Zeyu Zeyu Tang

Ms. Zeyu Zeyu Tang


Research Focus & Metrics

Academic Career Length

3Years (2024-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

View All Publications
20 January 2025 in Biology
Verified
Journal Article
Open access
PDF file
ZCZang Guo chen
Zang Guo chen
JWJiahui Wang
Jiahui Wang
PMPeizhen Ma
Peizhen Ma
CLCui Li
Cui Li
YCYa Chen
Ya Chen
HWHaiyan Wang
Haiyan Wang
The genus Siphonaria G

1 December 2024 in Genes
Verified
Journal Article
Open access
PDF file
LKLingtong Kong
Lingtong Kong
YZYuxi Zhang
Yuxi Zhang
CLCui Li
Cui Li
ZTZeyu Zeyu Tang
Zeyu Zeyu Tang
HWHaiyan Wang
Haiyan Wang
The family Glauconomidae has few species, limited molecular data description, and insufficient research attention. The biodiversity of Glauconomidae within China deserves further exploration. In recent years, the taxonomic status of Glauconomidae has undergone changes, and some studies have found a close relationship between Glauconomidae and the family Cyrenidae based on molecular data, suggesting that Glauconomidae should be classified under the superfamily Cyrenoidea. However, both domestic and international research has mainly focused on only four species of Glauconomidae, indicating an urgent need for more species data support. Recently, 46 specimens of Glauconomidae were collected in the Yellow River Estuary in Dongying City of Shandong Province in China. Through a comparative analysis of shell morphology and molecular phylogenetic analysis of COI and 16S rRNA, two species of Glauconomidae was discovered. One is Glauconome angulata Reeve, 1844, and the other is a new species of Glauconomidae found in the Yellow River, named Glauconome huangheensis sp. nov. The G. huangheensis sp. nov. exhibits distinct differences in shell shape and shell color compared to other species of Glauconomidae, resembling G. angulata. There are also significant differences in shell color, shell sculpture, ligament size, and shell thickness. Furthermore, the molecular phylogenetic analysis based on COI and 16S rRNA genes supports the validity of G. huangheensis sp. nov. as a species. It indicates a close phylogenetic relationship with G. angulata, making them sister species. This study provides a redescription of the morphological characteristics of G. angulata and G. huangheensis sp. nov., laying the foundation for the morphological classification, biodiversity research, and conservation of Glauconomidae species.