Claim · model-written summary
Linseed grain yield increased 69% with 10 cm irrigation.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingQualifier
Verbatim
e0“The average increase in grain yield was 50, 61 and 80%, and 63, 69 and 92% in chickpea, linseed and indian mustard respectively with 5 and 10 cm irrigation”
Title
S.N. Prasad; Ratan Singh; D H Rao The Indian Journal of Agricultural Sciences 1999
Other claims from this paper (16)
- Intervention effect Yield attributes, grain and equivalent yield, and water use rose with irrigation depth.
- Intervention effect Chickpea grain yield increased 50% with 5 cm irrigation.
- Intervention effect Linseed grain yield increased 61% with 5 cm irrigation.
- Intervention effect Indian mustard grain yield increased 80% with 5 cm irrigation.
- Intervention effect Chickpea grain yield increased 63% with 10 cm irrigation.
- Intervention effect Indian mustard grain yield increased 92% with 10 cm irrigation.
- Intervention effect Yield differences between 5 and 10 cm irrigation were statistically at par.
- Observation Indian mustard had the highest chickpea equivalent yield of 2 094 kg/ ha.
- Observation Indian mustard equivalent yield exceeded chickpea by 29.7%.
- Observation Indian mustard equivalent yield exceeded linseed by 76.6%.
- Observation Chickpea water use was 125 mm, 8.7% above linseed.
- Observation Indian mustard water use was 124 mm, 7.8% above linseed.
- Intervention effect Irrigation increased water use efficiency.
- Observation Indian mustard had the highest water use efficiency, 16.5 kg/ha-mm.
- Observation Linseed had the lowest water use efficiency, 10.2 kg/ha-mm.
- Intervention effect Soil mulch alone or with irrigation was ineffective.