v Yield increases by 5 - 10
times or even more.
v Uniform and better quality
v Reduction in labor cost
v Less fertilizer
requirement, thus reduction in fertilizer
cost.
v Low water requirement thus
saving in water.
v Less chances of disease
attack, thus reduction in disease control cost.
v Higher Efficiency of Water
& Fertilizer Use.
v Cultivation in problematic
topography.
v Cultivation in problematic
soil conditions.
v Cultivation in problematic
climate conditions.
v Requires less area to get
maximum yield and benefits.
v Easy to operate, maintain
& control.
v Yield increases by 5 - 10
times or even more.
v Uniform and better quality
v Reduction in labor cost
v Less fertilizer
requirement, thus reduction in fertilizer
cost.
v Low water requirement thus
saving in water.
v Less chances of disease
attack, thus reduction in disease control cost.
v Higher Efficiency of Water
& Fertilizer Use.
v Cultivation in problematic
topography.
v Cultivation in problematic
soil conditions.
v Cultivation in problematic
climate conditions.
v Requires less area to get
maximum yield and benefits.
v Easy to operate, maintain
& control.
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