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首页> 外文期刊>Progressive Horticulture >EFFECT OF PLANTING DEPTH AND THE WEIGHT OF CORM WITH VARIOUS DOSES OF PHOSPHORUS ON GROWTH, YIELD AND OXALIC ACID CONTENT OF ELEPHANT FOOT YAM (AMORPHO PHALLUS CAM-PANULATUS BLUME). IV. COMPONENT OF CORMEL PRODUCTION AND DRY MATTER
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EFFECT OF PLANTING DEPTH AND THE WEIGHT OF CORM WITH VARIOUS DOSES OF PHOSPHORUS ON GROWTH, YIELD AND OXALIC ACID CONTENT OF ELEPHANT FOOT YAM (AMORPHO PHALLUS CAM-PANULATUS BLUME). IV. COMPONENT OF CORMEL PRODUCTION AND DRY MATTER

机译：不同剂量磷的种植深度和茎重对大象脚薯（AMORPHHO PHALLUS CAM-PANULATUS BLUME）生长，产量和草酸含量的影响。 IV。 Cormel生产和干物质的成分

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An experiment was caniedout to know the influence of planting depth corm weight, phosphorus aad their interactions on cormel and Dry Matter production of elephant foot yam. The different treatments tried in this experiment had significant influence onnumber and weight of cormelg per plant, average weigh and length of corme), yield of cormel, dry matter and moisture percentage of corm The shallow depth (20 em) has given maximum weight of cormels per plant. Weight of each cormel, length of cormel, total yield per hectare and moisture percentage of corm with minimum number of cormel per plant and dry matter percentage of corm. The bigger (600 gm) size of corm has minimum number of cormels per plant and dry matter with maximum weight of cormels per plant, weight and length of each cormel, yield of cormel and moisture % of corm. The higher dose of phosphorus (60 kg/ha) produced maximum value of above mentioned character except moisture % of corm, which is maximum with the lowest concentration of Phosphorus (30 kg/ha). The interaction DIW3P3 (20 cm planting depth + 600 gm corm size + 60 kg/ha P205) had the maximum weight of cormel per plant and each cormei. length and total cormel yield. While the combination D2WlP3 (30 cm planting depth + 200 gm cormsize + 60 kg/ha P205) has maximum Dumber of cormel per plant, dry matter % of corm with minimun moisture percentage.
机译：进行了一项实验，以了解种植深度的球茎重，磷及其相互作用对象脚山药的Cormel和干物质生产的影响。在该实验中尝试的不同处理方式对单株Cormelg的数量和重量，Cormel的平均重量和长度，Cormel的产量，干物质和Corm的水分百分比有显着影响。浅深度（20 em）给出了Cormels的最大重量每个植物。每种Cormel的重量，Cormel的长度，每公顷的总产量和球茎的水分百分比，其中每株植物的Cormel数量最少，球茎的干物质百分比。较大的球茎（600克）的单株植物和干物质的Cormel数量最少，每株植物的Cormel重量最大，每种Cormel的重量和长度，Cormel的产量和茎的水分％。较高剂量的磷（60 kg / ha）产生上述特征的最大值，但球茎的水分％除外，而最低的磷浓度（30 kg / ha）则最大。相互作用DIW3P3（20厘米的种植深度+ 600 gm的球茎大小+ 60 kg / ha P205）具有每株植物和每种cormei的最大cormel重量。长度和Cormel总产量。虽然组合D2W1P3（30厘米的播种深度+ 200 gm的球茎大小+ 60 kg / ha P205）具有每株植物最大的Cormel Dumber值，但干物质％的球茎具有最小的水分百分比。

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