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Optimization of Stratified Sugarcane Seeds of Main Plantation and Variety in Budchips (Single Bud) Toward the Growth of Certified Superior Sugarcane Seeds

机译:芽片(单芽)主要人工林和品种的分层甘蔗种子向认证优等甘蔗种子生长的优化

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The study is implemented in Agroindustry Plantation Research and Development Perning. It belongs to one of state owned sugarcane industries, namely Gempolkerep sugarcane industry of PTPN X in the area of East Java Province from March up to December 2013. The objectives of the study are: 1). Producing appropriate technology to optimize life growth and success of sugarcane seeds developed through budchips (single bud) using Procedure Standard Operation 2. Producing superior certified sugarcane seeds which are able to grow uniformedly in a relatively shorter time to fulfill the availability of budchips (single bud) sugarcane seeds. The results of the study revealed that : 1). Superior certified seeds cane in the main plantation through stratified KBP, KBN, KBI which are developed in budcips model as KBD cane seeds until 90 days statistically did not show significant difference to life growth level. The life growth success could achieve 86-98 percent, under the specific terms and conditions of SOP (Prosedure Operasional Standard). This appropriate technology is recommended to produce and develop the availability of superior certified sugarcane seeds through single budchip model from stratified main plantation (KBP, KBN, KBI) and toward many other examined varieties such as (BL, PS 862, PS 864, PS 851, PS 881, POJ 3016, Kentung, PSJT 961, klon C1 and C2 which statistically do not reveal significant different toward tall growth and number of sugar cane leaves. The sugar cane seeds proceed within 90 days show relatively homogenous and qualified growth. Superior certified sugarcane seeds produced within the same period show larger number compared to sugarcane seeds developed through mule system. The availability of sugarcane seeds through single budchip model guarantee the demand of sugarcane seeds in certain wide range of area because it provides better probability to grow and live.
机译:该研究在《农用工业人工林研究与开发》中进行。它属于国有甘蔗产业之一,即东爪哇省地区PTPN X的Gempolkerep甘蔗产业,从3月到2013年12月。研究的目的是:1)。使用程序标准操作2,生产适当的技术,以优化通过芽片(单芽)开发的甘蔗种子的寿命增长和成功。生产出能够在较短时间内均匀生长的优质认证甘蔗种子,以满足芽片(单芽)的可用性)甘蔗种子。研究结果表明:1)。通过分层的KBP,KBN,KBI在主种植园中以种子认证的优良种子甘蔗,这些种子在budcips模型中被开发为KBD甘蔗种子,直到90天统计上没有显示出生命增长水平的显着差异。在SOP(操作规范)的特定条款和条件下,生命增长成功率可以达到86-98%。建议使用这种适当的技术,通过分层的主要人工林(KBP,KBN,KBI)以及许多其他经过检验的品种,例如(BL,PS 862,PS 864,PS 851),通过单个芽芯片模型来生产和开发优质认证的甘蔗种子。 ,PS 881,POJ 3016,Kentung,PSJT 961,klon C1和C2在统计学上并没有显示出高生长和甘蔗叶数量的显着差异,甘蔗种子在90天内进行处理显示出相对均质和合格的生长。同期生产的甘蔗种子数量比通过m子系统开发的甘蔗种子数量更多,通过单芽片模型获得的甘蔗种子的可用性在一定范围内保证了甘蔗种子的需求,因为它具有更好的生长和存活的可能性。

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