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首页> 外文期刊>Acta Regionalia et Environmentalica >LIFE CYCLE OF MISCANTHUS × GIGANTEUS (GREEF ET DEU) GROWN IN SOUTHWESTERN SLOVAKIA CONDITIONS
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LIFE CYCLE OF MISCANTHUS × GIGANTEUS (GREEF ET DEU) GROWN IN SOUTHWESTERN SLOVAKIA CONDITIONS

机译:西南斯洛伐克条件下生长的猕猴(Micanthus×GIGANTEUS)的生命周期

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The paper presented herein evaluates the life cycle of perennial grass Miscanthus × giganteus (Greef et Deu), a.promising second- generation energy crop. The plants of the three-year- old stand (2010–2012) grown on arable land in southwestern Slovakia consisted only from vegetative organs in the first and second year of the cultivation (vegetative phase and phase of stem elongation). In the third growing year (2012), a part of the plants entered the reproductive phase and the phase of seed maturation. From August to September, 7–8% of stems in clumps flowered. Vegetative and productive shoots were identified in the clumps. The ripe seeds after harvesting (126 days) did not germinate at standard germination conditions. The analysis of the characteristics of leaf quantity and location of stomata pointed to the impact of individual life cycle of leaves on the number of stomata. The number of stomata was lower in juvenile leaves compared with mature leaves. Statistically highly significant dependence of leaf surface and leaf age on the number of stomata was found
机译:本文介绍的论文评估了有前途的第二代能源作物-多年生草芒(Miscanthus×giganteus)(Greef et Deu)的生命周期。在斯洛伐克西南部的耕地上生长的具有三年历史的林分(2010-2012年)的植物仅在栽培的第一年和第二年(营养阶段和茎伸长阶段)仅由营养器官组成。在第三年(2012年),部分植物进入了繁殖期和种子成熟期。从8月到9月,丛生的茎的7–8%开花。在丛中鉴定出营养和高产芽。收获后的成熟种子(126天)在标准发芽条件下未发芽。对叶片数量和气孔位置特征的分析指出,叶片个体生命周期对气孔数量的影响。幼叶的气孔数量少于成熟叶片。发现叶表面和叶龄对气孔数量的统计高度显着依赖性

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