The distribution dynamics of invasive alien plants is the fundamental information for early
detection and rapid response (EDRR) to these species in a new habitat. Based on the field …

In an era of climate change, predictive distribution modelling and niche dynamics of invasive
species can help in understanding current and future invasion potential. Parthenium …

The occurrence and spread of invasive woody species are a truly global phenomenon, but
tropical regions seem to be particularly vulnerable due to high rates of soil degradation in …

Prosopis juliflora (Swartz) DC has become one of the world's 100 most dominant invasive
species. It is spreading quickly in different parts of the country leading to growing public …

Ecological niche models (ENM), an effective tool to predict the potential distribution of
invasive species, are often built on assumptions of niche conservatism between native and …

Biological invasions threaten global biodiversity and natural resources. Anticipating future
invasions is central to strategies for combating the spread of invasive species. Ecological …

Nutria, Myocastor coypus, native to South America, is one of the world's worst invasive
mammals, having major ecological and economic consequences. We evaluated the realized …

Similarity of climatic niches occupied by a species in its native and invasive ranges has
been recognized as one of the key factors for successful invasion. Accounting for changes in …

Research into the human dimensions of invasive alien species (IAS) management has
received great attention to date. However, little is known about how public education …

Urbanization results in rapid land transformations impacting bio-diversity and ecosystem
services. With urban expansions population transition will predominantly occur in the peri …