Arid
DOI10.1111/1749-4877.12800
Climatic gradients and forest composition shape bat communities in Eastern Mediterranean pine plantations
Allegrini, Claudia; Korine, Carmi; Krasnov, Boris R.
通讯作者Korine, C
来源期刊INTEGRATIVE ZOOLOGY
ISSN1749-4877
EISSN1749-4869
出版年2024
英文摘要Biotic and abiotic factors can act as filters for determining the species composition of biological communities. We aimed to identify abiotic factors driving the assembly of bat communities in Eastern Mediterranean pine plantations along a north-south climatic gradient, as they are crucial forest habitats for the assessment and conservation of these communities. We expected that bat communities are predominantly shaped by environmental filtering. We conducted acoustic sampling in 35 pine plantations in Israel and analyzed recordings for species identification. We used the ESLTP analysis, an extension of the three-table ordination (RLQ analysis), to explore relationships between environmental characteristics, species occurrences, and functional traits of species while accounting for phylogenetic relationships between species and spatial distribution of the communities. Communities showed phylogenetic and trait clustering. Climatic conditions and forest vegetation composition shaped communities of bats, affecting the distribution of traits related to foraging behaviors, vegetation clutter, and the ability of bats to maneuver in it. Maneuverable species were associated with the northern Mediterranean climatic zone, with a scarce cover of drought-tolerant small shrubs and grassland. Fast flyers were associated with the center-south semi-arid area, with abundant drought-tolerant small shrubs and grassland. These forces might have a predominant role in the assembly of these communities, presumably due to the stressful climatic conditions of the study area. The ESLTP approach can be extended to other taxa and environments to predict species responses to disturbance and environmental changes and give insights into environmental management. Bat communities along a natural gradient of temperature and precipitation in pine forests were studied. Bat communities showed phylogenetic and trait clustering. These communities are shaped by climate conditions and forest vegetation composition. The field and the modeling approach can be extended to other taxa and environments to predict species responses to disturbance and environmental changes.image
英文关键词assembly rules bats environmental filtering Mediterranean ecosystem pine forest
类型Article ; Early Access
语种英语
开放获取类型hybrid
收录类别SCI-E
WOS记录号WOS:001138646000001
WOS关键词TRAIT ; ECHOLOCATION ; DIVERSITY ; PATTERNS ; ECOLOGY ; SPACE ; WATER ; BIODIVERSITY ; ASSEMBLAGES ; INFORMATION
WOS类目Zoology
WOS研究方向Zoology
资源类型期刊论文
条目标识符http://119.78.100.177/qdio/handle/2XILL650/404183
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GB/T 7714
Allegrini, Claudia,Korine, Carmi,Krasnov, Boris R.. Climatic gradients and forest composition shape bat communities in Eastern Mediterranean pine plantations[J],2024.
APA Allegrini, Claudia,Korine, Carmi,&Krasnov, Boris R..(2024).Climatic gradients and forest composition shape bat communities in Eastern Mediterranean pine plantations.INTEGRATIVE ZOOLOGY.
MLA Allegrini, Claudia,et al."Climatic gradients and forest composition shape bat communities in Eastern Mediterranean pine plantations".INTEGRATIVE ZOOLOGY (2024).
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