Claim · model-written summary
Furrow irrigated raised bed system gave the highest grain yield (1.40 tonnes/ha) in greengram
- Taxon
- greengram
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Vigna radiata var. radiatae0 - Treatment
- Furrow irrigated raised bed systeme7
- Outcome
- graine7
- Direction
- higheste7
- Value
- 1.40e7
- Setting
- New Delhie0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
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Verbatim
e0“The field experiment during summer seasons of 2005 and 2006 was conducted at New Delhi to economize the water use in greengram (Vigna radiata var radiata)”
e7“Furrow irrigated raised bed system recorded significantly the highest biometric observations except root:shoot ratio, yield attributes except pod length and test weight, grain and straw yields (1.40 and 3.05 tonnes/ha respectively), protein yield (315.8 kg/ha)”
Title
L.K. Idnani; H.K. Gautam The Indian Journal of Agricultural Sciences 2008
Other claims from this paper (19)
- Intervention effect Irrigation at 120 mm cumulative pan evaporation gave the highest plant height (36.6 cm) in greengram
- Intervention effect Irrigation at 120 mm cumulative pan evaporation gave the highest pods per plant (16.2) in greengram
- Intervention effect Irrigation at 120 mm cumulative pan evaporation gave the highest nodules per plant (24.4) in greengram
- Intervention effect Irrigation at 120 mm cumulative pan evaporation gave the highest grain yield (1.37 tonnes/ha) in greengram
- Intervention effect Irrigation at 120 mm cumulative pan evaporation gave the highest protein yield (302.1 kg/ha) in greengram
- Intervention effect Irrigation at 120 mm cumulative pan evaporation gave the highest total N, P and K uptake (127.8, 13.6 and 77.8 kg/ha) in greengram
- Intervention effect Irrigation at 200 mm cumulative pan evaporation gave the highest root length (22.3 cm) in greengram
- Intervention effect Irrigation at 80 mm cumulative pan evaporation gave the highest consumptive use of water (36.22 cm) in greengram
- Intervention effect Irrigation at 200 mm cumulative pan evaporation gave the highest water-use efficiency (44.75 kg/ha cm) in greengram
- Intervention effect Irrigation at 200 mm cumulative pan evaporation gave the lowest consumptive use of water (24.8 cm) in greengram
- Intervention effect Irrigation at 80 mm cumulative pan evaporation gave the highest soil moisture (18.95%) at 0-15 cm depth
- Intervention effect Furrow irrigated raised bed system gave the highest protein yield (315.8 kg/ha) in greengram
- Intervention effect Zero tillage gave the highest available N (79.4 kg/ha) in soil at harvest
- Intervention effect Zero tillage gave the highest available P (18.9 kg/ha) in soil at harvest
- Intervention effect Zero tillage gave the highest soil moisture (76.56%) at 0-15 cm, above ridge side sowing and irrigation
- Intervention effect Furrow irrigated raised bed system gave the highest water use efficiency (44.72 kg/ha cm) in greengram
- Intervention effect Pods per plant, grain yield and total N uptake were highest with 120 mm cumulative pan evaporation combined with furrow irrigated raised bed system
- Intervention effect Irrigation at 120 mm cumulative pan evaporation gave the highest net return (Rs 9498/ha) in greengram
- Intervention effect Furrow in-gated raised bed system gave the highest net return (Rs 10177/ha) in greengram