Global climate forecasts predict changes in the frequency and intensity of extreme climate events (ECEs). The capacity for specific habitat patches within a landscape [...]

Spatial data are key to fishery management; however, most often the spatial distribution of marine populations and fishing dynamics are poorly documented, especially f[...]

Habitat selection by organisms can be driven by a number of factors, including the availability of resources. In particular, nutrient enrichment can alter the quality [...]

Local ecological knowledge (LEK) can be a valuable approach to fill in knowledge gaps in data-limited systems. Recent research has aimed to make LEK more quantitative-[...]

Local ecological knowledge (LEK) can be a valuable approach to fill in knowledge gaps in data-limited systems. Recent research has aimed to make LEK more quantitative-[...]

Identifying the relative importance of various nursery areas is critical for understanding the ecological roles of diverse juvenile habitats, as well as for the sustai[...]

Recreational fisheries can be prone to severe declines, yet these fisheries, particularly catch-and-release, are often data-limited, constraining our ability to conduc[...]

There is an increasing recognition that the influence of extreme climate events (ECE) can be more significant in structuring ecosystem dynamics than the gradual effect[...]

Local ecological knowledge (LEK) is a valuable way to capture environmental and/or resource changes when there is an absence of biological data, such as in the case of[...]