Invasive plants can reduce biodiversity, alter ecosystem functions and have considerable
economic impacts. Invasive plant control is therefore the focus of restoration research in …

Management of nonindigenous species is a crucial aspect of maintaining native biodiversity
and normal ecosystem functions. We attempt to guide researchers in developing projects …

An increasing number of invasive species are changing ecosystems around the world. Road
verges have commonly become the first footholds of non-native species in the new …

Restoration and preservation of coastal dunes is urgently needed because of the
increasingly rapid loss and degradation of these ecosystems because of many human …

A large proportion of the world population lives at or near the coast, which results in high
impact and degradation of coastal ecosystems, such as the beach and coastal dunes. These …

Impacts of invasive alien N2‐fixing woody species and how they can persist as soil legacy
effects after invasive species control are well appreciated, but how soil legacy effects can …

The nonnative mudsnail Batillaria attramentaria was introduced to the west coast of North
America in the early part of this century and has been displacing the native mudsnail …

Ambrosia trifida (giant ragweed) is an invasive species that causes habitat destruction and
competitively excludes native plants in many parts of Europe and Asia. In this study, we …

Invasive alien plants are a problem for conservation management, and control of these
species can be combined with habitat restoration. Subsoil burial of uprooted plants is a new …

Clearing invasive alien plants often facilitates secondary invasion and/or weedy native
species dominance instead of native biodiversity recovery. Secondary invasion and/or …