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首页> 外文期刊>Journal of Biodiversity & Endangered Species >Lygodium circinatum (Burm) Sw: Distribution Pattern and Environment Factors Influencing its growth in Lombok Island Forest Nature, ntb
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Lygodium circinatum (Burm) Sw: Distribution Pattern and Environment Factors Influencing its growth in Lombok Island Forest Nature, ntb

机译:圆叶猪笼草(Burm)Sw:ntb龙目岛森林自然环境中分布及其分布的环境因素

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摘要

Ketak (Lygodium circinatum (Burm.) Sw naturally grows in the forest and is classified into ferns group which produced from non-timber forestry product (HHBK). Ketak growth and productivity data are not represented well so cultivation strategic research must be constructed. This research is aimed to explore biological characteristic rely on Ketak distribution and cultivation in Lombok island, determine host plant for vegetative and tendril growth, identify tendril requirement to support cane works. The method is used purposive systematic sampling using looking for target and sampling as survey area. Then, a survey area was based on three high sea level as follows, 0-250; 250-500 dan above 500 on sea level. Research parametric were investigated including relative humidity, temperature, relative light intensity to tendril productivity. Co-variance and regression were used to process environmental influence on Ketak productivity, height and tendril diameter. This research observed that the largest tendril diameter and populated Ketak occurred in the lowest sea level cultivation whereas the highest tendril was found in the highest cultivation. Then, higher relative humidity supported ketak and tendril growth however lowering temperature growth produced longer and small tendril diameter. A larger amount light intensity enhanced tendril productivity. Host plants that support Ketak growth are Aren and Cecuring (0-249 m osl); Waru and Kumbi (250-499 m osl) and coffee and Aren (>500 m osl).
机译:Ketak(Lygodium circinatum(Burm。)Sw)在森林中自然生长,并被归类为由非木材林业产品(HHBK)产生的蕨类植物,由于不能很好地反映出Ketak的生长和生产力数据,因此必须进行栽培策略研究。该研究旨在探索依靠龙目岛分布和种植的柯塔克生物特征,确定营养植物和卷须的寄主植物,确定支持甘蔗工作的卷须需求,该方法用于以目标和采样为调查对象的有目的系统采样然后,一个调查区域是基于以下三个高海平面,分别是0-250;海平面500之上250-500 dan;研究参数包括相对湿度,温度,相对光强度与卷须生产力。通过回归和回归分析处理环境对Ketak生产力,高度和卷须直径的影响。在最低的海平面耕作中出现最大的卷须直径和分布的Ketak,而在最高的耕作中发现最高的卷须。然后,较高的相对湿度会支持ketak和卷须的生长,但是降低温度的生长会产生更长且较小的卷须直径。大量的光强度提高了卷须生产力。支持Ketak生长的寄主植物是Aren和Cecuring(0-249 m osl); Waru和Kumbi(250-499 m osl)以及咖啡和Aren(> 500 m osl)。

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