A decadal study reveals that restoration guided by an umbrella species does not reach target levels

Author Albin Larsson Ekström discusses how their latest research evaluates the decadal effects of restoration aimed at the white-backed woodpecker on the biodiversity of saproxylic beetles. The study suggests that, for restoration to be successful, both continuous and repeated restoration efforts are needed. Restoration guided by the umbrella species concept A long history of intensive forest management has transformed the forests of Sweden into well-managed … Continue reading A decadal study reveals that restoration guided by an umbrella species does not reach target levels

Phylogenetic distance controls plant growth during early restoration of a semi-arid riparian forest

Leonardo H. Teixeira and colleagues share their latest research investigating the influence of species richness and phylogenetic relatedness during early restoration of a riparian forest in north-eastern Brazil. Restoration projects offer the opportunity to locally assess the effects of plant diversity on the assembly and functioning of restored ecosystems. In semi-arid areas of north-eastern Brazil, the extremely harsh environmental conditions are limiting plant establishment from … Continue reading Phylogenetic distance controls plant growth during early restoration of a semi-arid riparian forest

Harnessing drainage canals for biodiversity conservation

A new paper led by Csaba Tölgyesi from the University of Szeged, Hungary, shows that drainage canals can be harnessed for biodiversity conservation in desiccated, heavily transformed regions by reconciling the interests of opposing stakeholders. Drainage and subsequent land cultivation have been a major threat to global wetland ecosystems for centuries. In Europe, most lowland fens have been drained; approximately 25% of the arable land … Continue reading Harnessing drainage canals for biodiversity conservation