Regeneration of natural-forest species in plantations of fast-growing species in northeast Thailand

IF 1 Q4 ECOLOGY
Tropics Pub Date : 2018-01-01 DOI:10.3759/TROPICS.MS17-04
Ryota Kitamura, Naoki Okada, M. Sakai, T. Visaratana, Ratana Thai-ngam, B. Hongthong, Kriangkrai Potingam
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引用次数: 1

Abstract

We examined the ‘catalyzing effect’, by which the establishment of indigenous species and secondary succession are facilitated in plantations. A tree census was conducted at two 24-year-old plantations (agroforestry and eucalyptus plots), and a grassland in northeast Thailand. Three natural forests adjacent to the two plantation plots and the grassland plot were also investigated to evaluate their possible influence on the catalyzing effect based on the differences in species diversity and the intensity of disturbance among the natural forests. The catalyzing effect seemed to be observed at the study site; the two plantations had more individuals and species of indigenous trees than the grassland, indicating faster natural regeneration of the formers than the latter. Although our results found the tendency of the catalyzing effect, further studies using sufficient plot replication are required to verify the generality of the effect.
泰国东北部速生树种人工林中天然林物种的更新
我们研究了“催化效应”,通过这种“催化效应”,促进了人工林中本地物种的建立和次生演替。在泰国东北部的两个有24年历史的人工林(农林业和桉树地块)和一个草地上进行了树木普查。研究了两个人工林样地和草地样地相邻的3个天然林,并根据其物种多样性和干扰强度的差异,评价了它们对催化效应的可能影响。催化作用似乎在研究现场被观察到;两种人工林的原生乔木个体数和种数均高于草地,表明前者的自然更新速度快于后者。虽然我们的结果发现了催化效应的趋势,但需要进一步的研究使用足够的图复制来验证该效应的普遍性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Tropics
Tropics ECOLOGY-
CiteScore
1.40
自引率
0.00%
发文量
7
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