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Morphological Traits and Nastism of Mango Ginger (Curcuma Amada Roxb.)

机译:芒果姜(Curcuma Amada Roxb)的形态学性状与锚定。)

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Necessity demands observation and assessment of growth development of Mango ginger plants (with a paucity of or no publication about its agronomy and pathology), as a prerequisite to understanding their nature and avoid incorrect plant disease diagnosis (by taking for an abnormal condition that which is normal). Hence, this study observed the morphological development of Mango ginger (Curcuma amada Roxb.) plants, a rare crop, and assessed for its plant height arid number of leaves in the years 2016 and 2017. The rhizomes, the most economical part of the plant, was observed to emerge from a corm and appeared finger-like with dome ends. Mango ginger leaves averaged Nine per plant stand and showed curling nastic movement. Sunlight and temperature had apositive and significant effect on the daily curling and uncurling of leaves. Also, the height parameter of Mango ginger plants was inconsistent, when measured from soil level to tip of youngest leaf/apical bud. But when measured from soil level to peak/top (highest point attained at a natural position above soil level), irrespective of what leaf made the upper boundary, plants increased in height with time. A significant difference existed in 2016 between the two different upper boundaries of plant height. The study provides basic understanding of the morphology of Mango ginger plant; and gives original and significant insight on the nastic movement of its leaves, for better understanding of its fundamental botany, which may form bases for its disease identification and further investigation as an under-cultivated and underutilized crop (for colouring and flavouring drinks, and as: food preservative; medicine for cure of bacterial and fungal infection; anti-inflammatory and antipyretic; hypotriglyceridemic and hypoglycemic; anti-cancer with fertility potential).
机译:必要性要求观察和评估芒果姜植物的生长发育(缺乏关于其农学和病理学的缺乏或没有出版物),作为理解其性质的先决条件,避免植物疾病诊断(通过服用异常情况普通的)。因此,本研究观察了芒果姜(Curcuma Amada Roxb。)植物,罕见作物的形态学发育,并评估其植物高度干旱的叶子2016年和2017年。根茎,植物最经济的部分观察到从蜗虫中出现并用圆顶末端出现指状物。芒果姜留下平均每植物九个架,并显示卷曲的爆垢运动。阳光和温度对日常卷曲和叶片的羽毛具有正向和显着影响。此外,芒果姜植物的高度参数不一致,当从土壤水平到最小的叶子/顶端芽的尖端测量时不一致。但是,当从土壤水平测量到峰/顶部(在土壤水平的自然位置获得的最高点)时,无论叶片使上边界都呈现,植物高度随时间增加。 2016年在植物高度的两个不同上界之间存在显着差异。该研究提供了对芒果姜植物形态的基本理解;并为其叶片的爆炸运动提供原创和重要的洞察力,以更好地了解其基本植物学,这可能形成其疾病鉴定和进一步调查作为栽培和未充分的作物(用于着色和调味饮料的进一步调查(用于着色和调味饮料,以及:食品防腐剂;药物治疗细菌和真菌感染;抗炎和解热;血红蛋白和降血糖;抗癌患者抗癌潜力)。

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