Dispersal and foodweb dynamics have long been studied in separate models. However,
over the past decades, it has become abundantly clear that there are intricate interactions …

The California Current Large Marine Ecosystem (CCLME), a temperate marine region
dominated by episodic upwelling, is predicted to experience rapid environmental change in …

The past two decades have seen great progress in understanding the mechanisms of
ecosystem stability in local ecological systems. There is, however, an urgent need to extend …

The intermittent upwelling hypothesis (IUH) predicts that the strength of ecological subsidies,
organismal growth responses, and species interactions will vary unimodally along a …

Climate change threatens to destabilize ecological communities, potentially moving them
from persistently occupied “basins of attraction” to different states. Increasing variation in key …

There is growing recognition that linking patterns to their underlying processes in
interconnected and dynamic ecological systems requires data sampled at multiple spatial …

Climate-mediated changes in thermal stress can destabilize animal populations and
promote extinction risk. However, risk assessments often focus on changes in mean …

We show that ocean fronts set recruitment patterns among both community‐building
invertebrates and commercially important fishes in nearshore intertidal and rocky reef …

Ecosystems are marvelous assemblages of individuals that grow, reproduce, interact with
one another, move about in space, and eventually die. Ecosystems also provide essential …

Ecosystems are shaped by processes occurring and interacting over multiple temporal and
spatial scales. Theory suggests such complexity can be simplified by focusing on processes …