Much uncertainty remains about traits linked with successful invasion–the establishment and
spread of non‐resident species into existing communities. Using a 20‐year experiment …

Introduced species threaten native biodiversity, but whether exotic species can competitively
displace native species remains contested. Building on theory that predicts multi-species …

The inclusion of environmental variation in studies of recruitment is a prerequisite for
realistic predictions of the responses of vegetation to a changing environment. We …

Tidal marsh vegetation is increasingly valued for its role in ecosystem‐based coastal
protection due to its wave dissipating capacity. As the efficiency of wave dissipation is known …

This paper aimed to review the effects of P. juliflora (hereafter P. juliflora is represented by P.
juliflora) on environmental factors in Ethiopia, management options and take up lessons …

Seedling recruitment limitations create a demographic bottleneck that largely determines the
viability and structure of plant populations and communities, and pose a core restriction on …

To provide more insights into the responses of the soil seed bank and vegetation to human
disturbance intensity, we selected four land use types, including: native grassland (no …

Species interactions such as facilitation and competition play a crucial role in driving species
range shifts. However, density dependence as a key feature of these processes has …

The soil seed bank (SSB) in forests is a key indicator of their resilience after disturbances.
Despite the growing interest in describing patterns of SSB and understanding potential …

Changes in some combination of niche availability, niche overlap and the strength of
interspecific interactions are thought to drive changes in plant composition along resource …