Yaolin Guo

The paper shows climate change drives lineage replacement in Phragmites australis through thermal tolerance, biomass, and asymmetric gene flow among polyploid lineages.

In 110 common-garden Phragmites australis genotypes, effective salt stress left N, P and K resorption efficiency largely unchanged; efficiency instead tracked phylogeographic lineage, ecotype and latitude.

This study examines phenotypic plasticity and population differentiation in Japanese knotweed across Europe using a common garden experiment, finding high plasticity but little local adaptation.

This study uses herbarium genomics to trace the origin and global spread of Japanese knotweed, revealing genetic patterns and hybridization events across its native and introduced ranges.

The paper examines genetic differentiation in herbivore resistance traits among native and introduced populations of Japanese knotweed across different regions.

The paper quantifies global latitudinal herbivory gradients for native and exotic plants, finding native plants show a decline with latitude while exotic plants do not, mediated by herbivore guilds and climate factors.