Figure - available from: Ecological Applications
This content is subject to copyright. Terms and conditions apply.
Estimated apparent survival probabilities of small and large banded kōkopu (a–d), giant kōkopu (e–h), and shortjaw kōkopu (i–l) as a function of mean small kōkopu composite biomass deviation or mean large kōkopu composite biomass deviation. See Figure 1 for description of “biomass deviation.” Solid and dashed lines represent mean estimates and 95% CIs, respectively. All illustrations were created by Ben R. J. Crichton.

Estimated apparent survival probabilities of small and large banded kōkopu (a–d), giant kōkopu (e–h), and shortjaw kōkopu (i–l) as a function of mean small kōkopu composite biomass deviation or mean large kōkopu composite biomass deviation. See Figure 1 for description of “biomass deviation.” Solid and dashed lines represent mean estimates and 95% CIs, respectively. All illustrations were created by Ben R. J. Crichton.

Source publication
Article
Full-text available
Compensatory density‐dependent (DD) processes play an integral role in fisheries management by underpinning fundamental population demographics. However, DD processes are often assessed only for specific life stages, likely resulting in misleading evaluations of population limitations. Here, we assessed the relative roles of intra‐ and inter‐life s...

Similar publications

Article
Full-text available
Animal growth is a fundamental component of population dynamics, which is closely tied to mortality, fecundity, and maturation. As a result, estimating growth often serves as the basis of population assessments. In fish, analysing growth typically involves fitting a growth model to age‐at‐length data derived from counting growth rings in calcified...