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Physiological response of coriander (Coriandrum sativum L.) to water soil availability

机译:香菜(Coriandrum sativum L.)对水土壤有效性的生理响应

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An experiment was conducted to determine water requirements of coriander Unapal Precoso related to fresh foliage yield and dry matter. Plants were sown in pots with 6 kg of soil and water depths of 140, 160, 200 (witness proposed by Vallejo y Estrada, 2004), 240 and 280 mm were applied. A random complete block design was used with 5 treatments and 4 replications, with 36 plants per experimental unit. Daily evapotranspiration measurements were made. Production of foliage and biomass was evaluated 35 days after sowing. Increased production of foliage was obtained with 200 mm of water depth, value associated with greater efficiency in water use (0.64 grams of dry matter per liter of water applied). The crop Kc was determined: 0.83 at the stage of germination, 1.12 in linear growth stage and 1.40 on the stage of forming flower stems and harvesting.
机译:进行了一项实验,以确定与新鲜叶片产量和干物质相关的香菜Unapal Precoso的水分需求。将植物播种在6 kg的盆中,土壤深度分别为140、160、200(Vallejo y Estrada提出的目击者,2004年),240和280 mm。使用随机完整区组设计,进行5次处理和4次重复,每个实验单位36个植物。每天进行蒸散测量。播种35天后评估叶片和生物量的产生。在200毫米的水深下,增加了叶子的产量,该值与更高的用水效率相关(每升水0.64克干物质)。确定作物Kc:在发芽阶段为0.83,在线性生长阶段为1.12,在形成花梗和收获的阶段为1.40。

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