The North American Great Lakes have been invaded and dramatically altered by more than 145 alien species. Many invasions have occurred during the past few decades because of the release of Eurasian ballast water from transoceanic ships. Current regulations require ships to exchange foreign ballast with highly saline water before entering the Great Lakes; this procedure should prevent colonization by strictly freshwater species, but species with broad salinity tolerance might survive transport in exchanged water. A recent series of invasions by euryhaline organisms from the Black and Caspian Seas region signals a new phase in the transformation of the Great Lakes - one that supports the concept of an \u27invasional meltdown\u27
Invasive species have altered many ecosystems, aquatic and terrestrial, and have been named a leadin...
Species native to Europe and Asia have invaded the Laurentian Great Lakes since the time of Euro-pea...
The spread of nonindigenous species (NIS) in aquatic ecosystems provides an opportunity to develop n...
The Laurentian Great Lakes have an extensive history of species introductions, many of which occurre...
The 180+ invaders established in the Great Lakes include three fishes introduced by ballast water. U...
The Laurentian Great Lakes have an extensive history of species introductions, many of which occurre...
The Laurentian Great Lakes have an extensive history of species introductions, many of which occurre...
Release of contaminated ballast water by transoceanic ships has been implicated in more than 70% of ...
Since completion of the St. Lawrence Seaway in 1959, at least 43 nonindigenous species (NIS) of anim...
The Laurentian Great Lakes basin has been invaded by at least 182 non-indigenous species. A new inva...
the world. Historically, the major vector for the introduction of non-indigenous species (NIS) has b...
The most effective way to manage invasive species is to prevent their introduction via vector regula...
Aim Hull fouling is a leading vector for the introduction of marine, non-indigenous species (NIS) wo...
We describe, explain, and “predict” dispersal and ecosystem impacts of six Ponto-Caspian endemic spe...
We describe, explain, and “predict” dispersal and ecosystem impacts of six Ponto-Caspian endemic spe...
Invasive species have altered many ecosystems, aquatic and terrestrial, and have been named a leadin...
Species native to Europe and Asia have invaded the Laurentian Great Lakes since the time of Euro-pea...
The spread of nonindigenous species (NIS) in aquatic ecosystems provides an opportunity to develop n...
The Laurentian Great Lakes have an extensive history of species introductions, many of which occurre...
The 180+ invaders established in the Great Lakes include three fishes introduced by ballast water. U...
The Laurentian Great Lakes have an extensive history of species introductions, many of which occurre...
The Laurentian Great Lakes have an extensive history of species introductions, many of which occurre...
Release of contaminated ballast water by transoceanic ships has been implicated in more than 70% of ...
Since completion of the St. Lawrence Seaway in 1959, at least 43 nonindigenous species (NIS) of anim...
The Laurentian Great Lakes basin has been invaded by at least 182 non-indigenous species. A new inva...
the world. Historically, the major vector for the introduction of non-indigenous species (NIS) has b...
The most effective way to manage invasive species is to prevent their introduction via vector regula...
Aim Hull fouling is a leading vector for the introduction of marine, non-indigenous species (NIS) wo...
We describe, explain, and “predict” dispersal and ecosystem impacts of six Ponto-Caspian endemic spe...
We describe, explain, and “predict” dispersal and ecosystem impacts of six Ponto-Caspian endemic spe...
Invasive species have altered many ecosystems, aquatic and terrestrial, and have been named a leadin...
Species native to Europe and Asia have invaded the Laurentian Great Lakes since the time of Euro-pea...
The spread of nonindigenous species (NIS) in aquatic ecosystems provides an opportunity to develop n...