- Intervention effect Dry matter production in leaf, stem and ear head of barley was significantly higher in T10 than in the other treatments.
- Intervention effect Total dry matter (TDM) of barley was significantly higher in T10 than in the other treatments.
- Intervention effect Barley grain yield under the T10 regime with beverage effluent was 4.70 t ha-1, significantly higher than other treatments.
- Intervention effect Barley straw yield under the T10 regime with beverage effluent was 5.99 t ha-1, significantly higher than other treatments.
- Intervention effect Barley grain yield was 3.05 t ha-1, significantly lower with beverage effluent plus RDF without gypsum.
- Intervention effect Barley straw yield was 4.35 t ha-1, significantly lower with beverage effluent plus RDF without gypsum.