Effect of surface compaction, moisture storage and fertility levels on moisture use, yield and growth characteristics of wheat under dry-land farming conditions
PIARA Singh
Effect of surface compaction, moisture storage and fertility levels on moisture use, yield and growth characteristics of wheat under dry-land farming conditions - COA - Ludhiana P.A.U 1971 - 48L
The crop utilized 4 7 cm more water under high initial moisture storage compared with low moisture storage and yielded 331 kg more under former Fertilizer increased the grain yield significantly But the lower dose of 45 kg N/ha yielded more than 90 kg N/h
WHEAT
SOIL PHYSICS. WHEAT SOILS SURFACE COMPACT DRYLAND FARMING WHEAT
T 633.11 P52E
Effect of surface compaction, moisture storage and fertility levels on moisture use, yield and growth characteristics of wheat under dry-land farming conditions - COA - Ludhiana P.A.U 1971 - 48L
The crop utilized 4 7 cm more water under high initial moisture storage compared with low moisture storage and yielded 331 kg more under former Fertilizer increased the grain yield significantly But the lower dose of 45 kg N/ha yielded more than 90 kg N/h
WHEAT
SOIL PHYSICS. WHEAT SOILS SURFACE COMPACT DRYLAND FARMING WHEAT
T 633.11 P52E