Plantago virginica L. has invaded many lawn ecosystems in the Eastern part of China. The invasion has incurred an economic cost to remove them. In order to prevent the invasion, it is critical to understand the invasive mechanisms of this species. However, few studies have been conducted on the allelopathic mechanisms of its invasion. In this study, we examined allelopathic effects of P. virginica on germination of seeds and growth of seedlings of four widely used lawn species. We found extensive allelopathic potential of P. virginica on other lawn species, which varied with species and developmental stage. While most effects of the extracts of P. virginica were inhibitory, some variables in some species were promoted by the addition of the...
Invasive plants decrease native plant diversity and alter ecosystem structure and function, and cont...
Background: Mechanisms affecting invasiveness of non-indigenous species have received much attention...
In addition to resource competition, allelopathy is believed to contribute to the invasiveness and i...
Plantago virginica L. has invaded many lawn ecosystems in the Eastern part of China. The invasion ha...
Plantago virginica L. has invaded many lawn ecosystems in the Eastern part of China. The invasion ha...
The ability of some invasive plant species to produce biochemical compounds toxic to native species,...
Invasive plant species are often more successful within introduced areas when compared to their natu...
Allelopathy may play an important role in the invasion success of alien plant species. In this study...
Author Institution: Department of Biology, Wilmington College, Wilmington, OhioInvasive plant specie...
International audienceBiological invasions are nowadays a major problem in ecology. Allelopathy has ...
ABSTRACT Allelopathic suppression of the growth of co-occurring plant species in invaded ecosystems ...
International audienceAllelopathy is defined as the effects (stimulatory and inhibitory) of a plant ...
The invasive species Solidago canadensis and S. gigantea are known for having the potential to inhib...
Allelopathy is an important factor influencing whether an invasive plant species can become successf...
<div><p>To screen allelochemical-resistant species of the alien invasive weed <i>Mikania micrantha</...
Invasive plants decrease native plant diversity and alter ecosystem structure and function, and cont...
Background: Mechanisms affecting invasiveness of non-indigenous species have received much attention...
In addition to resource competition, allelopathy is believed to contribute to the invasiveness and i...
Plantago virginica L. has invaded many lawn ecosystems in the Eastern part of China. The invasion ha...
Plantago virginica L. has invaded many lawn ecosystems in the Eastern part of China. The invasion ha...
The ability of some invasive plant species to produce biochemical compounds toxic to native species,...
Invasive plant species are often more successful within introduced areas when compared to their natu...
Allelopathy may play an important role in the invasion success of alien plant species. In this study...
Author Institution: Department of Biology, Wilmington College, Wilmington, OhioInvasive plant specie...
International audienceBiological invasions are nowadays a major problem in ecology. Allelopathy has ...
ABSTRACT Allelopathic suppression of the growth of co-occurring plant species in invaded ecosystems ...
International audienceAllelopathy is defined as the effects (stimulatory and inhibitory) of a plant ...
The invasive species Solidago canadensis and S. gigantea are known for having the potential to inhib...
Allelopathy is an important factor influencing whether an invasive plant species can become successf...
<div><p>To screen allelochemical-resistant species of the alien invasive weed <i>Mikania micrantha</...
Invasive plants decrease native plant diversity and alter ecosystem structure and function, and cont...
Background: Mechanisms affecting invasiveness of non-indigenous species have received much attention...
In addition to resource competition, allelopathy is believed to contribute to the invasiveness and i...