Restoration ecology has provided a suite of tools for accelerating the recovery of
ecosystems damaged by drivers of global change. We review both the ecological and …

Restoration scientists and practitioners have recently begun to include economic and social
aspects in the design and investment decisions for restoration projects. With few exceptions …

Restoration of degraded ecosystems is essential for having a stable climate, reducing
weather extremes and disease burden, producing enough food to feed growing populations …

Global declines of foundation species have reduced ecological function at population,
community, and ecosystem levels. Restoration of foundation species promises to counter …

Restoration is increasingly undertaken to ameliorate the risks of habitat loss and
transformation to biodiversity. Despite significant expenditure of time and resources world …

In the past few years, numerous global, national, and regional targets have been set to
restore millions of hectares of tropical forest to achieve multiple goals, including carbon …

Tracking insect biodiversity trends and predicting future trajectories is limited by a lack of
monitoring data across large spatiotemporal scales. DNA metabarcoding is a time‐and cost …

Although numerous studies show that communities are jointly influenced by predation and
competitive interactions, few have resolved how temporal variability in these interactions …

This paper describes and analyzes the risks associated with using mitigation banking for the
conservation of wetlands in Florida in the United States. First, we attempt to identify and …

Rivers are among the world's most modified ecosystems, with poor water quality
representing a prominent problem for over 200 years, especially in urban areas. In W estern …