期刊： BIOLOGICAL INVASIONS, 2023; 25 (1)
In the Grinnellian niche concept, the realized niche and potential distribution is characterized as an interplay among the fundamental niche, biotic i......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (3)
Dreissenid mussels are successful aquatic invaders which have spread rapidly throughout North America following their arrival from Eurasia approximate......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (5)
Dams on rivers are known to facilitate the colonisation and spread of aquatic alien and native invasive species, but the actual mechanisms involved ar......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (7)
Darwin recognized the potential significance of animal-assisted dispersal for the geographic distribution of freshwater species. Phoretic interactions......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (8)
Larvae of the predatory mosquito Toxorhynchites rutilus consume arthropods within container habitats, including native Aedes triseriatus and invasive ......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (7)
The seagrass Halophila stipulacea is native to the Red Sea. It invaded the Mediterranean over the past century and most of the Caribbean over the last......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (9)
Invasive species are one of the greatest threats to natural systems. Invasive buffelgrass (Pennisetum ciliare) displaces native plant communities, inc......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (9)
Dinocampus coccinellae (Hymenoptera: Braconidae) can parasitize over 50 species of ladybeetles (Coleoptera: Coccinellidae), including the invasive Har......
期刊： BIOLOGICAL INVASIONS, 2023; ()
The persistence of invasive plant species in soil seedbanks can pose a significant obstacle to effectively managing invasive plant populations. Rhamnu......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (11)
The risk of invasion from exotic alien plants is enhanced by the increased global flow of humans and trade. Exploring the colonizing ability of invasi......
期刊： BIOLOGICAL INVASIONS, 2023; ()
Introduced herbivores often alter predator-prey dynamics between native organisms. We investigated whether the exotic mite Raoiella indica can interfe......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (4)
The release from enemies in the introduced range has often been proposed as an explanations for the success of invasive species in the ecosystems they......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (5)
Brazil is the country in the world with the highest freshwater fish diversity. Because of the high rates of species introduction, the number of public......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (8)
The movement of plants through the ornamental plant trade presents a major source of risk for the introduction and spread of plant pests and pathogens......
期刊： BIOLOGICAL INVASIONS, 2023; 25 (11)
The behavior of animals can change when they become invasive. Whilst many species demonstrate exaggerations of existing behaviors, signal crayfish (Pa......
