Tracking the movements of aquatic animals is a primary means of understanding movement
ecology and interactions with human activities such as fisheries. Despite the diverse …

Climate change and species invasions represent key threats to global biodiversity. Subarctic
freshwaters are sentinels for understanding both stressors because the effects of climate …

The ecological consequences of winter in freshwater systems are an understudied but
rapidly emerging research area. Here, we argue that winter periods of reduced temperature …

Seasonality could play a crucial role in structuring species interactions. For example, many
ectotherms alter their activity, habitat, and diet in response to seasonal temperature …

Recent advancements in telemetry have redefined our ability to quantify the fine-scale
movements of aquatic animals and derive a mechanistic understanding of movement …

Background In lake ecosystems, predatory fish can move and forage across both nearshore
and offshore habitats. This coupling of sub-habitats, which is important in stabilizing lake …

Lakes are traditionally classified based on their thermal regime and trophic status. While this
classification adequately captures many lakes, it is not sufficient to understand seasonally …

To understand the spatiotemporal overlap in the habitat use of sympatric predators, we
studied longitudinal activity and reservoir section and depth use of pike (Esox lucius) …

Several species of ciscoes Coregonus, subgenus Leucichthys that are native to the
Laurentian Great Lakes are rare or extirpated. The restoration of Coregonus fishes is being …

Animal movements are influenced by the environment they inhabit and the need to
maximise fitness and minimise cost. As such, seasonal thermal cycles in temperate lakes …