The flood pulse is the main driving force influencing river floodplain ecosystems. The
dominant role of the flood pulse on the success of non-native species (NNSs) is what …

Anthropogenic disturbance has contributed to widespread geomorphic adjustment and the
degradation of many rivers. This research compares for river reaches of varying condition …

The abundance of invasive alien plants (IAPs) can vary dramatically over small spatial
scales for reasons that are often unclear. Understanding these could offer key insights for …

Riparian forest loss and degradation due to river-floodplain disconnection is a global
problem. Prospects for the maintenance and recruitment of riparian trees via restored …

We investigated the potential role of soil-stored seed banks in driving vegetation recovery
under varying intensities of invasion by the alien tree Eucalyptus camaldulensis along the …

Changes to the natural flow regime of a river caused by flow regulation may affect
waterborne seed dispersal (hydrochory), and this may be an important mechanism by which …

For rivers degraded by erosion and channel widening, the re‐establishment of riparian
vegetation is essential. We assess the potential for riparian seed banks to facilitate natural …

Despite research into the dynamics of seed transport in fluvial systems, few consider how far
seeds will travel, and how far from local or upstream seed sources passive regeneration can …

Questions Plant community resilience largely depends on the secondary succession
induced by species re‐colonization from seed banks. Soil seed bank resilience is, however …

Questions Does flooding reduce the prevalence of exotic plant species and promote native
riparian plant species? Location Field study, two regulated lowland rivers, SE Australia …