Articles
EFFECT OF DRIP IRRIGATION AND MULCHES ON YIELD, QUALITY AND WATER-USE EFFICIENCY IN STRAWBERRY UNDER MID HILL CONDITIONS
Article number
696_45
Pages
259 – 264
Language
English
Abstract
Studies were conducted to investigate the effect of drip irrigation and different kinds of mulches on fruit yield, quality and water-use efficiency of strawberry cv.
Chandler.
Berry yield was significantly higher under the treatment of drip irrigation at 100 per cent of evaporation + black polyethylene mulch (78.6 q/ha) whereas lowest yields (12.13 q/ha) were recorded in non-irrigated treatment (rainfed + un-mulched control). Berry weight, volume and size were maximum in drip irrigation with V volume +hay mulch treatment.
Berry weight and berry volume in drip irrigation with V volume+ hay mulch treatment were found to be higher by 75.50 and 43.50 per cent respectively, than the treatment rainfed+ hay mulch.
Sugar and anthocyanin content of strawberry were also maximum in drip irrigation, V+ hay mulch treatment, followed by drip irrigation 0.8V+ hay mulch treatment whereas, lowest values were observed under rainfed+un-mulched treatment.
However, TSS and acidity values were higher by 12.45 and 29.12 per cent, respectively under rainfed+ un-mulched treatment over the drip irrigation, V+ hay mulch treatment being minimum in TSS (7.66%) and acidity (0.73%) values.
Highest water-use efficiency (1.27 qha-1cm-1 ) was recorded under the treatment drip irrigation at 60 per cent of evapotranspiration + black polyethylene mulch which was 269.9 per cent higher than the lowest water-use efficiency (0.36 qha-1cm-1) recorded under the rainfed +un-mulched control.
Chandler.
Berry yield was significantly higher under the treatment of drip irrigation at 100 per cent of evaporation + black polyethylene mulch (78.6 q/ha) whereas lowest yields (12.13 q/ha) were recorded in non-irrigated treatment (rainfed + un-mulched control). Berry weight, volume and size were maximum in drip irrigation with V volume +hay mulch treatment.
Berry weight and berry volume in drip irrigation with V volume+ hay mulch treatment were found to be higher by 75.50 and 43.50 per cent respectively, than the treatment rainfed+ hay mulch.
Sugar and anthocyanin content of strawberry were also maximum in drip irrigation, V+ hay mulch treatment, followed by drip irrigation 0.8V+ hay mulch treatment whereas, lowest values were observed under rainfed+un-mulched treatment.
However, TSS and acidity values were higher by 12.45 and 29.12 per cent, respectively under rainfed+ un-mulched treatment over the drip irrigation, V+ hay mulch treatment being minimum in TSS (7.66%) and acidity (0.73%) values.
Highest water-use efficiency (1.27 qha-1cm-1 ) was recorded under the treatment drip irrigation at 60 per cent of evapotranspiration + black polyethylene mulch which was 269.9 per cent higher than the lowest water-use efficiency (0.36 qha-1cm-1) recorded under the rainfed +un-mulched control.
Publication
Authors
I.P. Sharma, S. Kumar, P. Kumar
Keywords
drip irrigation, polyethylene mulch, strawberry, water-use efficiency
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