Claim · model-written summary
Compaction of highly permeable soils reduced irrigation requirements for crops.
- Taxon
- cropse2
- Treatment
- compaction of highly permeable soils by six passes of 1,500 kg tractor driven iron rollere0
- Outcome
- irrigation requirementse2
- Direction
- reducede2
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Verbatim
e0“the compaction of highly permeable soils by six passes of 1,500 kg tractor driven iron roller reduced water and nutrient losses”
e2“reduced the irrigation requirements for crops”
Title
V. K. Phogat; Seema Dahiya 2002
Other claims from this paper (13)
- Intervention effect Compaction of highly permeable soils reduced water and nutrient losses in Haryana.
- Intervention effect Compaction of highly permeable soils increased moisture retention in the soil profile.
- Intervention effect Compaction either increased or did not change yields of various crops.
- Intervention effect Farmyard manure mulch at 4 t/ha reduced the adverse effect of surface soil crusting on crop establishment.
- Intervention effect Farmyard manure mulch increased pearl millet yield significantly.
- Intervention effect Farmyard manure mulch increased cotton yield significantly.
- Association High sub-surface mechanical impedance affects plant growth more in legumes than in cereals.
- Intervention effect Deep tillage reduced sub-soil bulk density in wheat fields.
- Intervention effect Deep tillage increased infiltration rate in wheat fields.
- Intervention effect Deep tillage increased wheat yield.
- Intervention effect Sesbania green manure and FYM reduced the nitrogen requirement of crops.
- Intervention effect Sesbania green manure and FYM improved soil physical conditions on hard-setting soils.
- Intervention effect Burning residues in situ followed by incorporation with 25 per cent extra nitrogen gave higher yields of both crops.