The rapid rise of shared micromobility (SMM) has transformed urban travel, yet spatiotemporal dynamics of different SMM modes in medium-sized cities remain insufficiently understood. Unlike large cities anchored by rail transit systems, medium-sized cities in China are predominantly bus-based and allow more flexible SMM operations, which lead to distinctive spatiotemporal SMM usage patterns and influencing factors. This study assembles comparable datasets for both free-floating bikeshare (FBS) and electric free-floating bikeshare (E-FBS) systems in Yancheng, a representative medium-sized city and investigate the spatiotemporal similarities and differences in travel patterns of both systems. Further, geographically and temporally weighted regression (GTWR) models are established to examine potential factors causing heterogeneous effects on E-FBS and FBS use and identify factors that exert contrasting effects on their usage. E-FBS trips predominantly exceed 2 km, facilitated by power-assisted electric devices, with 37.5 % covering distance over 4 km, whereas more than half of FBS trips are under 2 km. Results indicate significant spatiotemporal variations in the effects of land use, socio-demographics, and transportation facilities. Specifically, E-FBS usage is positively correlated with commercial land and negatively correlated with education land, while FBS shows the opposite trend, possibly due to E-FBS’s longer travel distance and safety concerns at higher speed. High-level education and young individuals show a positive correlation with both modes, but the elderly negatively correlate with E-FBS. Based on the findings of comparative analysis, targeted policy implications are provided for local authorities, E-FBS and FBS operators to promote the sustainable coexistence of two SMM modes.
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