可在洪水泛滥地区生长的本卡利斯岛山竹根(Garcinia mangostana L.)的剖面图

Vebrita Sari, Syamsul Bachry, Febri Ayu
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摘要

本卡利斯岛是一个低洼地区,经常遭遇周期性洪水,例如每年 12 月的 "Pasang keling "洪水。在廖内省的本卡利斯岛,有许多优质山竹。本卡利斯岛的山竹能够适应洪水泛滥的地区,被认为是具有一种从未报道过的特殊根系。本研究考察了生长在洪水地区和非洪水地区的本卡利斯岛山竹根的解剖结构。山竹根样本在本卡利斯岛的 4 个村庄采集(地点一为水淹区),在 3 个村庄采集(地点二为非水淹区)。采用调查法取样,并进行描述性分析。用石蜡法和双重染色法制备根部解剖图。使用显微照相显微镜进行观察。生长在洪水淹没地区的本卡利斯岛山竹根的解剖结构与生长在典型栖息地(非洪水淹没地区)的山竹根的解剖结构不同,洪水淹没地区的山竹根具有较厚的表皮和气孔组织,并发现有草酸钙晶体。在正常生境(未被水淹没)中生长的山竹根一般没有气室。两地山竹根形态差异的发现表明,本卡利斯岛的山竹具有耐受洪水条件的机制。
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Anatomy of Mangosteen Root (Garcinia mangostana L.) from Bengkalis Island which can grow in flooded areas
Bengkalis Island is a lowland area that often experiences periodic flooding, such as flooding due to "Pasang keling" every December. In Bengkalis Island, Riau Province, there are many good quality mangosteens. The ability of mangosteen from Bengkalis Island to adapt to flooded areas is thought to have a special root system that has never been reported. This study looks at the anatomical structure of mangosteen roots from Bengkalis Island that grow in flooded and non-flooded areas. Samples of mangosteen roots were taken in 4 villages for location I (flooded) and three villages for location 2 (not flooded) on Bengkalis Island. Sampling using the survey method and analyzed descriptively. Preparation of root anatomy using paraffin method with double staining. Observations were made using a photomicrographic microscope. The anatomy of mangosteen roots from Bengkalis Island that grow in flooded areas differs from those in typical habitats (not flooded The anatomy of mangosteen roots in the flooded location has a thicker epidermis, aerenchymal tissue, and Ca oxalate crystals are found. Mangosteen roots growing in normal habitat (not flooded) generally do not have aerenchyma. The discovery of differences in root morphology in both locations indicates that mangosteen from Bengkalis Island has a mechanism to tolerate flooded conditions.
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