Some of the longest and most comprehensive marine ecosystem monitoring programs were
established in the Gulf of Alaska following the environmental disaster of the Exxon Valdez oil …

Climate change is likely to change the relationships between commonly used climate
indices and underlying patterns of climate variability, but this complexity is rarely considered …

Studies of climate effects on ecology often account for non-stationarity in individual physical
and biological variables, but rarely allow for non-stationary relationships among variables …

This paper develops a risk table to facilitate incorporation of additional information into the
fisheries stock assessment and management process. The risk table is designed to evaluate …

Natural systems can undergo critical transitions, leading to substantial socioeconomic and
ecological outcomes.“Ecological resilience” has been proposed to describe the capacity of …

We used changing relationships between primary climate variables and the Pacific Decadal
Oscillation (PDO) index to quantify novel climate conditions during rapid warming of the Gulf …

Abstract The Gulf of Alaska experienced extreme temperatures during 2014–2019, including
the four warmest years ever observed. The goal of this study is to evaluate the ecological …

Climate‐induced nonlinearity in biological variability and non‐stationary relationships with
physical drivers are crucial to understand responses of marine organisms to climate …

Non‐stationary driver‐response relationships are increasingly being recognized by
scientists, underlining that a paradigm shift out of conventional stationary relationships is …

Common approaches for summarizing multivariate environmental or community data
assume that relationships among variables are stationary over time, and this assumption is …