Análisis de cobertura en bosque secundario del Refugio Nacional Vida Silvestre Mixto Conchal, Costa Rica

e-CUCBA Pub Date : 2022-12-22 DOI:10.32870/ecucba.vi19.259
Henry Sánchez-Toruño, Wilmer Porras-Zuñiga, Pablo Marroquín-Morales, M. Pequeño-Ledezma, G. Hernández-Sánchez, William Montero-Flores, Isaac Mesén-Montano
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Abstract

This study shows the behavior of passive regeneration in the secondary dry forest of the Conchal Mixed Wildlife Refuge. Whosepurpose was to characterize the floristic composition of the seedlings and saplings to determine the structure and potentialcomposition of the forest ecosystem within the Refuge. For the measurement of tall stilts (5 cm ≤ d ≤ 9.9 cm), 90 PermanentSampling Plots (PPM) of 10 m x 10 m (100 m2) each were evaluated for low stilts (height ≥ 1.5 m and d < 5 cm ) 5 m x 5 m (25m²) recording units were installed, and 2 m x 2 m plots for saplings (0.3 m ≤ height <1.5 m). Regarding the tall latizales, all theindividuals were measured and identified, and each one was classified according to its condition, crown exposure, canopy, crownshape and abundance of lianas; for low saplings and seedlings, only the species present were identified and quantified. Lowdiversity is found in the high latizales, where species such as Trichilia martiana and Guazuma ulmifolia have a high ecologicalweight due to their high percentages of abundance, dominance and frequency. In the low latizales and saplings the speciesMalvaviscus arboreus is the most abundant in the site. The execution of silvicultural techniques (refinement, devitalization,enrichment and release) and active restoration in the forest are required to increase the diversity of species.
哥斯达黎加Conchal混合野生动物国家保护区次生林覆盖情况分析
本文研究了孔甲混合野生动物保护区次生干旱林的被动更新行为。其目的是表征幼苗和树苗的区系组成,以确定保护区森林生态系统的结构和潜在组成。测量的高高跷d≤≤9.9厘米)(5厘米,90 PermanentSampling情节(PPM)的10 m x 10米(100平方米)进行评估低高跷(≥1.5米高度和d < 5厘米)5 m x 5米(25 m²)记录单位安装了,树苗和2米乘2米的情节(≤0.3米高度< 1.5 m)。对于高latizales,所有个体都是测量和识别,和每一个分类根据其条件,皇冠曝光,树冠,crownshape和大量的藤本植物;对于低树苗和幼苗,只鉴定和量化了存在的物种。高纬度地区的多样性较低,而如毛滴虫(Trichilia martiana)和瓜草(Guazuma ulmifolia)等物种由于其丰富度、优势度和频率的高百分比而具有较高的生态重量。在低纬度地区和树苗中,树种马尔瓦维斯是最丰富的。需要在森林中实施造林技术(改良、活化、丰富和释放)和积极恢复,以增加物种的多样性。
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