Evolutionary Pattern of High Variation Traits in Subfamily Zygophylloideae

Patterns in traits and trait combinations reflect how organisms cope with their environment. Owing to different degrees of variability, the performance of traits varies during adaption to the changing environment. In this study, we focused on a taxon dominant in arid regions--the subfamily Zygophyll...

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Bibliographic Details
Published inActa Societatis Botanicorum Poloniae Vol. 89; no. 1; p. 1
Main Authors Wang, Jiancheng, Yang, Honglan, Bozorov, Tohir A, Albach, Dirk C, Zhang, Daoyuan
Format Journal Article
LanguageEnglish
Published Warsaw Polskie Towarzystwo Botaniczne 2020
Polish Botanical Society
Subjects
adaptive evolution
Arid regions
environmental factor
Environmental factors
Evolution
Evolution & development
niche shift
Niches
phylogenetic relationships
Phylogenetics
Phylogeny
trait
zygophylloideae
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Summary:Patterns in traits and trait combinations reflect how organisms cope with their environment. Owing to different degrees of variability, the performance of traits varies during adaption to the changing environment. In this study, we focused on a taxon dominant in arid regions--the subfamily Zygophylloideae. We analyzed the evolutionary patterns of functional traits to clarify the impact of trait attributes on niche shifts. The results of phylogenetic signal analysis of traits revealed that quantitative traits, such as plant height, were not evolutionarily conserved. Phylogenetic regression pointed out that there are synergistic changes in environmental factors and in some traits within a phylogenetic context. These traits can meet the requirements of different environments more easily, possibly owing to their high variability. As a result, species in the subfamily Zygophylloideae showed clustering in some phenotypic spaces. Thus, the adaptive evolution of traits reduced niche restrictions of related environmental factors on species. The evolutionary analysis of functional traits in subfamily Zygophylloideae proved that high variability of traits allows fine-tuning according to the related environmental factors during the evolutionary process and promotes niche shifts. Keywords adaptive evolution; environmental factor; niche shift; phylogenetic relationships; trait; Zygophylloideae
ISSN:0001-6977
2083-9480
DOI:10.5586/asbp.8911