马蹄草根茎可溶性碳水化合物的季节变化

Çağlar Mengüç, G. Coksari
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引用次数: 1

摘要

在正常和逆境条件下,可溶性碳水化合物对多年生根茎繁殖植物的萌发、生长、繁殖、防御和生存起着重要作用。这些物种的根茎中存在的碳水化合物量的信息可以为决定控制这些物种的最佳时间提供有价值的见解。因此,本研究对2013-2014年俄罗斯knapweed根茎中可溶性碳水化合物(果糖、葡萄糖、蔗糖)浓度及其总和(TSCs)的季节变化进行了研究。发芽期TSCs含量较低,6月中旬(开花期)前略有增加。此后,TSCs从6月中旬略有下降,8月(花期)达到最小值(6.2 mg/g),随后逐渐上升,1月达到最高值(170.6 mg/g)。果糖(131.5 mg/g)是主要的可溶性碳水化合物,其次是蔗糖(98.8 mg/g)和葡萄糖(73.1 mg/g)。从目前的研究结果来看,控制俄罗斯knapweed的最佳时间是开花时间,此时根茎中tsc的含量最少。因此,建议在开花阶段或第一个根茎生产期间对该物种进行控制,以便在该国对其进行可持续管理。
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Seasonal Changes in Soluble Carbohydrates of Russian Knapweed’s Rhizomes
The soluble carbohydrates play a major role in germination, growth, reproduction, defense and survival of perennial plant species reproducing with rhizomes under normal and adverse environmental conditions. The information regarding the amount of carbohydrates present in the rhizomes of such species could provide valuable insights for making decisions regarding the best time to control these species. Therefore, seasonal changes in the concentrations of soluble carbohydrates (fructose, glucose, sucrose) and their sum termed as total amount of soluble carbohydrates (TSCs) in the rhizomes of Russian knapweed were investigated during 2013-2014. The TSCs were low at sprouting and then slightly increased until mid-June (beginning of flowering). Thereafter, TSCs were slightly decreased from mid-June to minimal values in August (flowering period) (6.2 mg/g), and then gradually increased until the highest values in January (170.6 mg/g). Fructose (131.5 mg/g) was detected as the main soluble carbohydrate, followed by sucrose (98.8 mg/g) and glucose (73.1 mg/g). Keeping in view the results of current study, the best time to control Russian knapweed is flowering, where the amount of TSCs in the rhizomes is minimal. It is therefore recommended that the species should be controlled either at flowering stage or during the production of first rhizomes for its sustainable management in the country.
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