期刊： WEED RESEARCH, 2022; 62 (4)
Allelopathy is an invasion driver, and arbuscular mycorrhizal fungi (AMF) also play an important role in plant invasion. However, little is known abou......
期刊： WEED RESEARCH, 2022; 62 (5)
Invasive plants often spread in their new range. During range expansion, the population density at the invasion front may be low compared to that at t......
期刊： WEED RESEARCH, 2022; 62 (5)
In this study, allelopathic rice 'PI312777' (PI) and non-allelopathic rice 'Lemont' (LE) were used to study gene expression related to secondary metab......
期刊： WEED RESEARCH, 2022; 62 (4)
Current climate models predict more intense rainstorms and temperature extreme events under future global climate change. Estimation of environmental ......
期刊： WEED RESEARCH, 2022; 62 (5)
Purple nutsedge (Cyperus rotundus L.) is a widely distributed weed. To evaluate the effect of environmental factors on tuber sprouting in different ec......
期刊： WEED RESEARCH, 2022; 62 (5)
Differences in ethylene biosynthesis and cyanide detoxification have been reported to be mechanisms of quinclorac resistance in Echinochloa crusgalli ......
期刊： WEED RESEARCH, 2021; 61 (4)
Although cover crops are widely used for weed suppression in the agroecosystem, little research is available regarding the possibility that the decomp......
期刊： WEED RESEARCH, 2020; 60 (3)
Information on seed germination and emergence ecology of Aegilops tauschii is scant, despite it being a widespread invasive weed in China. We conducte......
期刊： WEED RESEARCH, 2019; 59 (1)
Although preference for NH4+, NO3- or a combination of the two often differs among species, we know little about the responses of invasive plants to d......
期刊： WEED RESEARCH, 2019; 59 (3)
The establishment of invasive species is widely recognised as a pivotal issue in the preservation of biodiversity. Salvia reflexa, a species native to......
期刊： WEED RESEARCH, 2019; 59 (5)
Self-compatible (SC) plants often deposit pollen on their own stigmas before flowers open. Thus, if we find natural hybrids between a SC species and a......
期刊： WEED RESEARCH, 2019; 59 (5)
Biological invasions are determined by interactions between resident plant communities and exotic plants. Time of invasion and species diversity of re......
期刊： WEED RESEARCH, 2019; 59 (5)
Exotic plants can compete well with native species because many invasive species are considered better nutrient users in both low- and high-resource e......
期刊： WEED RESEARCH, 2019; 59 (6)
Invasive plants may be more plastic than non-invasive plants and maintain high fitness under various environmental conditions. Previous studies mainly......
期刊： WEED RESEARCH, 2018; 58 (1)
Amaranthus retroflexus, atroublesome agricultural weed native to North America, has expanded its distribution in large areas of China since its introd......
