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Effect of planting systems and mulching on soil hydrothermal regime, plant physiology, yield and water use efficiency in tomato

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Title Effect of planting systems and mulching on soil hydrothermal regime, plant physiology, yield and water use efficiency in tomato
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Creator Anant Bahadur, A.K. Singh and K.P. Singh
 
Subject Tomato, planting system, mulch, hydro-thermal regime, chlorophyll fluorescence, water use efficiency
 
Description Not Available
A two year study was conducted to determine the response of a tomato crop to three planting systems and
three mulch materials. Results indicated that planting systems significantly influenced the soil moisture regimes; weed growth and water use efficiency but did not affect the yield and other parameters. Mulch materials significantly influenced the hydrothermal regime of soil, physiological traits, yield and water use efficiency. Black polythene
and paddy straw mulch have significantly higher soil water tensions (-56.6 to -38.4 kPa) and moisture in soil profile (15.1-18.4%). The maximum leaf area (0.426 m2/plant), specific leaf area (8.47 mg/cm2), fruit yield (400.08 q/ha) and water use efficiency (96.58 kg/ha-mm) were obtained under paddy straw mulch. The lowest dry weed biomass (5.5 g/m2) was recorded under black polythene. Black polythene, transparent polythene and paddy straw mulch saved 17, 11.3 and 15.4% water than unmulched control. Furrow irrigated raised bed saved about 36% water over flat bed planting. As for as the interaction of planting system and mulch is concerned, the maximum dry matter production (231.03 g/plant), fruit yield (449.36 q/ha) and water use efficiency (143.57 kg/ha-mm) was noticed under raised bed planting coupled with paddy straw mulching. This combination also saved about 49% water with 55% higher yield over absolute control.
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Date 2021-07-20T04:58:35Z
2021-07-20T04:58:35Z
2013-04-05
 
Type Research Paper
 
Identifier Bahadur Anant, Singh A.K. and Singh K.P. (2013). Effect of planting systems and mulching on soil hydrothermal regime, plant physiology, yield and water use efficiency in tomato. Indian J. Hort. 70(1): 48-53.
0972-8538
http://krishi.icar.gov.in/jspui/handle/123456789/48978
 
Language English
 
Relation Not Available;
 
Publisher Indian Academy of Horticultural Science, New Delhi