Biological invasions are a significant contributor to global environmental change (Dawson
and Schrama, 2016). Globalization has resulted in a significant increase in the introduction …

Plant hormones are important in the control of physiological and developmental processes
including seed germination, senescence, flowering, stomatal aperture, and ultimately the …

The monotonous and regular use of chemical pesticides or fertilisers not only adversely
affects the nutrient and food quality but also affects the health of human beings and …

The invasive character of Eichhornia crassipes (water hyacinth) is a major threat to global
biodiversity and ecosystems. To investigate the genomic basis of invasiveness, we …

Invasive plants cause a global loss of biodiversity, pose a major threat to the environment
and economy, and also significantly affect agricultural production and food security. Plant …

Siraitia siamensis is a traditional Chinese medicinal herb. In this study, using S. siamensis
cultivated in vitro, twelve candidate reference genes under various treatments were …

Understanding the molecular associations underlying pathogen resistance in invasive plant
species is likely to provide useful insights into the effective control of alien plants, thereby …

Coordination of plant functional traits with changes in the environment is helpful to
understand the mechanisms underlying both invasiveness and adaptation of plants. Thus, to …

Alternanthera sessilis is considered the closest relative to the invasive weed Alternanthera
philoxeroides in China, making it an important native species for studying the invasive …

The interaction between native and invasive plant species plays a crucial role in
understanding invasion mechanisms and developing control strategies. This study …