不同海拔突变甘蔗植株潜在白锐度水平

A. Jalil, S. Hartatik, S. Avivi
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引用次数: 0

摘要

作为原料的甘蔗产业是印尼经济中具有战略性作用的商品种植业。品种优良是我国甘蔗产量低的原因之一。然而,利用优良品种可以支持印度尼西亚的甘蔗增产。在不增加糖厂生产能力的情况下,通过高产品种提高糖产量是优先考虑的。对甘蔗品种布鲁旺(BL)进行诱变,获得3个具有高产潜力的基因型。糖度可以作为衡量甘蔗含糖量的参考,因为糖度越高,溶液越甜。本研究使用方法由各地点直接观察。_测量度糖度使用折光计,在每个位置对每个甘蔗突变体进行取样。研究结果表明,M1突变体甘蔗糖度最高(19.5%),能较好地适应海拔±62米的高度。M3突变体甘蔗糖度最高(19%),具有良好的适应高度(±141)。M2突变体甘蔗糖度最高(23.4%),能较好地适应海拔±512米。
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Potential Brix Levels of Mutant Sugarcane Plants at Different Altitudes
As ingredient raw Sugarcane industry is one _ commodity plantations that have role strategic in economy in Indonesia. Availability varieties superior sugarcane is one _ reason low production sugarcane national . However , the use of varieties superior could support enhancement production sugarcane in Indonesia. enhancement sugar production through varieties with yield tall more take precedence because could increase sugar yield without increase right capacity sugar factory . Mutation result from sugarcane varieties Bululawang (BL) was obtained three genotype potential have yield high . Brix can be made a reference for measure content yield sugarcane because the more tall degrees the brix so the more sweet solution that . Study this use method observation by directly each location . _ Measurement degree brix done with using a refractometer, with take samples on each sugarcane mutants in every location . The results of the research M1 mutant sugarcane has Highest Brix content (19.5%) and capable of adapt with good at height place ± 62 masl . M3 mutant sugarcane has Highest Brix content (19%) and capable of adapt with good at height place ± 141 masl . M2 mutant sugarcane has highest Brix content (23.4%) and capable of adapt with good at height place ± 512 masl .
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来源期刊
International Journal of Applied Science and Engineering
International Journal of Applied Science and Engineering Agricultural and Biological Sciences-Agricultural and Biological Sciences (all)
CiteScore
2.90
自引率
0.00%
发文量
22
期刊介绍: IJASE is a journal which publishes original articles on research and development in the fields of applied science and engineering. Topics of interest include, but are not limited to: - Applied mathematics - Biochemical engineering - Chemical engineering - Civil engineering - Computer engineering and software - Electrical/electronic engineering - Environmental engineering - Industrial engineering and ergonomics - Mechanical engineering.
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