Connectivity is classically considered an emergent property of landscapes encapsulating
individuals' flows across space. However, its operational use requires a precise …

Hydrochory, or the passive dispersal of organisms by water, is an important means of
propagule transport, especially for plants. During recent years, knowledge about hydrochory …

Although many lake restoration projects have led to decreased nutrient loads and increased
water transparency, the establishment or expansion of macrophytes does not immediately …

Riparian vegetation is exposed to stress from inundation and hydraulic disturbance, and is
often rich in native and alien plant species. We describe 35 traits that enable plants to cope …

As we approach the Decade of Ecosystem Restoration (2021–2030), there is renewed focus
on improving wetland restoration practices to reestablish the habitat and climate mitigation …

Macrophytes play important functional roles in river ecosystems, providing habitat and food,
as well as influencing flow, water chemistry, and sediment dynamics. They also represent an …

Context Fragmentation in agricultural landscapes is considered as a major threat to
biodiversity. Thus, ecological corridors are deployed at multiple scales to increase …

Rivers are fascinating ecosystems in which the eco‐evolutionary dynamics of organisms are
constrained by particular features, and biologists have developed a wealth of knowledge …

Dispersal barriers have demographic, evolutionary, and ecosystem‐wide consequences.
With ongoing changes in the environment, some dispersal barriers will likely disappear …

Landscape features notoriously affect spatial patterns of biodiversity. For instance, in
dendritic ecological networks (such as river basins), dendritic connectivity has been …