Cyclic climate changes and fish productivity

TL;DR: In this article, a lagged covariance structure of a network of climate indices is analyzed to support the hypothesis that AMO plays a significant role in hemispheric and, by inference, global climate variability, with implications for climate change attribution and prediction.

TL;DR: The sensitivity of fish stocks to these changes will determine the range of potential impacts to life cycles, species distributions, community structure, productivity, connectivity, organism performance, recruitment dynamics, prevalen... as discussed by the authors.

TL;DR: In this article, the authors explored the dynamics of the global warming hiatus from a global perspective and investigated the mechanisms of the reversing from accelerated warming to hiatus, and how ICV modes influence SAT change throughout the NH land.

TL;DR: The bootstrap is extended to other measures of statistical accuracy such as bias and prediction error, and to complicated data structures such as time series, censored data, and regression models.

TL;DR: Plotting net reproduction (reproductive potential of the adults obtained) against the density of stock which produced them, for a number of fish and invertebrate populations, gives a domed curve whose apex lies above the line representing replacement reproduction.

TL;DR: The Pacific Decadal Oscillation (PDO) has been described by some as a long-lived El Nino-like pattern of Pacific climate variability, and by others as a blend of two sometimes independent modes having distinct spatial and temporal characteristics of North Pacific sea surface temperature (SST) variability as discussed by the authors.

TL;DR: The match/mismatch hypothesis is given in this chapter to cover the subsequent development through larval life up to metamorphosis, and possibly just beyond and the limited conclusion drawn is that, investigations of fish larvae should continue to be a part of the study of population dynamics of fishes.