Reintroduction of native species has become increasingly important in conservation
worldwide for recovery of rare species and restoration purposes. However, few studies have …

Translocation of plants has become a common approach in conservation biology in the past
two decades, but it is not clear how successful it is in achieving long-term conservation …

Restorations are complex, often involving restoring ecological processes, vegetation
structure, and species' populations. One component of restorations is translocation of key …

Land clearing depletes and fragments habitat, resulting in the loss of biodiversity. Corridors
of native vegetation can ameliorate the impacts of land clearing by reducing isolation of …

Plant translocation is a useful tool for implementing assisted gene flow in recovery plans of
critically endangered plant species. Although it helps to restore genetically viable …

There is currently a poor understanding of the nature and extent of long‐distance seed
dispersal, largely due to the inherent difficulty of detection. New statistical approaches and …

Plant translocations allow the restoration of genetic diversity in inbred and depauperate
populations and help to prevent the extinction of critically endangered species. However, the …

Considering ongoing biodiversity losses, translocations of threatened plant species into the
wild has become a common conservation technique although they are considered …

Abstract The Southwest Australian Floristic Region (SWAFR) is a global biodiversity hotspot
with high plant diversity and endemism and a broad range of threatening processes. An …

Ex situ cultivation in botanic gardens could be one possibility to preserve plant species
diversity and genetic variation. However, old ex situ populations are often sparsely …