首页> 外文期刊>Trends in Biosciences >Performance of Seed Yield in Chickpea {Cicer arietinum L.) Genotypes for Rain Fed and Rice- Soybean Based Cropping System of Chhattisgarh.
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Performance of Seed Yield in Chickpea {Cicer arietinum L.) Genotypes for Rain Fed and Rice- Soybean Based Cropping System of Chhattisgarh.

机译:Chhattisgarh雨豆和水稻-大豆基作系统的鹰嘴豆(Cicer arietinum L.)基因型的种子产量表现。

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Chickpea is the prime pulse crop of India, grown in an area of 9.51 million hectares with the annual production of 8.88 million tones, reflecting low (929 kg/ ha) productivity. In Chhattisgarh, it is cultivated in around 0.261 million hectare, with anaverage productivity of1002 kg/ ha. Generally in Chhattisgarh varieties having adoptability under rainfed ecosystem and rice-soybean fallows situation. The experiment materials consisted 12 genotypes grown in Randomized Complete Block Design with threereplications during rabi 2013-14 at Raipur, Bhatapara, and Kabirdhama, Indira Gandhi Krishi Vishwavidyalaya, Raipur. Each genotype was grown in 4 row of 4 meter length, planted a 13 0 x 10 c m row and plant spacing. Observations were recorded on five randomly selected competitive plants from each plot and replication. The soil type of experiment field was clay and loam, recommended package of growth practices were adopted to raise the crop. At Raipur genotype RG 2009-10 (1260 kg/ha.) at Kabirdham RG 2009-16(1952 kg/ ha.) at Bhatapara RG RG 2009-03(1473 kg/ha.) recorded highest yield among the twelve evaluated genotypes. Over all mean of this Multi Location Trials RG 2009-16( 1440 kg/ ha.), RG 2009-10(1330 kg /ha and RG 2011-03(1310 kg/ ha.) were observed 21% , 14% and 12 % higher yield against best check Indira Chan a-1 (1190 kg/ ha.). Therefore these genotypes should confirm and retest in same location for stable yield performance.
机译:鹰嘴豆是印度的主要豆类作物,种植面积为951万公顷,年产量为888万吨,反映了较低的生产力(929千克/公顷)。在恰蒂斯加尔邦(Chhattisgarh),它的种植面积约为26万1千公顷,平均生产力为1002公斤/公顷。在恰蒂斯加尔邦品种中,通常在雨养生态系统和水稻-大豆休耕情况下具有适应性。实验材料包含在Raid 2013-14狂犬病在Rahatpur,Bhatapara和Kabirdhama,Indira Gandhi Krishi Vishwavidyalaya,Raipur进行的狂犬病2013-14随机复制完整区组设计中生长的12个基因型。每种基因型在4行4米长的行中生长,并种植13 0 x 10 c m行和植物间距。在每个地块和复制中,在五种随机选择的竞争植物上记录观察结果。试验田的土壤类型为黏土和壤土,采用推荐的生长方法来种植农作物。在Raipur的RG 2009-10基因型(1260 kg / ha。),在Kabirdham RG的2009-16基因型(1952 kg / ha。),在Bhatapara RG的RG 2009-03基因型(1473 kg / ha。),在十二种评估基因型中,单产最高。在此多地点试验的所有平均值中,观察到RG 2009-16(1440公斤/公顷),RG 2009-10(1330公斤/公顷和RG 2011-03(1310公斤/公顷))分别为21%,14%和12相较于最佳检查Indira Chan a-1(1190 kg / ha。),单产提高了%,因此这些基因型应在同一位置确认并重新测试,以确保稳定的单产。

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