Introductions of non‐native freshwater fish continue to increase globally, although only a
small proportion of these introductions will result in an invasion. These invasive populations …

Understanding and predicting biological invasions is challenging because of the complexity
of many interacting players. A holistic approach is needed with the potential to …

We envisage a future research environment where digital data on species interactions are
easily accessible and comprehensively cover all species, life stages and habitats. To …

Invasive alien species continue to arrive in new locations with no abatement in rate, and
thus greater predictive powers surrounding their ecological impacts are required. In …

Predicting which non-native species will negatively impact biodiversity is a longstanding
research priority. The Functional Response (FR; resource use in relation to availability) is a …

Establishing how invasive animals perceive and manage the threat of predation improves
our understanding of why certain species rapidly invade unfamiliar environs where others …

The introduction and establishment of non-native fish species is a widespread phenomenon
in freshwater ecosystems, including small and shallow lakes. However, these ecosystems …

New species often invade ecosystems already dominated by previous invaders. Ornamental
freshwater crayfish, particularly parthenogenetic marbled crayfish (Procambarus virginalis) …

Biological invasion rates are still increasing globally, threatening economies, ecosystem
services, and biodiversity (Hulme 2009; Seebens et al. 2017). Management of invasion …

In novel communities, a rising number of new and emerging invasive species interact with
resident species, some of which are non‐native themselves. We implemented an innovative …