Claim · model-written summary
At the optimum nursery age, damage percentage was 4.44%.
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionQualifier
Verbatim
e0“At this combination, the mean hill to hill spacing, missing index, multiple index, field capacity, damage percentage, planting efficiency, yield, fuel consumption and cost of operation were 142.5 mm, 31.18%, 4.40%, 0.29 ha/h, 4.44%, 60.75%, 4.75 t/ha, 4.13 L/h and 10,136.25 ₹/ha, respectively.”
t0“paddy”
Title
NEERAJ KUMAR SINGH; MAHESH KUMAR NARANG; APOORV PRAKASH; et al. The Indian Journal of Agricultural Sciences 2025. doi:10.56093/ijas.v95i12.123098
Other claims from this paper (14)
- Association Nursery age significantly affected missing index, multiple index and damage percentage.
- Association Nursery age significantly affected field capacity and cost of operation.
- Association Nursery age had no statistically significant effect on hill spacing, planting efficiency or fuel consumption.
- Association Nursery age had no statistically significant effect on yield.
- Method / resource Thirty-five-day nursery age was judged optimum for the developed transplanter.
- Method / resource At the optimum nursery age, mean hill spacing was 142.5 mm.
- Method / resource At the optimum nursery age, mean missing index was 31.18%.
- Method / resource At the optimum nursery age, mean multiple index was 4.40%.
- Method / resource At the optimum nursery age, field capacity was 0.29 ha/h.
- Method / resource At the optimum nursery age, planting efficiency was 60.75%.
- Method / resource At the optimum nursery age, yield was 4.75 t/ha.
- Method / resource At the optimum nursery age, fuel consumption was 4.13 L/h.
- Method / resource At the optimum nursery age, operation cost was 10,136.25 ₹/ha.
- Method / resource The developed transplanter could increase mechanisation of transplanting or sowing.