Graham D. Sherwood

TL;DR: It is found that cod stocks declined continuously during intense warming in the North Atlantic, and managing fisheries in a warming world is going to be increasingly problematic.

TL;DR: Although these changes are small relative to the total ocean carbon sink, rebuilding populations of fish and whales would be comparable to other carbon management schemes, including ocean iron fertilization.

TL;DR: It is found that the results of null hypothesis testing for specialization were highly dependent on sample size, with thresholds in the relationship between sample size and associated P-values, which suggests that movement behaviors over shorter timescales may serve as an underlying mechanism for other forms of resource specialization.

TL;DR: In this paper, a combined observing and modeling strategy for evaluating effects of environmental forcing on the dynamics of spatially structured cod populations spawning in the western Gulf of Maine was proposed, and the modeling needs to be supported by hydrographic, primary production and zooplankton data collected by buoys, and by data from remote sensing and fixed station sampling.

TL;DR: In this article, the authors used fine-scale acoustic telemetry within a 200 m × 250 m field enclosure to test the hypothesis that cod induce lobsters to decrease movement and seek refuge.