Changing environmental temperatures impact the physiological performance of fishes, and
consequently their distributions. A mechanistic understanding of the linkages between …

Multiple stressors may combine in unexpected ways to alter the structure of ecological
systems, however, our current ability to evaluate their ecological impact is limited due to the …

Anthropogenic warming and nutrient over-enrichment of our oceans have resulted in
significant, and often catastrophic, reductions in dissolved oxygen (deoxygenation). Stress …

Marine organisms can change their habitat depth based on feeding strategies and
physiological requirements. Here, we investigated habitat depth selections of juvenile …

Warming climates are creating unprecedented environmental conditions, such as more
frequent and intense marine heatwaves (MHWs), that directly impact phenology and growth …

Introduction Individual metabolism has been identified as a key variable for predicting
responses of individuals and populations to climate change, particularly for aquatic …

The stable oxygen isotope (δ 18 O) values of biogenic calcium carbonates (CaCO 3) present
in hard tissues of marine organisms vary with the δ 18 O of the surrounding seawater (δ 18 …

The aim of this study was to explore the effects of diet and habitat on the Hg levels of
Japanese anchovy at different growth stages. We measured the amounts of Hg and stable …

Oxygen‐stable isotope (δ 18O) in otoliths has been useful to infer marine fish migrations.
However, because otolith δ 18O is affected by two parameters, temperature and δ 18O of …

Understanding and predicting variability in the stable isotope ratios of nitrogen and carbon
(δ 15 N and δ 13 C, respectively) of small pelagic fish is crucial to enable isotopic studies of …