Spatial synchrony, the tendency for populations across space to show correlated
fluctuations, is a fundamental feature of population dynamics, linked to central topics of …

Dendritic habitats, such as river ecosystems, promote the persistence of species by
favouring spatial asynchronous dynamics among branches. Yet, our understanding of how …

Studies of spatial population synchrony constitute a central approach for understanding the
drivers of ecological dynamics. Recently, identifying the ecological impacts of climate …

Long-term patterns in dissolved organic carbon (DOC) concentrations in 49 eastern
Canadian lakes from four sites were re-examined with a~ 35-year (~ 1980–2015) dataset …

Population cycles have been observed in mammals as well as insects, but consistent
population cycling has rarely been documented in agroecosystems and never for a beetle …

Spatial synchrony is the correlation between the temporal dynamics of local populations.
This pattern may be driven by spatially correlated environmental variation (ie, Moran effect) …

Fluctuations in population abundances are often correlated through time across multiple
locations, a phenomenon known as spatial synchrony. Spatial synchrony can exhibit …

Insects often exhibit irruptive population dynamics determined by environmental conditions.
We examine if populations of the Culex tarsalis mosquito, a West Nile virus (WNV) vector …

The extent of intra‐annual turnover in phytoplankton communities is directly associated with
the overall diversity. However, our understanding of the underlying causes and effects of …

1. Spatial synchrony, the tendency for temporal population fluctuations to be correlated
across multiple locations at regional scales, is common and contributes to the severity of …