Effects of three forest restoration approaches on plant diversity in red soil region, southern China

Yun, 王芸 Wang; Zhiyun, 欧阳志云 Ouyang; Zheng, Hua; Falin, 陈法霖 Chen; Shengbin, 陈圣宾 Chen; Jing, 曾静 Zeng

doi:10.5846/stxb201207080956

Cited by 4 publications

(2 citation statements)

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“…and or is more artificial disturbed forest higher? (Mao & Zhu, 2006;Wang et al, 2013). These research results proved that the plant diversity of natural forest or long time natural restoration forest is obviously higher than artificial forest or more artificial disturbed forest (Huang et al, 2016a;Huang et al, 2016b;Liang et al, 2016).…”

Section: Discussionmentioning

confidence: 90%

Studies on Ecological Monitoring of Plant Community and Plant Diversity in Shenzhen, Southern China

Huang¹,

Yu²,

Liang³

et al. 2021

OJF

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From Jan. 2013 to Nov. 2018, we carried out the investigation on vegetation studies in the ecological monitoring programs, Shenzhen and totally researched 170 plant communities of mountain areas etc., few areas of street regions and parks etc., for communities' structural characteristics and plant diversity. We comparatively analyzed natural forests, semi-natural forest and artificial forest composition and structural characters and family, genus and species diversity level and the main affected factors. We also researched and analyzed these communities' structural characteristics and pant diversity, comparatively analyzed natural forests, semi-natural forest and artificial forest composition and structural characters and family, genus and species diversity level, the main affected factors; researched and analyzed the relationship between plant community structure characteristics with the absorbing ability to PM 2.5 pollutants. The result showed that the structure and plant diversity of natural forest were obviously better than artificial disturbed forest or artificial forest, the semi-natural forest was the middle level of the forests, In the indices of height, DBH, coverage and crow width etc. of tree layer, natural forests and semi-natural forests were obvious higher than that of artificial disturbed forest or artificial forest; in some forests of artificial disturbed forest or artificial forest, though their richness indices of family and How to cite this paper

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Section: Discussionmentioning

confidence: 90%

Studies on Ecological Monitoring of Plant Community and Plant Diversity in Shenzhen, Southern China

Huang¹,

Yu²,

Liang³

et al. 2021

OJF

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“…The above research results are better evidences and references to the argument on whether natural forests and naturally restored forests, artificial forests, or more artificially disturbed forests had higher biodiversity [28] [29]. The research results showed that plant diversity of natural or long-term naturally restored forests was obviously higher than that of artificial forests or more artificially disturbed forest.…”

Section: Discussionmentioning

confidence: 92%

Study on Plant Diversity of Mountain Areas of Yangmeikeng and Chiao, Shenzhen, China

Liang¹,

Huang²,

Lin³

et al. 2016

AJPS

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In this study, Yangmeikeng mountain area with a long-term natural restoration status (communities 1, 2, and 3) and Chiao mountain area with an artificially disturbed status (communities 4 and 5) in Shenzhen in China were subjected to plant community composition and diversity statistical analysis on the basis of the following indices: plant height; density; tree layer DBH; coverage; number of family, genus, and species; calculated diversity indices; richness; similarity coefficients of family, genus and species; and species evenness. The diversity levels of each index in each community were compared, and the relationships of family, genus, and species in the communities with one another were determined. The integrated diversity levels in the two areas were also analyzed. Results showed that the composition status of three communities, especially communities 2 and 3, which were located at high elevation, in Yangmeikeng with the long-term natural restoration status was better. The diversity values were also evidently higher. The vegetation composition in Yangmeikeng was also greater than that in Chiao. The integration status of numerous diversity indices, such as evenness and richness, was higher than that of the latter. These data could be used as a basis for arguments regarding the status of natural and artificial forest biodiversities. Many species in the community in artificial forests were shrubs and herbs. The richness and proportion of tree species were distinctly low. Thus, shrubs and herbs were the main components of the artificial interference community. The number and richness of the tree species in natural or long-term natural restoration forests were higher than those of the former. The family diversity D f of the three communities in Yangmeikeng was slightly lower than that of the two communities in Chiao. By contrast, the genus diversity D g , family richness, and genus richness in Yangmeikeng were higher than those in Chiao. In terms of α-diversity and similarity coefficient, family, genus, and species were not directly related to one another. Therefore, species, genus, and family composition should be combined with their 2528diversity status in the statistical and biodiversity analysis of a community. Synthetic diversity indices should be further analyzed to evaluate the diversity status of a community objectively.

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Forest restoration approaches affect soil compositions of lignin, substituted fatty acids, and lignin degradation-associated genes

Wang

Zheng

Chen

et al. 2019

Applied Soil Ecology

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Effects of three forest restoration approaches on plant diversity in red soil region, southern China

Cited by 4 publications

References 5 publications

Studies on Ecological Monitoring of Plant Community and Plant Diversity in Shenzhen, Southern China

Studies on Ecological Monitoring of Plant Community and Plant Diversity in Shenzhen, Southern China

Study on Plant Diversity of Mountain Areas of Yangmeikeng and Chiao, Shenzhen, China

Forest restoration approaches affect soil compositions of lignin, substituted fatty acids, and lignin degradation-associated genes

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