While invasive plant species primarily occur in disturbed, high-resource environments, many species have invaded ecosystems characterized by low nutrient, water, and light availability. Species adapted to low-resource systems often display traits associated with resource conservation, such as slow growth, high tissue longevity, and resource-use efficiency. This contrasts with our general understanding of invasive species physiology derived primarily from studies in high-resource environments. These studies suggest that invasive species succeed through high resource acquisition. This review examines physiological and morphological traits of native and invasive species in low-resource environments. Existing data support the idea that species ...
Our understanding of the link between plant functional traits and ecological impact of invasive alie...
Premise of study: Functional trait comparisons provide a framework with which to assess invasion and...
Plant-invasive success is one of the most important current global changes in the biosphere. To unde...
The idea that dominant invasive plant species outperform neighboring native species through higher r...
Premise of study: Functional trait comparisons provide a framework with which to assess invasion and...
Understanding the functional traits that allow invasives to outperform natives is a necessary first ...
The idea that dominant invasive plant species outperform neighboring native species through higher r...
Despite the presumption that native species are well adapted to their local environment, non-native ...
Invasive species are a persistent threat to biodiversity and agriculture that cost countries million...
The idea that dominant invasive plant species outperform neighboring native species through higher r...
Human modification of the environment is causing both loss of species and changes in resource availa...
Background Fast growing invasive alien species are highly efficient with little investment in their ...
Biological invasion generates serious threats to global biodiversity. Exotic species usually have hi...
Invasive species are able to move into new environments, with new abiotic conditions and biotic inte...
Little is known about how exotics influence the ecophysiology of co-occurring native plants or how i...
Our understanding of the link between plant functional traits and ecological impact of invasive alie...
Premise of study: Functional trait comparisons provide a framework with which to assess invasion and...
Plant-invasive success is one of the most important current global changes in the biosphere. To unde...
The idea that dominant invasive plant species outperform neighboring native species through higher r...
Premise of study: Functional trait comparisons provide a framework with which to assess invasion and...
Understanding the functional traits that allow invasives to outperform natives is a necessary first ...
The idea that dominant invasive plant species outperform neighboring native species through higher r...
Despite the presumption that native species are well adapted to their local environment, non-native ...
Invasive species are a persistent threat to biodiversity and agriculture that cost countries million...
The idea that dominant invasive plant species outperform neighboring native species through higher r...
Human modification of the environment is causing both loss of species and changes in resource availa...
Background Fast growing invasive alien species are highly efficient with little investment in their ...
Biological invasion generates serious threats to global biodiversity. Exotic species usually have hi...
Invasive species are able to move into new environments, with new abiotic conditions and biotic inte...
Little is known about how exotics influence the ecophysiology of co-occurring native plants or how i...
Our understanding of the link between plant functional traits and ecological impact of invasive alie...
Premise of study: Functional trait comparisons provide a framework with which to assess invasion and...
Plant-invasive success is one of the most important current global changes in the biosphere. To unde...