Drip irrigation - Part II -: yelds of tomatoes crops under drip irrigation
Em nosso trabalho anterior (Parte I) verificou-se que quando um solo foi submetido a diferentes intensidades de gotejamento, a distribuição de umidade no perfil do mesmo, foi também diferente. Em vista disso, levantou-se a hipótese de que o desenvolvimento e produção de uma planta cultivada sob esses regimes de irrigação seriam afetados, pois é sabido ...
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Safflower gas exchange, leaf water potential, and water-saving irrigation in surface and subsurface drip irrigation systems at different lateral spacings. [PDF]
Karizi A +3 more
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Implementation of a wireless sensor network for irrigation management in drip irrigation systems. [PDF]
Meriç MK.
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Enhancing alfalfa yield via micro-nano bubble oxygenation in subsurface drip irrigation: rhizosphere mechanisms unveiled by structural equation modeling. [PDF]
Cao X +5 more
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The Broadleaf Weeds Control Efficiency of Drip Irrigation Herbicides in Cotton Fields and the Cotton Safety Assessment. [PDF]
Yang R +8 more
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Effects of Subsurface Drip Irrigation Depth on Growth Characteristics and Yield Quality of Apples (<i>Malus pumila</i> Mill.) in Northwest China. [PDF]
Zheng M +6 more
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Regulated multi-growth stage deficit drip irrigation improves growth attributes, water productivity, and yield performance of maize for hybrid seed production in an arid region. [PDF]
Zhang Y +4 more
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Reducing the clogging of emitters in drip irrigation systems using acid washing and ultrasonic technology. [PDF]
Dehghanisanij H +3 more
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Use of dimensionless time and water volume to estimate subsurface drip irrigation wetted zone in different soil textures. [PDF]
Shabani A +3 more
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