LEAF TRAITS OF THE INVASIVE SPECIES Bartlettina sordida (Less.) R.M. King NATURALIZED IN CIBODAS HIKING TRAIL, MT. GEDE PANGRANGO NATIONAL PARK, WEST JAVA, INDONESIA

IF 0.4 Q4 FORESTRY
D. M. Putri, D. Junaedi, V. Kurniawan, Muhammad Efendi
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引用次数: 0

Abstract

Cibodas Botanical Garden (CBG) maintains not only native plant species but also introduced plant species. Some of these have been naturalized from CBG to the adjacent Mt. Gede-Pangrango National Park (GPNP). One of the reported naturalized species is Bartlettina sordida. Understanding species traits will give information for the future management of B. sordida. This research investigates the distribution of B. sordida in the Cibodas hiking trail and studies leaf traits variation of this species along with an altitudinal change in the Cibodas hiking trail. Samples were collected along the Cibodas hiking trail from the entrance gate to the Cibeureum waterfall. At every survey location, we recorded B. sordida occurrences. In the sample plots we also collected leaf samples from detected B. sordida. The leaves were then fixated using the hands-free method to observed stomatal type, density, and size. The leaves were also treated for specific leaf area (SLA) measurements. Stomata size is significantly correlated along the altitudinal gradient. Stomata density is negatively correlated but not significant along the altitudinal gradient. Stomata size is positively correlated with SLA. These traits are related to water-efficient adapting to GPNP climate, which is very different from its natural habitat. The ability to adapt to altitudinal gradient helps B. sordida to dominate the Cibodas hiking trail.
印度尼西亚西爪哇岛马德潘格兰戈国家公园CIBODAS HIKING TRAIL自然形成的入侵物种Bartlettina sordida(Less.)R.M.King的叶片特征
Cibodas植物园(CBG)不仅保留了本地植物物种,还保留了引进的植物物种。其中一些已经从CBG归化到邻近的格德-潘朗戈山国家公园(GPNP)。其中一个已报道的归化物种是草叶Bartlettina sordida。了解物种特征将为今后对B.sordida的管理提供信息。本研究调查了B.sordida在Cibodas登山道中的分布,并研究了该物种的叶片性状变化以及Cibodas徒步道海拔高度的变化。从Cibeureum瀑布的入口大门沿着Cibodas徒步小径采集了样本。在每个调查地点,我们都记录了B.sordida的发生情况。在样地中,我们还收集了被检测到的B.sordida的叶片样本。然后使用免提方法固定叶片,观察气孔类型、密度和大小。还对叶片进行了特定叶面积(SLA)测量处理。气孔大小沿海拔梯度显著相关。气孔密度沿海拔梯度呈负相关,但不显著。气孔大小与SLA呈正相关。这些特征与GPNP气候的节水性有关,GPNP气候与其自然栖息地非常不同。适应海拔梯度的能力有助于B.sordida在Cibodas徒步小径上占据主导地位。
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来源期刊
CiteScore
1.50
自引率
25.00%
发文量
18
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