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 …

Contemporary bioinformatic and chemoinformatic capabilities hold promise to reshape
knowledge management, analysis and interpretation of data in natural products research …

As contemporary bioinformatic and chemoinformatic capabilities are reshaping natural
products research, major benefits could result from an open database of referenced …

In mid rocky intertidal habitats the mussel Perumytilus purpurarus monopolizes the
substratum to the detriment of many other species. However, the consumption of mussels by …

Invasive species continue to proliferate and detrimentally impact ecosystems on a global
scale. Whilst impacts are well-documented for many invaders, we lack tools to predict biotic …

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 …

Temperature is one of the most important factors governing the activity of ectothermic
species, and it plays an important but less studied role in the manifestation of invasive …

Abstract Changes to species composition, such as biological invasions and extinctions,
have the potential to alter ecosystems. Invaders often replace taxonomically similar species …

Species are often exposed to novel thermal regimes as a result of anthropogenic activities.
Understanding the extent to which populations are locally adapted to the thermal regime …

Peacock basses (genus Cichla) are a group of Amazonian predatory fishes that invaded
many systems worldwide. Severe ecological impacts have been reported, but no study …