Nonindigenous marine species continue to be one of the foremost threats to marine biodiversity. As an update to a 2007 review of the impacts of introduced macroalgae, we assessed 142 additional publications to describe species’ impacts as well as to appraise information on the mechanisms of impact. Only 10% of the currently known nonindigenous macroalgal species were subjects of ecological impact studies, with changed community composition as the most commonly reported effect. Economic impacts were rarely published. Recent research has focused on the impacts of introduced macroalgal assemblages: red algal introductions to the Hawaiian Islands and turf algae in the Mediterranean. Several general issues were apparent. First, many publications...
Background: Anthropogenic activities are believed to have caused an increase in the magnitude, frequ...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Studies examining the relationship between seaweeds and the diversity of associated organisms have b...
Nonindigenous marine species continue to be one of the foremost threats to marine biodiversity. As a...
Nonindigenous marine species continue to be one of the foremost threats to marine biodiversity. As a...
Invasive species are a major cause of global biodiversity decline; however, under certain environmen...
Invasive species are a major cause of global biodiversity decline; however, under certain environmen...
In the past few decades, the expansion of anthropogenic activities along coastal areas has produced ...
Invasions by nonindigenous macroalgal species (NIMS) potentially cause severe impacts on native spec...
Invasive species are a major cause of global biodiversity decline; however, under certain environmen...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Invasive, non-indigenous species (NIS) have become an increasing problem worldwide, with impacts on ...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Background: Anthropogenic activities are believed to have caused an increase in the magnitude, frequ...
Background: Anthropogenic activities are believed to have caused an increase in the magnitude, frequ...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Studies examining the relationship between seaweeds and the diversity of associated organisms have b...
Nonindigenous marine species continue to be one of the foremost threats to marine biodiversity. As a...
Nonindigenous marine species continue to be one of the foremost threats to marine biodiversity. As a...
Invasive species are a major cause of global biodiversity decline; however, under certain environmen...
Invasive species are a major cause of global biodiversity decline; however, under certain environmen...
In the past few decades, the expansion of anthropogenic activities along coastal areas has produced ...
Invasions by nonindigenous macroalgal species (NIMS) potentially cause severe impacts on native spec...
Invasive species are a major cause of global biodiversity decline; however, under certain environmen...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Invasive, non-indigenous species (NIS) have become an increasing problem worldwide, with impacts on ...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Background: Anthropogenic activities are believed to have caused an increase in the magnitude, frequ...
Background: Anthropogenic activities are believed to have caused an increase in the magnitude, frequ...
Biological invasions are acknowledged among the main drivers of global changes in biodiversity. Desp...
Studies examining the relationship between seaweeds and the diversity of associated organisms have b...